Bacteria, Archaea
| Acetivibrio alkalicellulosi (Zhilina et al. 2006) Tindall 2019 | |
| UQM 40996 type strain | <-- UNIQEM, UQM 40996 <-- Zhilina T.N., Z-7026, 2003 (Clostridium alkalicellum). (DSM 17461, VKM Â-2349). Ex: soda lake deposits. Buryatia, Beloe soda lake. Buryatia, Beloe soda lake. Buryatia DNA sequences: 16S rRNA gene: AY959944, genome: PRJNA65293. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 233, 35oC, C-1, S-1) |
| Acetobacter aceti (Pasteur 1864) Beijerinck 1898 | |
| VKM B-879 | <-- INMI, VKM B-879 < KM StPGU. Received as: Acetobacter aceti. Synonym: Mycoderma aceti souches non visqueuses (membraneuses) Pasteur 1864; Bacterium aceti (Pasteur 1864) Lanzi 1876; Bacteriopsis aceti (Pasteur 1864) Trevisan 1885; Micrococcus aceti (Pasteur 1864) Maggi 1886; Bacillus aceticus Fluegge 1886; Bacterium hansenianum Chester 1901; Acetimonas aceti (Pasteur 1864) Orla-Jensen 1909; Bacterium acetigenoidum Krehan 1930; Acetobacter ketogenum (sic) Walker and Thomas in Bousfield et al. 1947; Acetobacter lafarianum (sic) Janke 1950; Acetobacter aceti var. muciparum (sic) (Hoyer) Frateur 1950. Ex: acetate film DNA sequences: 5S rRNA gene: M76578. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 99, 28oC, F-1, S-5) |
| Acetobacter aceti (Pasteur 1864) Beijerinck 1898 | |
| VKM B-880 | <-- INMI, VKM B-880 < KM StPGU, 1. Received as: Acetobacter xylium. Synonym: Mycoderma aceti souches non visqueuses (membraneuses) Pasteur 1864; Bacterium aceti (Pasteur 1864) Lanzi 1876; Bacteriopsis aceti (Pasteur 1864) Trevisan 1885; Micrococcus aceti (Pasteur 1864) Maggi 1886; Bacillus aceticus Fluegge 1886; Bacterium hansenianum Chester 1901; Acetimonas aceti (Pasteur 1864) Orla-Jensen 1909; Bacterium acetigenoidum Krehan 1930; Acetobacter ketogenum (sic) Walker and Thomas in Bousfield et al. 1947; Acetobacter lafarianum (sic) Janke 1950; Acetobacter aceti var. muciparum (sic) (Hoyer) Frateur 1950. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 99, 28oC, F-1, S-5) |
| Acetobacter aceti (Pasteur 1864) Beijerinck 1898 | |
| VKM B-980 | <-- INMI, VKM B-980 < KM StPGU, A-1. Received as: Acetobacter aceti. Synonym: Mycoderma aceti souches non visqueuses (membraneuses) Pasteur 1864; Bacterium aceti (Pasteur 1864) Lanzi 1876; Bacteriopsis aceti (Pasteur 1864) Trevisan 1885; Micrococcus aceti (Pasteur 1864) Maggi 1886; Bacillus aceticus Fluegge 1886; Bacterium hansenianum Chester 1901; Acetimonas aceti (Pasteur 1864) Orla-Jensen 1909; Bacterium acetigenoidum Krehan 1930; Acetobacter ketogenum (sic) Walker and Thomas in Bousfield et al. 1947; Acetobacter lafarianum (sic) Janke 1950; Acetobacter aceti var. muciparum (sic) (Hoyer) Frateur 1950. Ex: acetator for vinegar production. Vinegar factory. St.-Petersburg. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 99, 28oC, F-1, S-5) |
| Acetobacter aceti (Pasteur 1864) Beijerinck 1898 | |
| VKM B-981 | <-- INMI, VKM B-981 < KM StPGU, LG-15. Received as: Acetobacter aceti. Synonym: Mycoderma aceti souches non visqueuses (membraneuses) Pasteur 1864; Bacterium aceti (Pasteur 1864) Lanzi 1876; Bacteriopsis aceti (Pasteur 1864) Trevisan 1885; Micrococcus aceti (Pasteur 1864) Maggi 1886; Bacillus aceticus Fluegge 1886; Bacterium hansenianum Chester 1901; Acetimonas aceti (Pasteur 1864) Orla-Jensen 1909; Bacterium acetigenoidum Krehan 1930; Acetobacter ketogenum (sic) Walker and Thomas in Bousfield et al. 1947; Acetobacter lafarianum (sic) Janke 1950; Acetobacter aceti var. Muciparum (sic) (Hoyer) Frateur 1950. St.-Petersburg. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 99, 28oC, F-1, S-5) |
| Acetobacter aceti (Pasteur 1864) Beijerinck 1898 | |
| VKM B-1276 | <-- INMI, VKM B-1276 < KM StPGU, Fr-I. Received as: Acetobacter aceti subsp. muciparum. Synonym: Mycoderma aceti souches non visqueuses (membraneuses) Pasteur 1864; Bacterium aceti (Pasteur 1864) Lanzi 1876; Bacteriopsis aceti (Pasteur 1864) Trevisan 1885; Micrococcus aceti (Pasteur 1864) Maggi 1886; Bacillus aceticus Fluegge 1886; Bacterium hansenianum Chester 1901; Acetimonas aceti (Pasteur 1864) Orla-Jensen 1909; Bacterium acetigenoidum Krehan 1930; Acetobacter ketogenum (sic) Walker and Thomas in Bousfield et al. 1947; Acetobacter lafarianum (sic) Janke 1950; Acetobacter aceti var. muciparum (sic) (Hoyer) Frateur 1950. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 99, 28oC, F-1, S-5) |
| Acetobacter aceti (Pasteur 1864) Beijerinck 1898 | |
| VKM B-1281 | <-- INMI, VKM B-1281 < DM SPbSU, AN. Received as: Acetobacter aceti. Synonym: Mycoderma aceti souches non visqueuses (membraneuses) Pasteur 1864; Bacterium aceti (Pasteur 1864) Lanzi 1876; Bacteriopsis aceti (Pasteur 1864) Trevisan 1885; Micrococcus aceti (Pasteur 1864) Maggi 1886; Bacillus aceticus Fluegge 1886; Bacterium hansenianum Chester 1901; Acetimonas aceti (Pasteur 1864) Orla-Jensen 1909; Bacterium acetigenoidum Krehan 1930; Acetobacter ketogenum (sic) Walker and Thomas in Bousfield et al. 1947; Acetobacter lafarianum (sic) Janke 1950; Acetobacter aceti var. muciparum (sic) (Hoyer) Frateur 1950. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 99, 26-28oC, F-1, S-5) |
| Acetobacter aceti (Pasteur 1864) Beijerinck 1898 | |
| VKM B-1282 | <-- INMI, VKM B-1282 < DM SPbSU, r-3/10. Received as: Acetobacter xylinum. Synonym: Mycoderma aceti souches non visqueuses (membraneuses) Pasteur 1864; Bacterium aceti (Pasteur 1864) Lanzi 1876; Bacteriopsis aceti (Pasteur 1864) Trevisan 1885; Micrococcus aceti (Pasteur 1864) Maggi 1886; Bacillus aceticus Fluegge 1886; Bacterium hansenianum Chester 1901; Acetimonas aceti (Pasteur 1864) Orla-Jensen 1909;; Bacterium acetigenoidum Krehan 1930; Acetobacter ketogenum (sic) Walker and Thomas in Bousfield et al. 1947; Acetobacter lafarianum (sic) Janke 1950; Acetobacter aceti var. muciparum (sic) (Hoyer) Frateur 1950. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 99, 28oC, F-1, S-5) |
| Acetobacterium bakii Kotsyurbenko et al. 1997 | |
| UQM 40176 type | <-- UNIQEM, UQM 40176 <-- O. R. Kotsyurbenko, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 727, Z-4391, 2000 <-- A. N. Nozhevnikova, Institute of Microbiology, Russ. Academy of Sciences, Moscow, Russia, Z-S11. (ATCC 51794, DSM 8239). Ex: anaerobic sediment, paper mill waste water polluted pond. Middle Ural, near Syktyvkar. Russian Federation DNA sequences: 16S rRNA gene: X96957, genome: NZ_WJBE00000000.1; INSDC: WJBE00000000.5. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 339, 20oC, C-1) |
| Acetobacterium carbinolicum Eichler and Schink 1985 emend. Paarup et al. 2006 | |
| UQM 40173 type | <-- UNIQEM, UQM 40173 <-- O. R. Kotsyurbenko, Institute of Microbiology, RUS, Moscow, Russia, strain UNIQEM 724, 2000 <--DSMZ, DSM 2925 <- B. Eichler, Universitat Konstanz, Fakultat fur Biologie, Konstanz, Germany, WoProp1 <- B. Eichler and B. Schink, 1982. (DSM 2925). Ex: anoxic freshwater mud. Konstanz, Wollmatingen. Germany DNA sequences: 16S rRNA gene: X96957, genome: NZ_WJBE00000000.1; INSDC: WJBE00000000.2. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Acetobacterium fimetarium Kotsyurbenko et al. 1997 | |
| UQM 40179 type | <-- UNIQEM, UQM 40179 <-- O. R. Kotsyurbenko, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 730, Z-4290, 2000 <-- A. N. Nozhevnikova, Z-M13. (ATCC 51795, DSM 8238). Ex: cattle manure. near Moscow. Russia DNA sequences: 16S rRNA gene: X96957, genome: NZ_WJBE00000000.1; INSDC: WJBE00000000.8. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 339, 30oC, C-1) |
| Acetobacterium malicum Tanaka and Pfennig 1990 | |
| UQM 40172 type | <-- UNIQEM, UQM 40172 <-- O. R. Kotsyurbenko, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 723 <-- DSMZ, DSM 4132 <-- K. Tanaka, MuME 1. (ATCC 51201, DSM 4132). Ex: ditch sediment. Konstanz, Wollmatingen. Germany DNA sequences: 16S rRNA gene: X96957, genome: NZ_WJBE00000000.1; INSDC: WJBE00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 339, 30oC, C-1) |
| Acetobacterium paludosum Kotsyurbenko et al. 1997 | |
| UQM 40177 type | <-- UNIQEM, UQM 40177 <-- O. R. Kotsyurbenko, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 728, 4092, 2000 <-- A. N. Nozhevnikova, Z-B12. (DSM 8237). Ex: anaerobic sediment of a fen. near Moscow. Russia DNA sequences: 16S rRNA gene: X96957, genome: NZ_WJBE00000000.1; INSDC: WJBE00000000.6. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 339, 20oC, C-1) |
| Acetobacterium tundrae Simankova et al. 2001 | |
| UQM 40178 type | <-- UNIQEM, UQM 40178 <-- O. R. Kotsyurbenko, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 729 = <-- A. N. Nozhevnikova, Z-4493 <-- O. R. Kotsyurbenko and M. V. Simankova and A. N. Nozhevnikova {1994}. (ATCC BAA-996, DSM 9173). Ex: tundra wetland soil. Polar Ural. Russia DNA sequences: 16S rRNA gene: X96957, genome: NZ_WJBE00000000.1; INSDC: WJBE00000000.7. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 339, 20oC, C-1) |
| Acetobacterium wieringae Braun and Gottschalk 1983 | |
| UQM 40175 type | <-- UNIQEM, UQM 40175 <-- O. R. Kotsyurbenko, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 726, 2000 <- DSMZ, DSM 1911 <- M. Braun, strain C. (ATCC 43740, DSM 1911). Ex: anaerobic sewage digester. Gottingen. Germany DNA sequences: 16S rRNA gene: X96957, genome: NZ_WJBE00000000.1; INSDC: WJBE00000000.4. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 339, 30oC, C-1) |
| Acetobacterium woodii Balch et al. 1977 | |
| VKM B-3023 Type strain | <-- Vainshtein M.B, IBPM. < Hippe H., DSMZ. Received as: Acetobacterium woodii DSM1030. (ATCC 29683; DSM 1030; JCM 2381). Ex: sludge. Oyster Pond Inlet. Massachusetts, Woods Hole. USA DNA sequences: 16S rRNA gene: X96954. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 339, 30oC Growth condition: anaerobic., F-1, F-2) |
| Acetobacterium woodii Balch et al. 1977 | |
| UQM 40174 type | <-- UNIQEM, UQM 40174 <-- O. R. Kotsyurbenko, Institute of Microbiology, RUS, Moscow, Russia, strain UNIQEM 725, 2000 <-- DSMZ, DSM1030 <--<- S. Schoberth, Univ. Illinois, Urbana, USA, WB1 <- W. E. Balch. Mud; USA Woods Hole, Oyster Pond Inlet. (DSM 1030). Ex: mud. Massachusetts, Woods Hole, Oyster Pond Inlet. USA DNA sequences: 16S rRNA gene: X96957, genome: NZ_WJBE00000000.1; INSDC: WJBE00000000.3. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 339, 30oC, C-1) |
| Achromobacter aegrifaciens Vandamme et al. 2014 | |
| VKM B-2778 | <-- Leontievsky A.A. IBPM, MPS 12A. Received as: Achromobacter sp. Ex: mutant, prolongated adaptation to glyphosate of the strain A. aegrifaciens MPS 12 under laboratory conditions. Saratov Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 277, 28oC, F-3) |
| Achromobacter aegrifaciens Vandamme et al. 2014 | |
| VKM B-3296 | <-- Shushkova T.V. IBPM, Km 11. Received as: Achromobacter sp. Ex: soil. Krasnodar Territory. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 28oC, F-1) |
| Achromobacter insolitus Coenye et al. 2003 | |
| VKM B-3294 | <-- Shushkova T.V. IBPM, Kg 13. Received as: Achromobacter sp. Ex: soil. Krasnodar Territory. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 28oC, F-1) |
| Achromobacter insolitus Coenye et al. 2003 | |
| VKM B-3295 | <-- Shushkova T.V. IBPM, Kg 19. Received as: Achromobacter sp. Ex: soil. Krasnodar Territory. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 28oC, F-1) |
| Achromobacter ruhlandii (Packer and Vishniac 1955) Yabuuchi et al. 1998 | |
| VKM B-1333 Type | <-- INMI, VKM B-1333 < Zavarzin G.A. INMI < ATCC, ATCC 15749. Received as: Pseudomonas ruhlandii Type. Synonym: Alcaligenes ruhlandii (Packer and Vishniac 1955) Aragno and Schlegel 1977; Hydrogenomonas ruhlandii Packer and Vishniac 1955; Pseudomonas ruhlandii (Packer and Vishniac 1955) Davis in Davis et al. 1969. (ATCC 15749; CCUG 38886; CIP 77.26; DSM 653; LMG 1866; NCIMB 11475). Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, F-3) |
| Acidilobus aceticus Prokofeva et al. 2000 | |
| UQM 41214 Type | <-- UNIQEM, UQM 41214 <-- M. I. Prokofeva, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain 1904, 2016. (1904, ATCC BAA-268; DSM 11585; JCM 11320; CIP107394). Ex: acid hot spring. Kamchatka, Moutnovski volcano. Russian Federation DNA sequences: 16S rRNA gene: AF191225.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 80oC, C-1) |
| Acidilobus saccharovorans Prokofeva et al. 2009 | |
| UQM 41217 Type | <-- UNIQEM, UQM 41217 <-- M. I.Prokofeva,M. I. Prokofeva, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain 345-15, 2016. (DSM 16705, JCM 18335; VKM B-2471). Ex: mixture of water and mud from an acidic terrestrial hot pool. Orange Thermal Field, Uzon Caldera. Russian Federation DNA sequences: 16S rRNA gene: AY350586.2, genome: CP001742.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 370, 50oC, C-1) |
| Acidilobus sacharovorans Prokofeva et al. 2009 | |
| VKM B-2471 Type | <-- Mirishnichenko M.L. INMI. Received as: 345-15. (DSM 16705). Ex: acidic hot spring. Kamchatka Peninsula. Kamchatka Territory. Russia DNA sequences: 16S rRNA gene: AY350586. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 370, 50oC Growth condition: anaerobic., F-2, S-2) |
| Acidiplasma sp. | |
| UQM 40968 | <-- UNIQEM, UQM 40968 <-- A.G. Bulaev, MBA-1, 2013. Ex: pulp of a bioleaching reactor. Russian Federation. Russian Federation. Russian Federation DNA sequences: 16S rRNA gene: KC 432649, genome sequence: JYHS00000000.1.. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 55oC, S-1) |
| Acidisarcina polymorpha Belova et al. 2022 | |
| VKM B-3225 Type | <-- Belova S.E., Dedysh S.N. Research Center of Biotechnology RAS, SBC82. Ex: slightly decomposed thalli of lichen species of the genus Cladonia collected from the lichen-dominated forested tundra soil. Yamalo-Nenets Autonomous Okrug, Nadym District. Russia DNA sequences: 16S rRNA gene: MH396772. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 378, 25oC Growth condition: 10-14 day., C-6) |
| Acidisarcina polymorpha Belova et al. 2022 | |
| UQM 41423 type strain | <-- UNIQEM, UQM 41423 <-- S.E. Belova, Winogradsky Inst. Microbiol., RAS, Moscow, Russia, SBC82. (VKM B-3225). Yamalo-Nenets Autonomous Okrug, Nadym District. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 378, 25oC, C-1, S-1) |
| Acidithiobacillus sp. | |
| UQM 40983 | <-- UNIQEM, UQM 40983 <-- A.G. Bulaev, MBC-1, 2013. Ex: pulp of bioleaching reactor. Moscow. Moscow. Russia DNA sequences: 16S rRNA gene:KC432648.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 45oC, S-1) |
| Acidomonas methanolica (Uhlig et al. 1986) Urakami et al. 1989 | |
| VKM B-2104 Type | <-- Doronina N.V. IBPM < IMET, IMET 10945 < Karbaum K., MB 58. Received as: Acidomonas methanolica Type. Synonym: Acetobacter methanolicus Uhlig et al. 1986. (ATCC 43581; BCRC 16049; CCUG 37300; CIP 103167; DSM 5432; JCM 6891; LMD 89.7; LMG 1668). Ex: septic methanol yeast process. Germany. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 17, 30oC Growth condition: pH 4.0., F-1) |
| Acidovorax sp. | |
| VKM B-3611 | . Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Acidovorax temperans Willems et al. 1990 | |
| VKM B-3586 | <-- Abidueva E.Yu. IGEB SB RAS, OK17. Received as: Acidovorax temperans. Ex: bottom sediment of lake Round. Selenginsky District, Republic of Buryatia. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 292, 28oC, F-1) |
| Acinetobacter baumannii Bouvet and Grimont 1986 | |
| VKM B-3190 | <-- Petrova M.A. IMG, MR5-8. Received as: Acinetobacter baumannii. Ex: permafrost, 20-40 thousand years. Laptev Sea, bank, Eastern Siberia. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1, F-3) |
| Acinetobacter baumannii Bouvet and Grimont 1986 | |
| VKM B-3191 | <-- Petrova M.A. IMG, MR5-11. Received as: Acinetobacter baumannii. Ex: permafrost, 20-40 thousand years. Laptev Sea, bank, Eastern Siberia. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1, F-3) |
| Acinetobacter baylyi Carr et al. 2003 | |
| VKM B-3204 | <-- Petrova M.A. IMG, BD413 < Juni E. BD413 (Acinetobacter calcoaceticus). Received as: Acinetobacter baylyi. (ATCC 33305; BCRC 10592; NCIMB 11826). Ex: mutant of stain BD4 isolated from soil. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1, F-3) |
| Acinetobacter calcoaceticus (Beijerinck 1911) Baumann et al. 1968 | |
| VKM B-2919 | <-- IM NAS of Belarus, BIM B-244 < Belikova V.L. IM NAS of Belarus, N-15ch. Received as: Acinetobacter sp. Synonym: Micrococcus calcoaceticus Beijerinck 1911. Ex: oil contaminated soil. Minsk Region. Belarus. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1) |
| Acinetobacter halotolerans Dahal et al. 2017 | |
| VKM B-3203 | <-- Petrova M.A. IMG, KHW14. Received as: Acinetobacter sp. Mercury mine. Kyrgyzstan DNA sequences: plasmids: AJ251306; AJ251307. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 28oC, F-1, F-3) |
| Acinetobacter johnsonii Bouvet and Grimont 1986 | |
| VKM B-3187 | <-- Petrova M.A. IMG, ED45-25. Received as: Acinetobacter johnsonii. Ex: permafrost, 20-40 thousand years. Kolyma Lowland, Bolshoi Khomus-Jurjach River, bank, Eastern Siberia, Arctic. Russia DNA sequences: plasmid: AJ459234. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1, F-3) |
| Acinetobacter johnsonii Bouvet and Grimont 1986 | |
| VKM B-3188 | <-- Petrova M.A. IMG, M2-7. Received as: Acinetobacter johnsonii. Ex: permafrost. Kolyma Lowland, Bolshoi Khomus-Jurjach River, bank, Eastern Siberia, Arctic. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1, F-3) |
| Acinetobacter johnsonii Bouvet and Grimont 1986 | |
| VKM B-3195 | <-- Petrova M.A. IMG, LS47-1. Received as: Acinetobacter johnsonii. Ex: water. Volga River. Saratov. Russia DNA sequences: plasmid: LN873255. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1, F-3) |
| Acinetobacter johnsonii Bouvet and Grimont 1986 | |
| VKM B-3196 | <-- Petrova M.A. IMG, TC105. Received as: Acinetobacter johnsonii. Mercury mine, Transcarpathia. Ukraine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 28oC, F-1, F-3) |
| Acinetobacter johnsonii Bouvet and Grimont 1986 | |
| VKM B-3199 | <-- Petrova M.A. IMG, NC13-1. Received as: Acinetobacter johnsonii. Mercury mine, North Caucasus. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 28oC, F-1) |
| Acinetobacter johnsonii Bouvet and Grimont 1986 | |
| VKM B-3360 | <-- Petrova M.A. IMG, ED45-24. Received as: Acinetobacter sp. Ex: permafrost, 20-40 thousand years. Kolyma Lowland, Bolshoi Khomus-Jurjach River, bank, Eastern Siberia, Arctic. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1) |
| Acinetobacter lwoffii (Audureau 1940) Brisou and Prevot 1954 emend. Bouvet and Grimont 1986 | |
| VKM B-3185 | <-- Petrova M.A. IMG, ED23-35. Received as: Acinetobacter lwoffii. Synonym: Moraxella lwoffi (sic) Audureau 1940; Acinetobacter lwoffi (sic) (Audureau 1940) Brisou and Prevot 1954. Ex: permafrost, 20-40 thousand years. Kolyma Lowland, Bolshoi Khomus-Jurjach River, bank, Eastern Siberia, Arctic. Russia DNA sequences: chromosome: CP082143; plasmids: CP082144, CP032112, CP082145, CP032113, CP032114, CP032115, CP032116, CP082146, AJ251272. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1, F-3) |
| Acinetobacter lwoffii (Audureau 1940) Brisou and Prevot 1954 emend. Bouvet and Grimont 1986 | |
| VKM B-3186 | <-- Petrova M.A. IMG, ED45-23. Received as: Acinetobacter lwoffii. Synonym: Moraxella lwoffi (sic) Audureau 1940; Acinetobacter lwoffi (sic) (Audureau 1940) Brisou and Prevot 1954. Ex: permafrost, 20-40 thousand years. Kolyma Lowland, Bolshoi Khomus-Jurjach River, bank, Eastern Siberia, Arctic. Russia DNA sequences: plasmids: KX426229, CP032117, CP032118, CP032119, CP032120, CP032121, CP032122, CP032123, CP032124. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1, F-3) |
| Acinetobacter lwoffii (Audureau 1940) Brisou and Prevot 1954 emend. Bouvet and Grimont 1986 | |
| VKM B-3189 | <-- Petrova M.A. IMG, ED9-5a. Received as: Acinetobacter lwoffii. Synonym: Moraxella lwoffi (sic) Audureau 1940; Acinetobacter lwoffi (sic) (Audureau 1940) Brisou and Prevot 1954. Ex: permafrost, 15-30 thousand years. Kolyma Lowland, Bolshoi Khomus-Jurjach River, bank, Eastern Siberia, Arctic. Russia DNA sequences: chromosome: CP083571; plasmids: CP083572, CP032287, CP032288, CP032289, CP083573, CP032290, CP083574. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1, F-3) |
| Acinetobacter lwoffii (Audureau 1940) Brisou and Prevot 1954 emend. Bouvet and Grimont 1986 | |
| VKM B-3192 | <-- Petrova M.A. IMG, VS15. Received as: Acinetobacter lwoffii. Synonym: Moraxella lwoffi (sic) Audureau 1940; Acinetobacter lwoffi (sic) (Audureau 1940) Brisou and Prevot 1954. Ex: permafrost, 2-3 million years. Kolyma Lowland, Bolshaya Chukochia River, bank, Arctic. Russia DNA sequences: chromosome: CP080576; plasmids: CP080577, CP080578, CP080579, CP080580, CP080581. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1, F-3) |
| Acinetobacter lwoffii (Audureau 1940) Brisou and Prevot 1954 emend. Bouvet and Grimont 1986 | |
| VKM B-3193 | <-- Petrova M.A. IMG, EK30A. Received as: Acinetobacter lwoffii. Synonym: Moraxella lwoffi (sic) Audureau 1940; Acinetobacter lwoffi (sic) (Audureau 1940) Brisou and Prevot 1954. Ex: permafrost, 1.6-1.8 million years. Kolyma Lowland, Konkovaya River, bank, Arctic. Russia DNA sequences: chromosome: CP080636; plasmids: CP032102, CP032103, CP032104, CP032105, CP032106, CP032107, CP032108, CP032109, CP032110, CP032111, CP080637, CP080638, CP080639, CP080640, CP080641, CP080642, CP080643, KX528688. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1, F-3) |
| Acinetobacter lwoffii (Audureau 1940) Brisou and Prevot 1954 emend. Bouvet and Grimont 1986 | |
| VKM B-3194 | <-- Petrova M.A. IMG, EK67. Received as: Acinetobacter lwoffii. Synonym: Moraxella lwoffi (sic) Audureau 1940; Acinetobacter lwoffi (sic) (Audureau 1940) Brisou and Prevot 1954. Ex: permafrost, 20-40 thousand years. Kolyma Lowland, Bolshoi Khomus-Jurjach River, bank, Eastern Siberia, Arctic. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1, F-3) |
| Acinetobacter lwoffii (Audureau 1940) Brisou and Prevot 1954 emend. Bouvet and Grimont 1986 | |
| VKM B-3200 | <-- Petrova M.A. IMG, FA18-2. Received as: Acinetobacter lwoffii. Synonym: Moraxella lwoffi (sic) Audureau 1940; Acinetobacter lwoffi (sic) (Audureau 1940) Brisou and Prevot 1954. Ex: soil. Kamchatka Peninsula. Kamchatka Territory. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 28oC, F-1, F-3) |
| Acinetobacter lwoffii (Audureau 1940) Brisou and Prevot 1954 emend. Bouvet and Grimont 1986 | |
| VKM B-3201 | <-- Petrova M.A. IMG, EL10-6. Received as: Acinetobacter lwoffii. Synonym: Moraxella lwoffi (sic) Audureau 1940; Acinetobacter lwoffi (sic) (Audureau 1940) Brisou and Prevot 1954. Ex: soil. Kamchatka Peninsula. Kamchatka Territory. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 28oC, F-1, F-3) |
| Acinetobacter lwoffii (Audureau 1940) Brisou and Prevot 1954 emend. Bouvet and Grimont 1986 | |
| VKM B-3352 | <-- Petrova M.A. IMG, AR5-13. Received as: Acinetobacter lwoffii. Synonym: Moraxella lwoffi (sic) Audureau 1940; Acinetobacter lwoffi (sic) (Audureau 1940) Brisou and Prevot 1954. Ex: permafrost, age is unknown. Yamal Peninsula, Arctic. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1) |
| Acinetobacter pittii Nemec et al. 2011 | |
| VKM B-3353 | <-- Petrova M.A. IMG, MR5-1. Received as: Acinetobacter sp. Ex: permafrost, 15-40 thousand years. Laptev Sea, bank, Eastern Siberia. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1) |
| Acinetobacter schindleri Nemec et al. 2001 | |
| VKM B-3197 | <-- Petrova M.A. IMG, NC7-1. Received as: Acinetobacter schindleri. Mercury mine, North Caucasus. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 28oC, F-1, F-3) |
| Acinetobacter schindleri Nemec et al. 2001 | |
| VKM B-3198 | <-- Petrova M.A. IMG, NC11-1. Received as: Acinetobacter schindleri. Mercury mine, North Caucasus. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 28oC, F-1, F-3) |
| Acinetobacter sp. | |
| VKM B-3202 | <-- Petrova M.A. IMG, KHP18. Received as: Acinetobacter sp. Mercury mine. Kyrgyzstan DNA sequences: plasmid: AF213017. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 28oC, F-1, F-3) |
| Acinetobacter sp. | |
| VKM B-3334 | <-- Petrova M.A. IMG, VS50. Received as: Pseudomonas sp. Ex: permafrost, 3-5 thousand years. Kolyma Lowland, Bolshaya Chukochia River, bank, Arctic. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1) |
| Acinetobacter sp. | |
| VKM B-3362 | <-- Petrova M.A. IMG, AR10-1. Received as: Genus sp. Ex: permafrost, age is unknown. Yamal Peninsula, Arctic. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1) |
| Acinetobacter sp. | |
| VKM B-3374 | <-- Petrova M.A. IMG, ED23. Ex: permafrost, 20-40 thousand years. Kolyma Lowland, Bolshoi Khomus-Jurjach River, bank, Eastern Siberia, Arctic. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1) |
| Actinoalloteichus cyanogriseus Tamura et al. 2000 | |
| VKM Ac-1271 Type | <-- Kuznetsov V.D. INMI, K-1414 < JCM 6095. (AS 4.1159; CIP 106755; DSM 43889; IFO (now NBRC) 14455; JCM 6095; NRRL B-16252). Ex: soil. China DNA sequences: AB006178. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, C-1, F-1) |
| Actinoalloteichus cyanogriseus Tamura et al. 2000 | |
| VKM Ac-1918 | <-- RIA 1305 < ISP 5103 < Baldacci E., IPV 930. Received as: Streptomyces caeruleus (Baldacci 1944) Pridham et al. 1958 Type. Synonym: Streptomyces caeruleus (Baldacci 1944) Pridham et al. 1958; Actinomyces caeruleus Baldacci 1944. (ISP 5103; RIA 755; RIA 1305; ATCC 27421; BCRC 13659; CBS 645.72; DSM 40103; IFO (now NBRC) 13344; JCM 4014; JCM 4730; NRRL B-1623; NRRL B-2194). Ex: rice straw DNA sequences: AB184345, EF178675, HG917901, FJ406110. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 205, 28oC, F-1) |
| Actinoalloteichus cyanogriseus Tamura et al. 2000 | |
| UQM 40958 type strain | <-- UNIQEM, UQM 40958 <-- S.N.Filippova, UNIQEM 918 = K-4114, 2011 <-- V.D. Kuznetsov, INMI < -- JCM 6095 <-- Z. Liu, Y388=As 4.1159. (CGMCC 4.1159, CIP 106755; DSM 43889; IFO 14455; JCM 6095; NBRC 14455; NRRL B-16252; VKM-1271). Ex: soil. Yunnan Province, China. Yunnan Province. China DNA sequences: 16S rRNA gene: AB006178, genome sequence: AUBJ00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 413, 28oC, C-1) |
| Actinocorallia herbida Iinuma et al. 1994 | |
| VKM Ac-1994 Type | <-- JCM 9647. (ATCC 51528; CIP 104066; DSM 44254; IFO (now NBRC) 15485; JCM 9647). Ex: soil. Bangkok. Thailand DNA sequences: D85473. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 184, 28oC, F-1) |
| Actinocorallia libanotica (Meyer 1981) Zhang et al. 2001 | |
| VKM Ac-939 Type | <-- INA, IMET 9616. Received as: Actinomadura libanotica Meyer 1981 Type. Synonym: Actinomadura libanotica Meyer 1981. (ATCC 35576; CCM 3425; DSM 43554; IFO (now NBRC)14095; IMET 9616; JCM 3284; NCIMB 11686; NRRL B-16097). Ex: soil. Beirut. Lebanon DNA sequences: AB364592, U49007. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 209, 28oC, C-1, F-1) |
| Actinocorallia sp. | |
| VKM Ac-1938 | <-- INA 6282. (INA 6282). Ex: soil. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 209, 28oC, C-1, F-1) |
| Actinokineospora diospyrosa Tamura et al. 1995 | |
| VKM Ac-1984 Type | <-- IFO 15665. (DSM 44255; IFO (now NBRC) 15665; JCM 9921; NRRL B-24047). Ex: fallen persimmon leaves. Yamanashi Prefecture. Japan DNA sequences: AF114797. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 184, 28oC, F-1) |
| Actinokineospora fastidiosa (Henssen et al. 1987) Labeda et al. 2010 | |
| VKM Ac-1419 Type | <-- Henssen A. Received as: Pseudonocardia fastidiosa Celmer et al. 1977. Synonym: Amycolatopsis fastidiosa (ex Celmer et al. 1977) Henssen et al. 1987; Pseudonocardia fastidiosa Celmer et al. 1977. (ATCC 31181; DSM 43855; IFO (now NBRC) 14105; JCM 3276; NRRL B-16697). Ex: soil. Republic of Egypt DNA sequences: AJ400710, GQ200601, AY389140, X53200. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 36oC, F-1) |
| Actinokineospora globicatena Tamura et al. 1995 | |
| VKM Ac-1981 Type | <-- IFO 15664. (DSM 44256; IFO (now NBRC) 15664; JCM 9922; NRRL B-24048). Ex: soil around a pond. Yamanashi Prefecture. Japan DNA sequences: AF114798. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 184, 28oC, F-1) |
| Actinokineospora inagensis Tamura et al. 1995 | |
| VKM Ac-1982 Type | <-- IFO 15663. (DSM 44258; IFO (now NBRC) 15663; JCM 9923; NRRL B-24050). Ex: fallen leaves on the shore of a lake. Yamanashi Prefecture. Japan DNA sequences: AF114799. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 184, 28oC, F-1) |
| Actinokineospora riparia Hasegawa 1988 | |
| VKM Ac-1980 Type | <-- IFO 14541. (ATCC 49499; CCRC 13450; DSM 44259; IFO (now NBRC) 14541; JCM 7471; NCIMB 13255; NRRL B-16432). Ex: soil. Ado River. Shiga Prefecture. Japan DNA sequences: AF114802, X76953. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 184, 28oC, F-1) |
| Actinokineospora terrae Tamura et al. 1995 | |
| VKM Ac-1983 Type | <-- IFO 15668. (DSM 44260; IFO (now NBRC) 15668; JCM 9924; NRRL B-24049). Ex: soil around a pond. Japan DNA sequences: AB058394. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 184, 26oC, F-1) |
| Actinomadura citrea Lavrova et al. 1972 | |
| VKM Ac-1119 Type | <-- INA 1849. (INA 1849; RIA 1501; ATCC 27887; DSM 43461; IFO (now NBRC) 14678; JCM 3295). Ex: soil DNA sequences: AJ420139, U49001. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 191, 28oC, C-1, F-1) |
| Actinomadura coerulea Preobrazhenskaya et al. 1975 | |
| VKM Ac-1511 Type | <-- IINA 765. (ATCC 33576; DSM 43675; IFO (now NBRC) 14679; JCM 3320). Ex: soil DNA sequences: U49002. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 184, 28oC, F-1) |
| Actinomadura cremea Preobrazhenskaya et al. 1975 | |
| VKM Ac-912 Type | <-- INA 292. (INA 292; ATCC 33577; DSM 43676; IFO (now NBRC) 14182; JCM 3308; NRRL B-16605). Ex: soil DNA sequences: AB462291, AF134067. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 205, 28oC, C-1, F-1) |
| Actinomadura formosensis (Hasegawa et al. 1986) Zhang et al. 1998 | |
| VKM Ac-1954 Type | <-- IFO 14204. Received as: Thermomonospora formosensis Hasegawa et al. 1986 Type. Synonym: Thermomonospora formosensis Hasegawa et al. 1986. (ATCC 49059; DSM 43997; IFO (now NBRC) 14204; IFO (now NBRC) 15870; JCM 7474; NCIMB 12773; NRRL B-16984). Ex: soil. Taipei. Taiwan DNA sequences: AJ293703, AF002263, AB006172, AJ420140. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 184, 28oC, F-1) |
| Actinomadura fulvescens Terekhova et al. 1987 | |
| VKM Ac-938 Type | <-- INA 3321. (INA 3321; DSM 43923; IMET 9745; IFO (now NBRC) 14347; JCM 6833). Ex: soil, sierozem. Ashkhabad Region. Turkmenistan DNA sequences: AJ420137, U49005. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 213, 28oC, C-1, F-1) |
| Actinomadura glauciflava Lu et al. 2003 | |
| VKM Ac-1273 Type | <-- Kuznetsov V.D. INMI, K-4116 < JCM 6161. Received as: Streptomycoides glaucoflavus Zhang et al. 1984. (DSM 43891; IFO (now NBRC) 14668; JCM 6161). Ex: soil. Yunnan Province. China DNA sequences: AB184612, AB006155, AF153881. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, C-1, F-1) |
| Actinomadura glauciflava Lu et al. 2003 | |
| UQM 40960 type strain | <-- UNIQEM, UQM 40960 <-- S.N.Filippova, UNIQEM 920 = K-4116, 2011 <-- V.D. Kuznetsov, INMI <-- JCM 6161 <-- AS (G. Zhang, 80-56). (80-60, CGMCC 4.1202; DSM 44770; IFO 14668; JCM 6161; NBRC 14668; VKM Ac-1273). Ex: soil. Xishuang Bana, Yunnan, China, Institute of Tropical Plants. Xishuang Bana, Yunnan, Institute of Tropical Plants. China DNA sequences: 16S rRNA gene: AB006155, AB184612, AF153881. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 413, 28oC, C-1) |
| Actinomadura kijaniata Horan and Brodsky 1982 | |
| VKM Ac-874 Type | <-- Brodsky B.C. SCC 1256. (ATCC 31588; DSM 43764; IFO (now NBRC)14229; JCM 3306). Ex: soil. Kenya DNA sequences: X97890, U49006. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 183, 28oC, C-1, F-1) |
| Actinomadura livida Lavrova and Preobrazhenskaya 1975 | |
| VKM Ac-908 Type | <-- INA 1678. (INA 1678; ATCC 33578; DSM 43677; IMET 9575; IFO (now NBRC) 14682; JCM 3387). Ex: soil DNA sequences: AJ293706, AF163116. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 205, 28oC, C-1, F-1) |
| Actinomadura luteofluorescens (Shinobu 1962) Preobrazhenskaya et al. 1975 | |
| VKM Ac-1509 Type | <-- RIA 1249 < ISP 5398 < Shinobu 719 (Streptomyces luteofluorescens). Synonym: Streptomyces luteofluorescens Shinobu 1962. (ISP 5398; RIA 1249; ATCC 25469; CBS 702.69; DSM 40398; IFO (now NBRC) 13057; JCM 4203; JCM 4491; NRRL B-12327). Ex: soil. Aomori Pref., Noheji City. Japan DNA sequences: U49008. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 205, 28oC, C-1, F-1) |
| Actinomadura madurae (Vincent 1894) Lechevalier and Lechevalier 1968 | |
| VKM Ac-809 Type | <-- INA, NCTC 5654 < Lechevalier M.P. Synonym: Nocardia madurae (Vincent 1894) Blanchard 1896; Streptothrix madurae Vincent 1894. (ATCC 19425; CCM 136; DSM 43067; JCM 7436; IFO (now NBRC) 13909; IFO (now NBRC) 14623; IMET 9585; NCTC 5654). Ex: mycetoma pedis tissue DNA sequences: X97889, D50668, D85468, U58527. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 183, 37oC, C-1, F-1) |
| Actinomadura pelletieri (Laveran 1906) Lechevalier and Lechevalier 1970 | |
| VKM Ac-1330 | <-- INA, IMET 7141 < Kuznetsov V.D., RIA 476 < CBS. Synonym: Nocardia pelletieri (Laveran 1906) Pinoy in Thiroux and Pelletier 1912. (RIA 476; IMET 7141). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 190, 37oC, C-1, F-1) |
| Actinomadura rifamycini (Gauze et al. 1987) Promnuan et al. 2011 | |
| VKM Ac-1085 Type | <-- INA 1349. Synonym: Actinomadura cremea subsp. rifamycini Gauze et al. 1987. (INA 1349; ATCC 33264; DSM 43936; IFO (now NBRC) 14183; JCM 3309; NCIMB 12768; NRRL B-16122). Ex: soil. USSR DNA sequences: AB557595, U49003. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 158, 28oC, C-1, F-1) |
| Actinomadura rubrobrunea (ex Krassilnikov et al. 1968) Kroppenstedt et al. 1991 | |
| VKM Ac-775 | <-- Agre N.S. IBPM, 1834. Received as: Excellospora viridinigra (Krassilnikov et al. 1968) Agre and Guzeva 1975. (ATCC 33518; IFO (now NBRC) 14622). Ex: soil. Faiyum. Republic of Egypt. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 55oC, C-1, F-1) |
| Actinomadura rubrobrunea (ex Krassilnikov et al. 1968) Kroppenstedt et al. 1991 | |
| VKM Ac-1468 | <-- Agre N.S. IBPM, 3805. Received as: Excellospora viridinigra (Krassilnikov et al. 1968) Agre and Guzeva 1975. Ex: ancient irrigated carbonate meadow soil under corn. Delta of Nile River. Republic of Egypt. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 55oC, F-1) |
| Actinomadura rubrobrunea (ex Krassilnikov et al. 1968) Kroppenstedt et al. 1991 | |
| VKM Ac-1469 | <-- Agre N.S. IBPM, 3689. Received as: Excellospora viridinigra (Krassilnikov et al. 1968) Agre and Guzeva 1975. Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 55oC, F-1) |
| Actinomadura rubrobrunea (ex Krassilnikov et al. 1968) Kroppenstedt et al. 1991 | |
| VKM Ac-1470 Type | <-- Agre N.S. IBPM, 2991. Received as: Excellospora rubrobrunea (Krassilnikov et al. 1968) Agre and Guzeva 1975. Synonym: Excellospora rubrobrunea (Krassilnikov et al. 1968) Agre and Guzeva 1975. (ATCC 49883; CIP 105486; DSM 43750; IFO (now NBRC) 15275; IMET 9705; JCM 7345; KCTC 9493). Ex: soil. El Kharga oasis. Republic of Egypt DNA sequences: EU637008. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 55oC, F-1) |
| Actinomadura sp. | |
| VKM Ac-873 | <-- Tomita K., G 455-101. Received as: Actinomadura luzonensis Tomita et al. 1980 Type. (ATCC 31491; DSM 43766; IFO (now NBRC) 14989). Ex: soil. Luzon Island. Philippines. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 205, 28oC, C-1, F-1) |
| Actinomadura umbrina Galatenko et al. 1987 | |
| VKM Ac-1086 Type | <-- INA 2309. (INA 2309; RIA 1997; ATCC 49502; DSM 43927; IFO (now NBRC) 14346; JCM 6837). Ex: soil, sierozem. Turkmenistan DNA sequences: AJ293713, AF163121. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 213, 28oC, C-1, F-1) |
| Actinomadura uncinata Galatenko et al. 1987 | |
| VKM Ac-1304 | <-- INA 471. (INA 471). Ex: soil. Uzbekistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 190, 28oC, C-1, F-1) |
| Actinomadura verrucosospora Nonomura and Ohara 1971 | |
| VKM Ac-668 Type | <-- INMI, VKM Ac-668 < RIA 1503 < KCC A-0147. (RIA 1503; ATCC 27299; CBS 258.72; DSM 43358; DSM 43550; IFO (now NBRC) 14100; IMET 9588; JCM 3147; NCIMB 11119). Ex: dry-heated soil. Yanamashi Prefecture. Japan DNA sequences: U49011, D50667. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 205, 37oC, C-1, F-1) |
| Actinomadura viridis (Nonomura and Ohara 1971) Miyadoh et al. 1989 | |
| VKM Ac-631 | <-- INMI, VKM Ac-631 < RIA 1500 < INA 1920. Received as: Actinomadura malachitica Lavrova et al. 1972 Type. Synonym: Actinomadura malachitica Lavrova et al. 1972. (RIA 1500; INA 1920; ATCC 27888; DSM 43462; IFO (now NBRC) 14683; IMET 9581; JCM 3297; NCIMB 11448). Ex: soil DNA sequences: AF051386. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 177, 28oC, F-1) |
| Actinomadura viridis (Nonomura and Ohara 1971) Miyadoh et al. 1989 | |
| VKM Ac-1315 Type | <-- DSM 43175. Received as: Microtetraspora viridis Nonomura and Ohara 1971 Type. Synonym: Microtetraspora viridis Nonomura and Ohara 1971. (ATCC 27103; CBS 833.70; DSM 43175; IFO (now NBRC) 15238; JCM 3112). Ex: soil DNA sequences: AJ420141, D85467. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 214, 28oC, C-1, F-1) |
| Actinoplanes auranticolor (Couch 1963) Stackebrandt and Kroppenstedt 1988 | |
| VKM Ac-648 Type | <-- INMI, VKM Ac-648 < RIA 819 < IAM < Couch J.N., 253. Received as: Amorphosporangium auranticolor Couch 1963 Type. Synonym: Amorphosporangium auranticolor Couch 1963. (VKM Ac-675; RIA 819; ATCC 15330; CBS 189.64; IFO (now NBRC) 12245; JCM 3038; DSM 43031; IMET 9034; NRRL B-3343). Ex: soil. Nevada. USA DNA sequences: D85471, U58526. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, C-1, F-1) |
| Actinoplanes auranticolor (Couch 1963) Stackebrandt and Kroppenstedt 1988 | |
| VKM Ac-675 Type | <-- INMI, VKM Ac-675 < CBS 189.64. Received as: Amorphosporangium auranticolor Couch 1963 Type. Synonym: Amorphosporangium auranticolor Couch 1963. (VKM Ac-648; RIA 819; ATCC 15330; CBS 189.64; IFO (now NBRC) 12245; JCM 3038; DSM 43031; IMET 9034; NRRL B-3343). Ex: soil. Nevada. USA DNA sequences: D85471, U58526. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, C-1, F-1) |
| Actinoplanes brasiliensis Thiemann et al. 1969 | |
| VKM Ac-1320 Type | <-- DSM 43805. (ATCC 25844; DSM 43805; IFO (now NBRC) 13938; JCM 3196; NRRL B-16714). Ex: soil. Brazil DNA sequences: D85470|, X93185. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, C-1, F-1) |
| Actinoplanes campanulatus (Couch 1963) Stackebrandt and Kroppenstedt 1988 | |
| VKM Ac-1319 Type | <-- DSM 43148. Received as: Ampullariella campanulata (Couch 1963) Couch 1964 Type. Synonym: Ampullariella campanulata (Couch 1963) Couch 1964; Ampullaria campanulata Couch 1963. (CBS 190.64; DSM 43148; IFO (now NBRC) 12511; JCM 3059; NRRL B-3344). Ex: soil. USA DNA sequences: AB036995. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, C-1, F-1) |
| Actinoplanes cyaneus Terekhova et al. 1987 | |
| VKM Ac-1095 Type | <-- INA 1569. (INA 1569; DSM 46137; IFO (now NBRC) 14990; IMET 9243; JCM 9082; NCIMB 12736). Ex: soil. Siberia. Russia DNA sequences: AB036997, X93186. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 209, 28oC, C-1, F-1) |
| Actinoplanes digitatis (Couch 1963) Stackebrandt and Kroppenstedt 1988 | |
| VKM Ac-649 Type | <-- INMI, VKM Ac-649 < RIA 820 < IAM < Couch J.N., 33. Received as: Ampullariella digitata (Couch 1963) Couch 1964 Type. Synonym: Ampullariella digitata (Couch 1963) Couch 1964; Ampullaria digitata Couch 1963. (RIA 820; ATCC 15349; CBS 191.64; IFO (now NBRC) 12512; JCM 3060; DSM 43149; NCIMB 10182; NRRL B-3345). Ex: soil. Michigan. USA DNA sequences: AB037000, AB048213, AJ277567. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, C-1, F-1) |
| Actinoplanes lobatus (Couch 1963) Stackebrandt and Kroppenstedt 1988 | |
| VKM Ac-676 Type | <-- INMI, VKM Ac-676 < CBS 192.64. Received as: Ampullariella lobata (Couch 1963) Couch 1964 Type. Synonym: Ampullariella lobata (Couch 1963) Couch 1964; Ampullaria lobata Couch 1963. (ATCC 15350; DSM 43150; CBS 192.64; IFO (now NBRC) 12513; JCM 3061; IMET 9246; NRRL B-3346). Ex: soil. Madison. USA DNA sequences: AB037006. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, F-1) |
| Actinoplanes philippinensis Couch 1950 | |
| VKM Ac-647 | <-- INMI, VKM Ac-647 < RIA 460 < Couch J.N. (RIA 460). Ex: rice paddy soil. Philippines. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, C-1, F-1) |
| Actinoplanes philippinensis Couch 1950 | |
| VKM Ac-842 Type | <-- RIA 468 < CBS 107.58. (RIA 468; ATCC 12427; CBS 107.58; IFO (now NBRC) 13878; JCM 3001; DSM 43019; NRRL 2506). Ex: rice paddy soil. Philippines DNA sequences: D85474, U58525, X93187, X72864. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, C-1, F-1) |
| Actinoplanes regularis (Couch 1963) Stackebrandt and Kroppenstedt 1988 | |
| VKM Ac-650 Type | <-- INMI, VKM Ac-650 < RIA 821 < IAM < Couch J.N., 79. Received as: Ampullariella regularis (Couch 1963) Couch 1964 Type. Synonym: Ampullariella regularis (Couch 1963) Couch 1964; Ampullaria regularis Couch 1963. (RIA 821; CBS 193.64; IFO (now NBRC) 12514; JCM 3062; DSM 43151; IMET 9268; NRRL B-3347). Ex: soil. Wisconsin. USA DNA sequences: AB037011, X93188. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, F-1) |
| Actinoplanes utahensis Couch 1963 | |
| VKM Ac-674 Type | <-- INMI, VKM Ac-674 < CBS 367.66. (ATCC 14539; CBS 367.66; DSM 43147; IFO (now NBRC) 13244; JCM 3122; IMET 9252; NRRL B-16727). Ex: soil. USA DNA sequences: AJ277574, AB037012. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, C-1, F-1) |
| Actinopolyspora halophila Gochnauer et al. 1975 | |
| VKM Ac-871 Type | <-- ATCC 27976. (ATCC 27976; DSM 43834; IFO (now NBRC) 14106; JCM 3278; NCIMB 11472). Ex: contaminant of complex medium for Halobacterium DNA sequences: X54287. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 181, 37oC, F-1, F-4) |
| Actinopolyspora mortivallis Yoshida et al. 1991 | |
| VKM Ac-1974 Type | <-- JCM 7550. (ATCC 49777; DSM 44261; IFO (now NBRC) 15162; JCM 7550; NCIMB 13257). Ex: saline soil. Death Valley. California. USA DNA sequences: DQ883812, Z22730. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 226, 45oC, F-1) |
| Actinosynnema mirum Hasegawa et al. 1978 | |
| VKM Ac-843 Type | <-- Seino A.. KCC A-0225. (ATCC 29888; DSM 43827; IFO (now NBRC) 14064; IMET 9740; IMRU 3971; JCM 3225; NRRL B-12336). Ex: grass blade. Raritan River, New-Jersey. USA DNA sequences: CP001630 (complete genome), AF328679, D85475, X84447. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, C-1, F-1) |
| Actinosynnema pretiosum subsp. auranticum Hasegawa et al. 1983 | |
| VKM Ac-1961 Type | <-- JCM 7343. (ATCC 31309; DSM 44131; IFO (now NBRC) 15620; JCM 7343; NRRL B-16078). Ex: Carex sp., surface of blade. Shiga Pref. Japan DNA sequences: AB303364. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 184, 25oC, F-1) |
| Actinosynnema pretiosum subsp. pretiosum Hasegawa et al. 1983 | |
| VKM Ac-1963 Type | <-- JCM 7344. (ATCC 31281; DSM 44132; IFO 13726; IFO 15621; JCM 7344; NRRL B-16060). Ex: Carex sp., surface of blade. Shiga Pref. Japan DNA sequences: AF114800, AB303365. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 184, 25oC, F-1) |
| Advenella kashmirensis (Ghosh et al. 2005) Gibello et al. 2009 | |
| VKM B-3251 | <-- UIB, IB-K1. Synonym: Tetrathiobacter kashmirensis Ghosh et al. 2005. Ex: ground. Kinderlinskaya cave. Republic of Bashkortostan, Gafuriy District. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, F-1) |
| Advenella kashmirensis subsp. methylica Shmareva et al. 2017 | |
| VKM B-2850 Type | <-- Doronina N.V. IBPM, PK1. Received as: Advenella kashmirensis subsp. methylica. (DSM 27514). Ex: rhizosphere of Carex sp. Hierapolis-Pamukkale. Denizli. Republic of Turkey DNA sequences: 16S rRNA gene: KF683075. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, F-1) |
| Aeribacillus pallidus | |
| UQM 40982 | <-- UNIQEM, UQM 40982 <-- Nazina T.N., 8m3, 2009, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow. Ex: formation water, high-temperature oil field. Oil Field, Dagang. Oil Field, Dagang. China DNA sequences: Genome: LWBR00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 14, 55oC, S-4, S-1) |
| Aeromicrobium fastidiosum (Collins and Stackebrandt 1989) Tamura and Yokota 1994 | |
| VKM Ac-1324 Type | <-- NCIMB 12713. Received as: Nocardioides fastidiosus Collins and Stackebrandt 1989 Type. Synonym: Nocardioides fastidiosus Collins and Stackebrandt 1989. (ATCC 49363; DSM 10552; IFO (now NBRC) 14897; JCM 8088; LMG 16205; NCIMB 12713). Ex: herbage DNA sequences: AF005022, X76862, Z78209, X53189. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 190, 25oC, C-1, F-1) |
| Agreia bicolorata Evtushenko et al. 2001 | |
| VKM Ac-1375 | <-- Dobrovolskaya T.G. DSB MSU, 4g1. Received as: Clavibacter gallus. Ex: Agropyron repens, stem gall. Moscow Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, C-1, F-1) |
| Agreia bicolorata Evtushenko et al. 2001 | |
| VKM Ac-1804 Type | <-- Evtushenko L.I. IBPM, DL-4. (DSM 14575; JCM 12206; NBRC 103053; UCM Ac-620). Ex: Calamagrostis neglecta. Leaf gall induced by nematode Heteroanguina graminophila. Moscow Region. Russia DNA sequences: AF159363, AM410672. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Agreia bicolorata Evtushenko et al. 2001 | |
| VKM Ac-1805 | <-- Evtushenko L.I. IBPM, DL-28. Ex: Calamagrostis neglecta. Leaf gall induced by nematode Heteroanguina graminophila. Moscow Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Agreia bicolorata Evtushenko et al. 2001 | |
| VKM Ac-2052 | <-- IBPM, DL-501. (IFO (now NBRC) 16398). Ex: Calamagrostis sp. Leaf gall induced nematode Heteroanguina graminophila. Moscow Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Agreia pratensis (Behrendt et al. 2002) Schumann et al. 2003 | |
| VKM Ac-2510 Type | <-- DSM 14246. Synonym: Subtercola pratensis Behrendt et al. 2002. (DSM 14246; JCM 12145; LMG 21000; NBRC 103054). Ex: phyllosphere of grasses. Germany DNA sequences: AJ310412. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, F-1) |
| Agrobacterium radiobacter (Beijerinck and van Delden 1902) Conn 1942 | |
| VKM B-559 | <-- INMI, VKM B-559 < ARRIAM. Received as: Pseudomonas radiobacter. Synonym: Bacillus radiobacter Beijerinck and van Delden 1902; Agrobacterium tumefaciens (Smith and Townsend 1907) Conn 1942; Beijerinckia fluminensis Doebereiner and Ruschel 1958; Rhizobium radiobacter (Beijerinck and van Delden 1902) Young et al. 2001; Bacillus radiobacter Beijerinck and van Delden 1902. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, C-1, F-1, F-3) |
| Agrobacterium radiobacter (Beijerinck and van Delden 1902) Conn 1942 | |
| VKM B-1218 | <-- INMI, VKM B-1218 < CCM, CCM 2054. Received as: Agrobacterium radiobacter. Synonym: Bacillus radiobacter Beijerinck and van Delden 1902; Agrobacterium tumefaciens (Smith and Townsend 1907) Conn 1942; Beijerinckia fluminensis Doebereiner and Ruschel 1958; Rhizobium radiobacter (Beijerinck and van Delden 1902) Young et al. 2001; Bacillus radiobacter Beijerinck and van Delden 1902. (CCM 2054; LMG 148). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, C-1, F-1, F-3) |
| Agrobacterium radiobacter (Beijerinck and van Delden 1902) Conn 1942 | |
| VKM B-1219 | <-- INMI, VKM B-1219 < CCM, CCM 1037. Received as: Agrobacterium tumefaciens. Synonym: Bacillus radiobacter Beijerinck and van Delden 1902; Agrobacterium tumefaciens (Smith and Townsend 1907) Conn 1942; Beijerinckia fluminensis Doebereiner and Ruschel 1958; Rhizobium radiobacter (Beijerinck and van Delden 1902) Young et al. 2001; Bacillus radiobacter Beijerinck and van Delden 1902. (ATCC 13333; BCRC 14924; CCM 1037; CECT 4525; CFBP 1001; CIP 104330; IAM 13938; IMI 347313; IMI B00102; JCM 20990; KACC 11192; KCTC 2780; LMG 14; LMG 153; LMG 171; NBRC 13259; NCPPB 2409; NCPPB 4; NCPPB 5). Ex: Malus silvestris. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, C-1, F-1, F-3) |
| Agrobacterium radiobacter (Beijerinck and van Delden 1902) Conn 1942 | |
| VKM B-1573 | <-- IBPM, IBPM B-48 < INMIA < BUCSAV, BU-147. Received as: Agrobacterium tumefaciens Type. Synonym: Bacillus radiobacter Beijerinck and van Delden 1902; Agrobacterium tumefaciens (Smith and Townsend 1907) Conn 1942; Beijerinckia fluminensis Doebereiner and Ruschel 1958; Rhizobium radiobacter (Beijerinck and van Delden 1902) Young et al. 2001; Bacillus radiobacter Beijerinck and van Delden 1902. (ATCC 4720; CBMAI 198; CCM 1000; CCUG 3355; CECT 4304; CFBP 2412; CFBP 5493; CIP 104335; DSM 30150; ICMP 5793; JCM 21034; LMG 182; NCAIM B.01409; NCIMB 8150; NCPPB 2992). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-5) |
| Agrococcus jenensis Groth et al. 1996 | |
| VKM Ac-1839 Type | <-- Groth I., 2002-39/1. (ATCC 700087; CCUG 35514; CIP 106528; DSM 9580; JCM 9950; NBRC 100415). Ex: frozen compost soil. near Jena. Germany DNA sequences: AM410679, X92492. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Agromyces albus Dorofeeva et al. 2003 | |
| VKM Ac-1800 Type | <-- Dorofeeva L.V. IBPM, DL-315. (UCM Ac-623; JCM 13565; NBRC 103057). Ex: above ground of a plant Androsace sp., family Primulaceae. Leaves and inflorescence, Central-chernozem biosphere park. Belgorod Region. Russia DNA sequences: AF503917. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Agromyces bracchium Takeuchi and Hatano 2001 | |
| VKM Ac-2088 Type | <-- IFO 16238. (DSM 14596; IFO (now NBRC) 16238; JCM 11433; KCTC 13909). Ex: soil, rhizosphere of mangrove trees, Bruguera gymnorrhiza Lamk. Iriomote Island, the estuaries of the Shiira River. Japan DNA sequences: AB023359. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Agromyces cerinus subsp. cerinus Zgurskaya et al. 1992 | |
| VKM Ac-1340 Type | <-- DSB MSU, XI-15. (ATCC 51762; CIP 103632; DSM 8595; IFO (now NBRC) 15780; IMET 11525; JCM 9083; LMG 16155). Ex: soil, birchen grove. Moscow. Russia DNA sequences: D45060, AM410680, X77448. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Agromyces cerinus subsp. cerinus Zgurskaya et al. 1992 | |
| VKM Ac-1341 | <-- DSB MSU, VIII-5. (JCM 10056). Ex: soil, birchen grove. Moscow. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Agromyces cerinus subsp. cerinus Zgurskaya et al. 1992 | |
| VKM Ac-1342 | <-- DSB MSU, IV. (JCM 10057). Ex: soil, birchen grove. Moscow. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Agromyces cerinus subsp. cerinus Zgurskaya et al. 1992 | |
| VKM Ac-1343 | <-- DSB MSU, V-1. (JCM 10058). Ex: soil. birchen grove. Moscow. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Agromyces cerinus subsp. nitratus Zgurskaya et al. 1992 | |
| VKM Ac-1351 Type | <-- DSB MSU, 14-3. (ATCC 51763; CIP 103634; DSM 8596; IFO (now NBRC) 15783; IMET 11532; JCM 9084; LMG 16157). Ex: soil, birchen grove. Moscow. Russia DNA sequences: AM410681, AY277619, AM410679. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Agromyces fucosus Zgurskaya et al. 1992 emend. Ortiz-Martinez et al. 2004 | |
| VKM Ac-1345 Type | <-- DSB MSU, XII-6. Received as: Agromyces fucosus subsp. Fucosus Zgurskaya et al. 1992. (ATCC 51764; CIP 103633; DSM 8597; IFO (now NBRC) 15781; IMET 11529; JCM 9085; LMG 16156). Ex: soil, birchen grove. Moscow. Russia DNA sequences: AB842300, KC139245, AJ784791. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Agromyces fucosus Zgurskaya et al. 1992 emend. Ortiz-Martinez et al. 2004 | |
| VKM Ac-1346 | <-- DSB MSU. Received as: Agromyces fucosus subsp. Fucosus Zgurskaya et al. 1992. (JCM 10059). Ex: soil, birchen grove. Moscow. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Agromyces fucosus Zgurskaya et al. 1992 emend. Ortiz-Martinez et al. 2004 | |
| VKM Ac-1347 | <-- DSB MSU, XII-4. Received as: Agromyces fucosus subsp. Fucosus Zgurskaya et al. 1992. (JCM 10060). Ex: soil, birchen grove. Moscow. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Agromyces fucosus Zgurskaya et al. 1992 emend. Ortiz-Martinez et al. 2004 | |
| VKM Ac-1348 | <-- DSB MSU,16-13. Received as: Agromyces fucosus subsp. Fucosus Zgurskaya et al. 1992. (JCM 10061). Ex: soil, birchen grove. Moscow. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Agromyces fucosus Zgurskaya et al. 1992 emend. Ortiz-Martinez et al. 2004 | |
| VKM Ac-1349 | <-- DSB MSU, X-3. Received as: Agromyces fucosus subsp. Fucosus Zgurskaya et al. 1992. (JCM 10062). Ex: soil, birchen grove. Moscow. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Agromyces hippuratus (Zgurskaya et al. 1992) Ortiz-Martinez et al. 2004 | |
| VKM Ac-1352 Type | <-- DSB MSU, 15-6. Received as: Agromyces fucosus subsp. Hippuratus Zgurskaya et al. 1992 Type. Synonym: Agromyces fucosus subsp. hippuratus Zgurskaya et al. 1992. (ATCC 51765; CIP 103635; DSM 8598; IFO (now NBRC)15782; IMET 11533; JCM 9086; LMG 16158). Ex: soil, birchen grove. Moscow. Russia DNA sequences: D45061. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Agromyces hippuratus (Zgurskaya et al. 1992) Ortiz-Martinez et al. 2004 | |
| VKM Ac-1353 | <-- DSB MSU, 18-8. Received as: Agromyces fucosus subsp. Hippuratus Zgurskaya et al. 1992. Synonym: Agromyces fucosus subsp. hippuratus Zgurskaya et al. 1992. (JCM 10063). Ex: soil, birchen grove. Moscow. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Agromyces luteolus Takeuchi and Hatano 2001 | |
| VKM Ac-2085 Type | <-- IFO 16235. (CIP 107131; DSM 14595; IFO (now NBRC) 16235; JCM 11431; KCTC 13907). Ex: surface of roots of mangrove trees, Sonneratia alba. Iriomote island, the estuaries of the Shiira River. Japan DNA sequences: AB023356. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Agromyces mediolanus (ex Mamoli 1939) M. Suzuki et al. 1996 | |
| VKM Ac-955 Type | <-- Nesterenko O.A. IMB, ATCC 14004 < Jones D. Univ. Leicester UK, ATCC 14004. Received as: Corynebacterium mediolanum Mamoli 1939. Synonym: Corynebacterium mediolanum Mamoli 1939. (VKM Ac-1388; ATCC 14004; CIP 104860; DSM 20152; JCM 3346; NCIMB 7206) DNA sequences: X77449, JX186590. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, C-1, F-1) |
| Agromyces mediolanus (ex Mamoli 1939) M. Suzuki et al. 1996 | |
| VKM Ac-1388 Type | <-- DSM 20152. Synonym: Corynebacterium mediolanum Mamoli 1939. (VKM Ac-955; ATCC 14004; CIP 104860; DSM 20152; JCM 3346; NCIMB 7206) DNA sequences: X77449, JX186590. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Agromyces ramosus Gledhill and Casida 1969 | |
| VKM Ac-1198 Type | <-- ATCC 25173. (ATCC 25173; CIP 103037; DSM 43045; IFO (now NBRC) 13895; IFO (now NBRC) 13899; IMET 11027; LMG 16660; NCIMB 10801). Ex: soil DNA sequences: X77447. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Agromyces rhizospherae Takeuchi and Hatano 2001 | |
| VKM Ac-2086 Type | <-- IFO 16236. (DSM 14597; IFO (now NBRC) 16236; JCM 11432; KCTC 13908). Ex: root, rhizosphere of mangrove trees, Sonneratia alba. Iriomote island, the estuaries of the Shiira River. Japan DNA sequences: AB023357. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Agromyces rhizospherae Takeuchi and Hatano 2001 | |
| VKM Ac-2087 | <-- IFO 16237. (IFO (now NBRC) 16237). Ex: soil, rhizosphere of mangrove trees, Bruguera gymnorrhiza Lamk. Iriomote island, the estuaries of the Shiira River. Japan DNA sequences: AB023358. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Albibacter methylovorans Doronina et al. 2001 | |
| VKM B-2236 Type | <-- Doronina N.V. IBPM, DM10. Received as: Albibacter methylovorans Type. (DSM 22840). Ex: ground water contaminated with dichloromethane. Switzerland DNA sequences: 16S rRNA gene: FR733694. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, F-1) |
| Alcaligenes faecalis subsp. faecalis (Castellani and Chalmers 1919) Austin et al. 1981 | |
| VKM B-1518 Type | <-- IBPM, IBPM B-166 < CCM, CCM 1052 < NCIB, NCIB 8156. Received as: Alcaligenes faecalis. (ATCC 8750; BCRC 10828; CCM 1052; CCUG 1325; CCUG 1814; CECT 928; CIP 60.80; CNCTC 5644; DSM 30030; HAMBI 1907; JCM 20522; JCM 20663; KCTC 2678; LMG 1229; LMG 2100; LMG 3366; NBRC 13111; NCAIM B.01104; NCAIM B.02076; NCIMB 8156; NCTC 11953; VTT E-97056) DNA sequences: pac gene: FJ042491. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 37oC, F-1, S-5) |
| Alcaligenes sp. | |
| UQM 40286 | <-- UNIQEM, UQM 40286 <-- D.I. Nikitin, Institute of Microbiology, Russian Academy of Sciences, strain UNIQEM 678 = A-35. unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 418, 30oC, C-1) |
| Algoriella xinjiangensis Yang et al. 2016 | |
| VKM B-965 | <-- INMI, VKM B-965 < INA, ATCC 14234. Received as: Flavobacterium brevis (sic) (Lustig) Bergey et al. 1923. (ATCC 14234; CCUG 14814; DSM 30096; LMG 4014; NCIMB 11298). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-5) |
| Alistipes inops Shkoporov et al 2015 | |
| VKM B-2859 Type | <-- Efimov B.A., Shkoporov A.N., Pirogov RNRMU. Received as: strain 627. (DSM 28863). Ex: human faeces. Moscow. Russia DNA sequences: 16S rRNA gene: KJ572413. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 344, 37oC Growth condition: anaerobic., F-1) |
| Alkalibacter saccharofermentans Garnova et al. 2005 | |
| VKM B-2308 Type | <-- Zhilina T.N. INMI. Received as: Z-79820. (DSM 14828; UNIQEM U-218). Ex: cellulolytic community of microorganisms. Nizhnee Beloe Lake, Transbaikal mainline. Transbaikal Region. Russia DNA sequences: 16S rRNA gene: AY312403. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 229, 35oC Growth condition: anaerobic., F-2) |
| Alkalibacter saccharofermentans Garnova et al. 2005 | |
| VKM B-2309 | <-- Zhilina T.N. INMI, Z-7980. Ex: cellulolytic community of microorganisms. Nizhnee Beloe Lake, Transbaikal mainline. Transbaikal Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 229, 35oC Growth condition: anaerobic., F-2) |
| Alkalibacter saccharofermentans Garnova et al. 2005 | |
| VKM B-2310 | <-- Zhilina T.N. INMI, Z-7983. Ex: saccharolytic component, cellulolytic community. Nizhnee Beloe Lake, Transbaikal mainline. Transbaikal Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 229, 35oC Growth condition: anaerobic., F-2) |
| Alkalibacter saccharofermentans Garnova et al. 2005 | |
| UQM 40137 type strain | <-- UNIQEM, UQM 40137 <-- Zhilina T.N., Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 218 = Z-7982, 2002. (DSM 14828, VKM B-2308). Ex: Zhilina T.N., Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia. Nizhnee Beloe Lake, Transbaikal mainline. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 229, 35oC, C-1) |
| Alkalibaculum sporogenes Khomyakova et al. 2020 | |
| VKM B-3387 Type strain | <-- Khomyakova M.A. FRC Fundamentals of Biotechnology. Received as: strain M08 DMB. Ex: salsa lake of terrestrial mud volcano. Karabetova Gora, Taman Peninsula. Krasnodar Territory. Russia DNA sequences: 16S rRNA gene: 16S rRNA gene sequence of strain M08 DMBT, 16S rRNA gene: MK779772; genome WHNX00000000.. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 391, 30oC Growth condition: anaerobic., C-8) |
| Alkalicaulis satelles Kevbrin et al. 2020 | |
| VKM B-3306 Type | <-- Kevbrin V.V. Research Center of Biotechnology RAS, G-192. (KCTC 72746). Ex: laboratory culture of alkaliphilic cyanobacterium Geitlerinema sp. Z-T0701. Tanatar Lakes. Altai Territory. Russia DNA sequences: 16S rRNA gene: MK578529. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 381, 40oC, F-3) |
| Alkaliflexus imshenetskii Zhilina et al. 2005 emend. Hahnke et al. 2016 | |
| UQM 40136 type strain | <-- UNIQEM, UQM 40136 <-- Zhilina T.N., Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 243 = Z-7010, 2002. (DSM 15055). Ex: Zhilina T.N., Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia. Central Asia, South-Eastern Transbaikal region, Lake Verkhnee Beloye. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Alkaliphilus namsaraevii Zakharyuk et al. 2017 | |
| VKM B-2746 Type | <-- Zakharyuk A. IBPM, X-2-07. Received as: Alkaliphilus sp. X-2-07. (DSM 26418). Ex: bottom sediment of soda lake. Khilganta Lake. Republic of Byriatia. Russia DNA sequences: 16S rRNA gene: KJ196388. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 233, 30oC Growth condition: anaerobic, pH 10.3., S-2) |
| Alkaliphilus peptidifermentas Zhilina et al. 2009 | |
| VKM B-2502 Type | <-- Zhilina T.N. INMI. Received as: Alkaliphilus saprovorans Z-7036. (DSM 18978). Ex: bottom sediment of low-mineralization soda lake. Verkhnee Beloe Lake. Republic of Byriatia. Russia DNA sequences: 16S rRNA gene: EF382660. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 363, 36oC Growth condition: anaerobic., S-2) |
| Alkalisalibacterium limincola Abidueva et al. 2023 | |
| VKM B-3394 Type | <-- Kudryashova E.B., IBPM RAS, FRC PSCBR RAS, Alg18-2.2. Received as: Alkalisalibacterium limincola. (CPCC 101300Ò; DSM 110880T). Ex: bottom sediment of the highly alkaline-saline lake Gudzhirganskoe. lake Gudzhirganskoe of the Barguzinskiy District. Republic of Buryatia. Russia DNA sequences: 16S rRNA: MN959862; ãåíîì: VRTS01000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 473, 30oC Growth condition: aerobic., F-1) |
| Alkalispirillum mobile Rijkenberg et al. 2002 | |
| VKM B-3569 Type | <-- DSMZ, DSM 12769 < Kort R. Dept. Microbiol., Univ. of Amsterdam. (DSM 12769). Ex: cultures of Halorhodospira halophila SL-1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 403, 37oC, F-1) |
| Alkalispirillum sp. | |
| UQM 40417 | <-- UNIQEM, UQM 40417 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 264 = ACO1. (NCCB 100201). Ex: sediments from hypersaline soda lake sediments, a mixed sample. Kulunda Steppe, Altai. Russian Federation DNA sequences: 16S rRNA gene:FJ976677.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Alkalispirillum sp. | |
| UQM 40418 | <-- UNIQEM, UQM 40418 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 265 = ACO3. (NCCB 100203). Ex: sediments from hypersaline soda lake sediments, a mixed sample. Wadi Natrun. Egypt DNA sequences: 16S rRNA gene: FJ959402. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Aminobacter aminovorans (den Dooren de Jong 1926) Urakami et al. 1992 | |
| VKM B-2058 Type | <-- Doronina N.V. IBPM < JCM, JCM 7852 < Urakami T., TK3001 < NCIB 9039 < LMD < den Dooren de Jong L.E. Received as: Aminobacter aminovorans Type. Synonym: Pseudomonas aminovorans den Dooren de Jong 1926; Chelatobacter heintzii Auling et al. 1993. (ATCC 23314; BCRC 15819; CCUG 2081; CIP 106737; DSM 7048; JCM 7852; NCIMB 9039). Ex: garden soil by enrichment with trimethylamine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1) |
| Aminobacter carboxidus (Meyer et al. 1994) Hordt et al. 2020 | |
| VKM B-1332 Type | <-- INMI, VKM B-1332 < Zavarzin G.A. INMI, Z-1171. Received as: Achromobacter carboxydus Type. Synonym: Achromobacter carboxydus Nozhevnikova and Zavarzin 1974; Alcaligenes carboxydus (Nozhevnikova and Zavarzin 1974) Cypionka et al. 1980; Carbophilus carboxidus (ex Nozhevnikova and Zavarzin 1974) Meyer et al. 1994. (ATCC 51424; CIP 105722; DSM 1086). Ex: soil of creek bank. Neskuchny Sad. Moscow. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 94, 28oC, C-1, F-1, F-3) |
| Ammonifex thiophilus Miroshnichenko et al. 2008 | |
| VKM B-2461 Type | <-- Miroshnichenko M. L. INMI. Received as: SR. (DSM 19636) DNA sequences: 16S rRNA gene: EF554597. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 303, 70oC, F-1, F-2) |
| Amphibacillus sp. | |
| UQM 40416 | <-- UNIQEM, UQM 40416 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 381 =22KS-2. Ex: soda solonchak soil. Kulunda Steppe, Altai. Russian Federation DNA sequences: 16S rRNA gene: EU143689. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Amphibacillus tropicus Zhilina et al. 2002 | |
| UQM 40134 type strain | <-- UNIQEM, UQM 40134 <-- Zhilina T.N., Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 212 = Z-7792, 2002. (DSM 13870). Ex: Zhilina T.N., Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia. Lake Magadi. Kenya. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Amycolatopsis azurea (Omura et al. 1983) Henssen et al. 1987 | |
| VKM Ac-1418 Type | <-- Henssen A. Received as: Pseudonocardia azurea Omura et al. 1983 Type. Synonym: Pseudonocardia azurea Omura et al. 1983. (ATCC 51273; DSM 43854; IFO (now NBRC) 14573; JCM 3275; NRRL 11412). Ex: soil. Japan DNA sequences: AJ400709, X53199. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 37oC, F-1) |
| Amycolatopsis coloradensis Labeda 1995 | |
| VKM Ac-1732 Type | <-- IFO 15804. (ATCC 53629; DSM 44225; IFO (now NBRC) 15804; JCM 9869; NCIMB 13017; NRRL 3218). Ex: soil. Colorado. USA DNA sequences: AJ421142, AJ293753, AF051341. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 183, 28oC, F-1) |
| Amycolatopsis lurida (Lechevalier et al. 1986) Stackebrandt et al. 2004 | |
| VKM Ac-1242 Type | <-- Terekhova L.P. INA, IMET 7654. Received as: Amycolatopsis orientalis subsp. Lurida (ex Grundy et al. 1957) Lechevalier et al. 1986 Type. Synonym: Amycolatopsis orientalis subsp. lurida (ex Grundy et al. 1957) Lechevalier et al. 1986; Nocardia lurida Grundy et al. 1957. (ATCC 14930; DSM 43134; IFO (now NBRC) 14500; IMET 7654; IMRU 3860; JCM 3141; LMG 4064; NCIMB 9601; NRRL 2430). Ex: soil. Colorado, Colorado Springs. USA DNA sequences: AJ293755, AJ577997. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, C-1, F-1) |
| Amycolatopsis mediterranei (Margalith and Beretta 1960) Lechevalier et al. 1986 | |
| VKM Ac-798 Type | <-- RIA 1376 < ISP 5501 (Streptomyces mediterranei). Received as: Nocardia mediterranei (Margalith and Beretta 1960) Thiemann et al. 1969 Type. Synonym: Nocardia mediterranei (Margalith and Beretta 1960) Thiemann et al. 1969; Streptomyces mediterranei Margalith and Beretta 1960. (ISP 5501; RIA 1376; ATCC 13685; CBS 716.72; DSM 43304; IFO (now NBRC)13142; IFO (now NBRC) 13415; IMET 7651; JCM 4789; NCIMB 9613; NRRL B-3240). Ex: soil, seashore. St. Raphael. France DNA sequences: CP002896 (complete genome), AJ293754, AY184424, AY125600. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 190, 28oC, C-1, F-1) |
| Amycolatopsis orientalis (Pittenger and Brigham 1956) Lechevalier et al. 1986 | |
| VKM Ac-866 Type | <-- DSM 40040. Received as: Nocardia orientalis (Pittenger and Brigham 1956) Pridham and Lyons 1969 Type. Synonym: Nocardia orientalis (Pittenger and Brigham 1956) Pridham and Lyons 1969; Streptomyces orientalis Pittenger and Brigham 1956. (ISP 5040; RIA 1074; ATCC 19795; CBS 547.68; DSM 40040; IFO (now NBRC)12806; NRRL B-2450; IMET 7653; JCM 4235; JCM 4600; NCIMB 12945; NRRL 2450). Ex: soil. Asia. DNA sequences: D86935, AJ400711, X76958. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 183, 28oC, C-1, F-1) |
| Amycolatopsis orientalis (Pittenger and Brigham 1956) Lechevalier et al. 1986 | |
| UQM 40957 type strain | <-- UNIQEM, UQM 40957 <-- S.N.Filippova, UNIQEM 181 = RIA 1074, 2001 <-- V.D. Kuznetsov, INMI <-- RIA 1074 <-- E.B. Shirling, ISP <-- R.C. Pittenger, M 43-05865 (Streptomyces orientalis). (ATCC 19795, CIP 107113; DSM 40040; IFO 12806; ISP 5040; JCM 4235; JCM 4600; NBRC 12806; NRRL 2450; UNIQEM 181; VKM Ac-866). Ex: soil. Asia. Asia. Asia DNA sequences: 16S rRNA gene: D86935, AJ400711, X76958, genome sequence: ASJB00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 183, 28oC, C-1) |
| Amycolatopsis sp. | |
| VKM Ac-604 | <-- INMI, VKM Ac-604 < KCC S-0912. Received as: Streptomyces lactamdurans Stapley et al. 1972 Type. (ATCC 27382; IFO (now NBRC) 13305; JCM 4912; NRRL 3802). Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 212, 28oC, C-1, F-1) |
| Amycolatopsis sp. | |
| VKM Ac-1420 | <-- Evtushenko L.I. IBPM, F101. Received as: Amycolatopsis fructiferi (ex Krassilnikov 1941) Taran et al. Type. Ex: soil. Seychelles. Seychelles. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Amycolatopsis sp. | |
| UQM 40956 | <-- UNIQEM, UQM 40956 <-- S.N.Filippova, UNIQEM 869 = K-3759, 2010 <-- V.D. Kuznetsov, INMI, a selected variant of the type strain Amycolatopsis orientalis UQM 40957. Ex: starter culture. unknown origin. unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 183, 28oC, C-1) |
| Amycolatopsis sulphurea Lechevalier et al. 1986 | |
| VKM Ac-1244 Type | <-- Terekhova L.P. INA, IMET 7649. Synonym: Nocardia sulphurea Oliver and Sinclair 1964; Nocardia sulphurea Goodfellow and Lechevalier 1988. (ATCC 27624; DSM 46092; IFO (now NBRC) 13270; IMET 7649; JCM 3142; NRRL 2822). Ex: garden soil DNA sequences: AJ293756, AF051343. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Anaerobacillus alkalidiazotrophicus (Sorokin et al. 2008) Zavarzina et al. 2010 | |
| UQM 40412 type strain | <-- UNIQEM, UQM 40412 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 377 = MS 6. (DSM 22531, NCCB 100213). Ex: soda soil. north-eastern part of the Mongolian dry steppe, Choibalsan province. Mongolia DNA sequences: 16S rRNA gene: EU143680, genome: NZ_MLQS00000000.1; INSDC: MLQS00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Anaerobacillus alkalilacustris Zavarzina et al. 2010 | |
| VKM B-2403 Type | <-- Zhilina T.N. INMI. Received as: Z-0521. Synonym: Anaerobacillus alkalilacustre. (DSM 18345). Ex: deposits of low-salt soda lake. Khadyn Lake. Republic of Tuva. Russia DNA sequences: 16S rRNA gene: DQ675454; nifH gene: EU861990. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 363, 35oC Growth condition: anaerobic., S-2) |
| Anaerobranca californiensis Gorlenko et al. 2004 | |
| UQM 40188 proposed type strain | <-- UNIQEM, UQM 40188 <-- V. Gorlenko, RAS, Inst. of Microbiology, Moscow, Russia, strain UNIQEM 955 = PAOHA-1, 2000. (DSM 14826). California, Mono lake, Paoha island. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 60oC, C-1) |
| Anaerosoma tenue Khomyakova et al., 2023 | |
| VKM B-3570 Type strain | . Received as: M08DHB. (JCM 39237, KCTC 25380). Ex: mud volcano. Taman Peninsula. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC Growth condition: anaerobic., F-2, S-2) |
| Anaerosoma tenue Khomyakova et al. 2023 | |
| UQM 41472 type strain | <-- UNIQEM, UQM 41472 <-- Khomyakova M.A., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain M08DHB, 2021. (JCM 39237, KCTC 25380; VKM B-3570). Ex: mud volcano. 45.202N, 36.783E. volcano Karabetova Gora, Tama Peninsula. Russia DNA sequences: 16S rRNA gene: ON668121, genome: NZ_JALNTY000000000.1 GI: 2359542239. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1, S-1) |
| Anaerotalea alkaliphila Frolova et al 2021 | |
| VKM B-3406 Type strain | <-- Frolova A.A.,FRC Research Center of Biotechnology. Received as: F-3ap. (KCTC 15917). Ex: mud volcano. Taman Peninsula. Krasnodar Territory. Russia DNA sequences: 16S rRNA gene MN617093; genome JAAEEH000000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 488, 37oC Growth condition: anaerobic., C-2) |
| Ancalomicrobiaceae bacterium gen. nov.sp.nov. | |
| UQM 41495 | <-- UNIQEM, UQM 41495 <-- Danilova O.V., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain S20. Ex: methane-oxidizing community of bioreactor. Methane-oxidizing fermenter community. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 42oC, S-4, S-1) |
| Ancalomicrobium adetum Staley 1968 | |
| VKM B-1375 Type | <-- INMI, VKM B-1375 < Staley J.T. Michigan State University, 4a:2. Received as: Ancalomicrobium adetum Type. (ATCC 23632; DSM 4722; JCM 21375; NBRC 102456; NCIMB 12776). Ex: freshwater creek. California, Davis. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 101, 30oC, F-1, S-5) |
| Ancylobacter aquaticus (Oerskov 1928) Raj 1983 | |
| UQM 40204 | <-- UNIQEM, UQM 40204 < Nikitin D.I., UNIQEM 631 < DSMZ, DSM 334 < Staley J.T., strain M (Microcyclus aquaticus). Synonym: Microcyclus aquaticus Orskov 1928. (ATCC 27068, CCM 2549; DSM 334; IAM 12361; IAM 12362; JCM 20515). Ex: creek. near East Lansing, Michigan. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 27oC, C-1) |
| Ancylobacter crimeensis Belova et al. 2023 | |
| VKM B-3256 Type | <-- Doronina N.V. IBPM, 6x-1. Received as: Ancylobacter sp. (CÑUG 72401; ÊÑÒÑ 92567). Ex: oak tree Quercus pubescens. Nikita village, Crimea. Russia DNA sequences: 16S rRNA, MK929090. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 37oC Growth condition: aerobic., F-1) |
| Ancylobacter defluvii Poroshina et al. 2014 | |
| VKM B-2789 Type | <-- Doronina N.V. IBPM, SK15. Received as: Ancylobacter defluvii Type. (CCUG 63806). Ex: polluted water. Salt mine. Perm Territory, Solikamsk. Russia DNA sequences: 16S rRNA gene: KC243678. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 30oC, F-1) |
| Ancylobacter dichloromethanicus Firsova et al. 2010 | |
| VKM B-2484 Type | <-- Doronina N.V. IBPM, DM16. Received as: Ancylobacter dichloromethanicus Type. (DSM 21507). Ex: dichloromethane contaminated soil. Volgograd. Russia DNA sequences: 16S rRNA gene: EU589386. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, F-1) |
| Ancylobacter lacus Chemodurova et al. 2020 | |
| VKM B-3280 Type | <-- Doronina N.V. IBPM, F30L. Received as: Ancylobacter lacus. (DSM 106439). Ex: water. Lake. Moscow Region, Pushchino. Russia DNA sequences: 16S rRNA gene: MK931436. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 292, 28oC, F-1) |
| Ancylobacter natronum Doronina et al. | |
| VKM B-2242 Type | <-- Doronina N.V. IBPM, Bur 3. Received as: Ancylobacter natronum Type. (NCIMB 13814). Ex: soda lake. Small Gusinoe. Republic of Byriatia. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 29oC, F-1) |
| Ancylobacter oerskovii Lang et al. 2008 | |
| VKM B-3533 | <-- Doronina N.V., IBPM, NS05T, Edward R.B. Moore CCUG, NS05T. (DSM 18746T; CCM 7435T). Ex: soil after enrichment with oxalate. Mugla. Turkey DNA sequences: 16S rRNA: AM778407. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 30oC, F-1) |
| Ancylobacter plantiphilus Chemodurova et al. 2020 | |
| VKM B-3219 Type | <-- Doronina N.V. IBPM, 1TC. Ex: soil. Moscow Region, Pushchino. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 30oC, F-1, F-3) |
| Ancylobacter plantiphilus Chemodurova et al. 2020 | |
| VKM B-3227 | <-- Doronina N.V. IBPM, Dau2. Ex: Daucus carota, roots. Moscow Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, F-1) |
| Ancylobacter polymorphus Xin et al. 2006 | |
| VKM B-3210 Type | <-- Doronina N.V. IBPM, DSM 2457 < DSM, DSM 2457 < NCIB (Microcyclus polymorphus) < ICI, Pla5. (DSM 2457; CCUG 30553; CIP 109301; NCIMB 10516). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 292, 25oC, F-1, F-3) |
| Ancylobacter radicis Agafonova et al. 2023 | |
| VKM B-3255 Type | <-- Doronina N.V. IBPM, VT. Received as: Ancylobacter sp. (CCUG 72400 T). Ex: root of cinquefoil (Potentilla sp.). flooded bank of lake—Blue Lake, vicinity of Kazan. Russia DNA sequences: MT982345 for the 16S rRNA; draft genome JAHCQH000000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 28oC Growth condition: aerobic., F-1) |
| Ancylobacter rudongensis Xin et al. 2004 | |
| VKM B-3211 Type | <-- Doronina N.V. IBPM, DSM 17131 < DSM, DSM 17131 < JCM < H.L. Zhou, Chin. Academy of Sciences, Beijing; AS 1.1761. (BCRC 17434; CIP 108316; DSM 17131; JCM 11671). Ex: Spartina anglica, roots. Beach. Jiangsu Province. China. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 292, 30oC, F-1, F-3) |
| Ancylobacter sonchi Agafonova et al. 2017 | |
| VKM B-3145 Type | <-- Doronina N.V. IBPM, Osot. Received as: Ancylobacter sonchi. (JCM 32039). Ex: Sonchus arvensis, roots. Moscow Region, Pushchino. Russia DNA sequences: 16S rRNA gene: KY492736; mxaF gene: KY496776. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, F-1, F-3) |
| Ancylobacter sp. | |
| UQM 40197 | <-- UNIQEM, UQM 40197 <-- D.I. Nikitin, Institute of Microbiology, Russian Academy of Sciences, Moscow, strain UNIQEM 615 = NO-304. Ex: soil. Russia. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 27oC, C-1) |
| Ancylobacter sp. | |
| UQM 40205 | <-- UNIQEM, UQM 40205 < Nikitin D.I., UNIQEM 660 (Microcyclus aquaticus NO-303). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 27oC, C-1) |
| Ancylobacter sp. | |
| UQM 40206 | <-- UNIQEM, UQM 40206 < Nikitin D.I., UNIQEM 634 (Microcyclus aquaticus NO-302). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 27oC, C-1) |
| Ancylobacter sp. | |
| UQM 40207 | <-- UNIQEM, UQM 40207 < Nikitin D.I., UNIQEM 632 (Microcyclus aquaticus NPAq). Ex: sludge of small forest water reservoir. Moscow region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 27oC, C-1) |
| Ancylobacter sp. | |
| UQM 40208 | <-- UNIQEM, UQM 40208 <-- D.I. Nikitin, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 633 = NO-300 (deposited as Microcyclus aquaticus). Ex: soil. unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 27oC, C-1) |
| Ancylobacter sp. | |
| UQM 40984 proposed type strain for Ancylobacter abiegnus | <-- UNIQEM, UQM 40984 <-- L.V. Vasilieva, Z-0056, 2010. Moscow. Moscow. Russia DNA sequences: 16S rRNA gene: GU247895.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 20oC, S-1) |
| Ancylobacter tetraedrale (Vasil'eva et al. 1986) Doronina et al. 2023 | |
| VKM B-1335 Type | <-- INMI, VKM B-1335 < Vasilyeva L.V. INMI, Z-2821. Received as: Angulomicrobium tetraedrale. Synonym: Angulomicrobium tetraedrale Vasil'eva et al. 1986. (DSM 5895). Ex: bog. Moscow Region, Abramtsevo. Russia DNA sequences: mxaF gene: DQ652142. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 30oC, F-1, S-4, S-5) |
| Ancylobacter vacuolatus Xin et al. 2006 | |
| VKM B-1381 Type | <-- INMI, VKM B-1381 < Nikitin D.I. INMI, NP-300. Received as: Renobacter vacuolatum Nikitin 1971. (CIP 109300; DSM 1277; NCIMB 12000). Ex: soil. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 145, 30oC, F-1) |
| Ancylobacter vacuolatus Xin et al. 2006 | |
| UQM 40196 Type | <-- UNIQEM, UQM 40196 < Nikitin D.I., UNIQEM 614. Synonym: Renobacter vacuolatum Nikitin 1971. (CIP 109300, DSM 1277; NCIMB 12000; VKM B-1381). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 145) |
| Aneurinibacillus aneurinilyticus (Shida et al. 1994) Shidamet al. 1996 emend. Heyndrickx et al. 1997 | |
| VKM B-679 | <-- INMI, VKM B-679 < NCIB, NCIB 8698 < BUCSAV, BU 448. Received as: Bacillus brevis. Synonym: Bacillus aneurinilyticus corrig. (ex Aoyama 1952) Shida et al. 1994; Bacillus aneurinolyticus Kimura and Aoyama in Aoyama 1952. (VKM B-437; ATCC 11376; CIP 104323; JCM 9023; LMG 12387; LMG 15967; NCIMB 8698). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, S-4) |
| Aneurinibacillus aneurinilyticus (Shida et al. 1994) Shidamet al. 1996 emend. Heyndrickx et al. 1997 | |
| VKM B-3133 | <-- Kudryashova E.B., Ariskina E.V. IBPM, 879. Received as: Aneurinibacillus aneurinilyticus. Synonym: Bacillus aneurinilyticus corrig. (ex Aoyama 1952) Shida et al. 1994; Bacillus aneurinolyticus Kimura and Aoyama in Aoyama 1952. Ex: soil. Moscow Region, Pushchino. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, F-1) |
| Aneurinibacillus migulanus (Takagi et al. 1993) Shida et al. 1996 emend. Heyndrickx et al. 1997 | |
| VKM B-1722 Type | <-- DSMZ, DSM 2895 < Schering A.G. < ATCC < NCTC < Syndge R.L.M. < Inst. Trop. Med., Moscow. Received as: Bacillus brevis Migula 1900. Synonym: Bacillus migulanus Takagi et al. 1993. (ATCC 9999; BCRC 11717; CCM 4525; DSM 2895; JCM 8504; LMG 15427; NBRC 15520; NCIM 2531; NCIMB 7096; VTT E-97187). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, S-4) |
| Anoxybacillus pushchinoensis corrig. Pikuta et al. 2000 emend. Pikuta et al. 2003 | |
| VKM B-2193 Type | <-- Pikuta E.V. IBPM, K 1. (ATCC 700785; DSM 12423). Ex: mixed sample of cows and pigs manure. Moscow Region. Russia DNA sequences: 16S rRNA gene: AJ010478. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 363, 60oC Growth condition: anaerobic pH 9.5., F-1) |
| Anoxynatronum buryatense Ryzhmanova et al. 2017 | |
| VKM B-2510 Type | <-- Shcherbakova V.A. IBPM. Received as: Su 22. (DSM 21847). Ex: soda lake sediments. Sulfatnoe Lake, South Buryatia. Republic of Byriatia. Russia DNA sequences: 16S rRNA gene: EU315116. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 356, 30oC Growth condition: anaerobic pH10., S-2) |
| Anoxynatronum sibiricum Garnova and Zhilina 2003 | |
| VKM B-2327 Type | <-- Zhilina T.N. INMI. Received as: Z-7981. (DSM 15060; UNIQEM U 218). Ex: mixture of sludge and surface cyanobacterial mat from the soda lake. Nizhnee Beloe Lake. Transbaikal Region. Russia DNA sequences: 16S rRNA gene: AF522323. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 356, 36oC Growth condition: anaerobic., S-2) |
| Anoxynatronum sibiricum Garnova and Zhilina 2003 | |
| UQM 40133 Type | <-- UNIQEM, UQM 40133 < Zhilina T.N., Winogradsky Inst. Microbiol., RAS, Moscow, Russia, Z-7981. Ex: soda lake. Nizhnee Beloe Lake. Transbaikal Region. Russia DNA sequences: 16S rRNA gene: AF522323.1, https://www.ncbi.nlm.nih.gov/nuccore/AF522323. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 417, 35oC, C-1) |
| Aquaspirillum sp. | |
| UQM 40123 | <-- UNIQEM, UQM 40123 <-- G.A. Dubinina Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 772 = D-411, 1999. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 238, 30oC, C-1) |
| Archaeoglobus neptunus | |
| VKM B-3474 Type strain | . (DSM 110954). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 491, 75oC) |
| Archangium gephyra Jahn 1924 | |
| UQM 40032 | <-- UNIQEM, UQM 40032 < Afinogenova A.V., UNIQEM 21. Danube basin. Slovakia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 30oC, C-1) |
| Archangium gephyra Jahn 1924 | |
| UQM 40033 | <-- UNIQEM, UQM 40033 < Afinogenova A.V., UNIQEM 25. Danube basin. Slovakia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 30oC, C-1) |
| Archangium gephyra Jahn 1924 | |
| UQM 40034 | <-- UNIQEM, UQM 40034 < Afinogenova A.V., UNIQEM7D. Moscow oblast. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 30oC, C-1) |
| Archangium gephyra Jahn 1924 | |
| UQM 40035 | <-- UNIQEM, UQM 40035 < Afinogenova A.V., UNIQEM I. Moscow oblast. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 30oC, C-1) |
| Arcicella aquatica Nikitin et al. 2004 | |
| UQM 40246 Type | <-- UNIQEM, UQM 40246 < Nikitin D.I., UNIQEM 609 (= N0-502). (CIP 107990, DSM 17092; LMG 21963). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Arhodomonas sp. | |
| UQM 40415 | <-- UNIQEM, UQM 40415 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM = HCh2. Ex: mixed brines and sediments from three hypersaline lakes. Kulunda Steppe, Altai. Russian Federation DNA sequences: 16S rRNA gene: KF680166.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 28oC, C-1) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2131 | <-- VKM B-11 < INMI, VKM B-11 < Solntseva L.I. INMI, 20. Received as: Micrococcus agilis Ali-Cohen 1889. Synonym: Micrococcus agilis Ali-Cohen 1889. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2132 | <-- VKM B-1076 < INMI, VKM B-1076 < Dobrovolskaya T.G. DSB MSU, 36f (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2133 | <-- VKM B-1077 < INMI, VKM B-1077 < Dobrovolskaya T.G. DSB MSU, 148 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2134 | <-- VKM B-1078 < INMI, VKM B-1078 < Dobrovolskaya T.G. DSB MSU, 90 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2135 | <-- VKM B-1079 < INMI, VKM B-1079 < Dobrovolskaya T.G. DSB MSU, 61 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2136 | <-- VKM B-1080 < INMI, VKM B-1080 < Dobrovolskaya T.G. DSB MSU, 17 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2137 | <-- VKM B-1081 < INMI, VKM B-1081 < Dobrovolskaya T.G. DSB MSU, 60 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2138 | <-- VKM B-1082 < INMI, VKM B-1082 < Dobrovolskaya T.G. DSB MSU, 8 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2139 | <-- VKM B-1083 < INMI, VKM B-1083 < Dobrovolskaya T.G. DSB MSU, 3 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2140 | <-- VKM B-1084 < INMI, VKM B-1084 < Dobrovolskaya T.G. DSB MSU, 196 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2141 | <-- VKM B-1085 < INMI, VKM B-1085 < Dobrovolskaya T.G. DSB MSU, 62 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2142 | <-- VKM B-1086 < INMI, VKM B-1086 < Dobrovolskaya T.G. DSB MSU, 63 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2143 | <-- VKM B-1087 < INMI, VKM B-1087 < Dobrovolskaya T.G. DSB MSU, 45 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2144 | <-- VKM B-1088 < INMI, VKM B-1088 < Dobrovolskaya T.G. DSB MSU, 44 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2145 | <-- VKM B-1089 < INMI, VKM B-1089 < Dobrovolskaya T.G. DSB MSU, 181 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2146 | <-- VKM B-1090 < INMI, VKM B-1090 < Dobrovolskaya T.G. DSB MSU, 86 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2147 | <-- VKM B-1091 < INMI, VKM B-1091 < Dobrovolskaya T.G. DSB MSU, 360 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2148 | <-- VKM B-1092 < INMI, VKM B-1092 < Dobrovolskaya T.G. DSB MSU, 303 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2149 | <-- VKM B-1093 < INMI, VKM B-1093 < Dobrovolskaya T.G. DSB MSU, 123 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2150 | <-- VKM B-1094 < INMI, VKM B-1094 < Dobrovolskaya T.G. DSB MSU, 357 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2151 | <-- VKM B-1095 < INMI, VKM B-1095 < Dobrovolskaya T.G. DSB MSU, 128 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2152 | <-- VKM B-1096 < INMI, VKM B-1096 < Dobrovolskaya T.G. DSB MSU, 129 N (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. Tien Shan Mountains. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2153 | <-- VKM B-1097 < INMI, VKM B-1097 < Dobrovolskaya T.G. DSB MSU, 21 (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. East Pamirs. Tajikistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2154 | <-- VKM B-1098 < INMI, VKM B-1098 < Dobrovolskaya T.G. DSB MSU, 39 (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. East Pamirs. Tajikistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2155 | <-- VKM B-1099 < INMI, VKM B-1099 < Dobrovolskaya T.G. DSB MSU, 43 (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. East Pamirs. Tajikistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2156 | <-- VKM B-1100 < INMI, VKM B-1100 < Dobrovolskaya T.G. DSB MSU, 390 (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. East Pamirs. Tajikistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2157 | <-- VKM B-1101 < INMI, VKM B-1101 < Dobrovolskaya T.G. DSB MSU, 394 (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. East Pamirs. Tajikistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter agilis (Ali-Cohen 1889) Koch et al. 1995 | |
| VKM Ac-2158 | <-- VKM B-1102 < INMI, VKM B-1102 < Dobrovolskaya T.G. DSB MSU, 415 (Mycococcus ruber Krassilnikov 1941). Received as: Genus sp. Ex: lithophilic lichen. East Pamirs. Tajikistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 98, 30oC, C-1, F-1, F-3) |
| Arthrobacter citreus Sacks 1954 | |
| VKM Ac-1106 Type | <-- INMI, VKM B-654 < NCIMB 8915. (VKM Ac-1125; ATCC 11624; CCM 1647; CIP 102363; DSM 20133; IAM 12341; IFO (now NBRC)12957; IMET 10680; JCM 1331; LMG 16338; NCIMB 8915; NRRL B-1258) DNA sequences: X80737. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, C-1, F-1) |
| Arthrobacter citreus Sacks 1954 | |
| VKM Ac-1125 Type | <-- INMI, VKM B-801 < CCM 1647. (VKM Ac-1106; ATCC 11624; CCM 1647; CIP 102363; DSM 20133; IAM 12341; IFO (now NBRC)12957; IMET 10680; JCM 1331; LMG 16338; NCIMB 8915; NRRL B-1258) DNA sequences: X80737. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Arthrobacter crystallopoietes Ensign and Rittenberg 1963 | |
| VKM Ac-1107 Type | <-- INMI, VKM B-655 < NCIMB 9499. (ATCC 15481; CCM 2386; CIP 102717; DSM 20117; IFO (now NBRC) 14235; JCM 2522; LMG 3819; NCIMB 9499). Ex: soil DNA sequences: X80738. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Arthrobacter globiformis (Conn 1928) Conn and Dimmick 1947 | |
| VKM Ac-1109 | <-- INMI, VKM B-658 < NCIMB 8602. (VKM Ac-1141; ATCC 4336; CCM 1651; CDA 425; IMET 10503; NCIMB 8602). Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, C-1, F-1) |
| Arthrobacter globiformis (Conn 1928) Conn and Dimmick 1947 | |
| VKM Ac-1110 | <-- INMI, VKM B-659 < NCIMB 8605. (CCM 1650; CDA 616; NCIMB 8605). Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, C-1, F-1) |
| Arthrobacter globiformis (Conn 1928) Conn and Dimmick 1947 | |
| VKM Ac-1111 | <-- INMI, VKM B-660 < NCIMB 8717. (DSM 20125; IAM 1637; IFO (now NBRC)12073). Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Arthrobacter globiformis (Conn 1928) Conn and Dimmick 1947 | |
| VKM Ac-1112 Type | <-- INMI, VKM B-661 < NCIMB 8907. Synonym: Bacterium globiforme Conn 1928; Achromobacter globiformis (Conn 1928) Bergey et al. 1930; Mycobacterium globiforme (Conn 1928) Krassilnikov 1941; Corynebacterium globiforme (Conn 1928) Wood 1950. (ATCC 8010; CIP 81.84; DSM 20124; IAM 12438; ICPB 3434; IFO (now NBRC) 12137; JCM 1332; LMG 3813; NCIMB 8907; NRRL B-2979). Ex: soil DNA sequences: AB089841, X80736. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, C-1, F-1) |
| Arthrobacter globiformis (Conn 1928) Conn and Dimmick 1947 | |
| VKM Ac-1126 | <-- INMI, VKM B-802 < CCM 254. (CCM 254). Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Arthrobacter globiformis (Conn 1928) Conn and Dimmick 1947 | |
| VKM Ac-1141 | <-- INMI, VKM B-1220 < CCM 1651. (VKM Ac-1109; ATCC 4336; CCM 1651; CDA 425; IMET 10503; NCIMB 8602). Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Arthrobacter pascens Lochhead and Burton 1953 | |
| VKM Ac-1116 Type | <-- INMI, VKM B-665 < NCIMB 8910. (VKM Ac-1128; ATCC 13346; CCM 1653; CIP 102362; DSM 20545; IFO (now NBRC) 12139; JCM 11606; LMG 16255; NCIMB 8910; NRRL B-1814). Ex: soil DNA sequences: X80740. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 26oC, F-1) |
| Arthrobacter pascens Lochhead and Burton 1953 | |
| VKM Ac-1128 Type | <-- INMI, VKM B-804 < CCM 1653. (VKM Ac-1116; ATCC 13346; CCM 1653; CIP 102362; DSM 20545; IFO (now NBRC)12139; JCM 11606; LMG 16255; NCIMB 8910; NRRL B-1814). Ex: soil DNA sequences: X80740. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 26oC, F-1) |
| Arthrobacter ramosus Jensen 1960 | |
| VKM Ac-1117 Type | <-- INMI, VKM B-666 < NCIMB 9066. (VKM Ac-1129; ATCC 13727; CCM 1646; CIP 102361; DSM 20546; IAM 12344; IFO (now NBRC) 12672; IMET 10685; JCM 1334; LMG 17309; NCIMB 9066; NRRL B-3159). Ex: beech forest soil DNA sequences: X80742, AM039435. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 26oC, C-1, F-1) |
| Arthrobacter ramosus Jensen 1960 | |
| VKM Ac-1129 Type | <-- INMI, VKM B-805 < CCM 1646. (VKM Ac-1117; ATCC 13727; CCM 1646; CIP 102361; DSM 20546; IAM 12344; IFO (now NBRC) 12672; IMET 10685; JCM 1334; LMG 17309; NCIMB 9066; NRRL B-3159). Ex: beech forest soil DNA sequences: X80742, AM039435. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 26oC, C-1, F-1) |
| Arthrobacter sp. | |
| VKM Ac-950 | <-- Nesterenko O.A. IMV, 36. Received as: Rhodococcus flavus Nesterenko 1985 Type. Ex: vegetable garden soil. Chernovtsy Region. Ukraine DNA sequences: 16S rRNA gene. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 183, 28oC, C-1, F-1) |
| Arthrobacter sp. | |
| VKM Ac-1099 | <-- INMI, VKM B-119 < Naumova A.N. INMI < Institute Pasteur, 301. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, C-1, F-1) |
| Arthrobacter sp. | |
| VKM Ac-1147 | <-- INMI, VKM B-88 < Voznyakovskaya J.A., ARRIAM. Received as: Mycobacterium album Sohngen 1913. Ex: beet rhizosphere. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Arthrobacter sp. | |
| VKM Ac-1156 | <-- INMI, VKM B-647 < ARRIAM, strain 250. Received as: Mycobacterium nigrum Krassilnikov 1941. Ex: wheat rhizosphere. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Arthrobacter sp. | |
| VKM Ac-2181 | <-- VKM B-1233 < INMI, VKM B-1233 < CCM 856 (A.T.Henrici, strain, cc7a). Received as: Micrococcus cyaneus (Schroeter) Cohn 1872. (NCIMB 9148; NCFB 2363). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Arthrobacter sp. | |
| VKM Ac-2182 | <-- VKM B-1812 < IMG, CCM 2691 < Kocur M., CCM 2691. Received as: Micrococcus kristinae Kloos et al. 1974. (ATCC 27571; CCM 2691; CIP 82.53). Ex: human skin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, F-3) |
| Arthrobacter sp. | |
| VKM Ac-2183 | <-- VKM B-1828 < IMG, CCM 1395 < Kocur M., CCM 1395. Received as: Micrococcus varians Migula 1900. (CCM 1395). Ex: meat. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, F-3) |
| Arthrobacter sp. | |
| UQM 41291 | <-- UNIQEM, UQM 41291 <-- A. L. Mulyukin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, clone 19. Ex: frozen ground under glacier. 71?19,368 S, 13?27,231 E. Untersee Lake DNA sequences: 16S rRNA gene: available at UNIQEM. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 28oC, C-1) |
| Arthrobacter sp. | |
| UQM 41292 | <-- UNIQEM, UQM 41292 <-- <-- A. L. Mulyukin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russian clone 15/16. Ex: frozen ground under glacier. 71?19,368 S, 13?27,231 E. Untersee Lake DNA sequences: 16S rRNA gene: available at UNIQEM. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 28oC, C-1) |
| Arthrobacter sp. | |
| UQM 41293 | <-- UNIQEM, UQM 41293 <-- A. L. Mulyukin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, clone 9. Ex: frozen ground under glacier. 71?19,368 S, 13?27,231 E. Untersee Lake DNA sequences: 16S rRNA gene: available at UNIQEM. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 28oC, C-1) |
| Arthrobacter viscosus Gasdorf et al. 1965 | |
| VKM Ac-2105 | <-- IFO 13497. (ATCC 15294; DSM 20159; IFO (now NBRC) 13497; NCIMB 10268). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Asanoa ferruginea (Asano and Kawamoto 1986) Lee and Hah 2002 | |
| VKM Ac-1422 Type | <-- IFO 14496. Received as: Catellatospora ferruginea Asano and Kawamoto 1986 Type. Synonym: Catellatospora ferruginea Asano and Kawamoto 1986. (ATCC 49966; CIP 107013; DSM 44099; IFO (now NBRC)14496; JCM 7544; NRRL B-16430). Ex: soil. Yamanashi Prefecture. Japan DNA sequences: AF152108, X93199, D86944. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 191, 28oC, F-1) |
| Asticcacaulis benevestitus Vasilyeva et al. 2006 | |
| UQM 40985 type strain | <-- UNIQEM, UQM 40985 <-- L.V. Vasilieva, Z-0023, 2010. (ATCC BAA-896, DSM 16100). Ex: shrub tundra wetland (depth of 3–6 cm). north-east of Vorkuta in the Polar Urals. north-east of Vorkuta in the Polar Urals. Russian Federation DNA sequences: 16S rRNA gene: AM087199. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 20oC, S-1) |
| Asticcacaulis excentricus Poindexter 1964 | |
| VKM B-1370 Type | <-- INMI, VKM B-1370 < Poindexter J.S. PHRI, AC-48. Received as: Asticcacaulis excentricus. (ATCC 15261; CIP 107064; DSM 4724; KCTC 12464; NCIMB 9791). Ex: water. Pond. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 30oC, F-1, S-4, S-5) |
| Asticcacaulis sp. | |
| VKM B-2400 | <-- Vatsurina A., IBPM, K2. Received as: Asticcacaulis sp. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Asticcacaulis taihuensis Liu et al. 2005 | |
| VKM B-2399 Type | <-- Vatsurina A., IBPM, T3-B7 < Zhou Y., T3-B7. Received as: Asticcacaulis taihuensis Type. (CIP 108788; JCM 12463). Ex: sediment. Taihu Lake. Jiangsu Province. China. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Atrhrobacter sp. | |
| UQM 40202 | <-- UNIQEM, UQM 40202 <-- D.I. Nikitin, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 675 = N3N. Ex: soil. unknown origin. unknown origin DNA sequences: available in UNIQEM. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 27oC, C-1) |
| Azospirillum baldaniorum Ferreira et al. 2020 | |
| VKM B-3036 Type | <-- IBPPM RAS, IBPPM 219 < Dobereiner J., Sp245. Received as: Azospirillum brasilense. Ex: Triticum sp., roots. Passo Fundo. Brazil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 28oC, F-3) |
| Azospirillum brasilense corrig. Tarrand et al. 1979 | |
| VKM B-1547 Type | <-- IBCh, Sp 7. Received as: Azospirillum brasilense. Synonym: Roseomonas fauriae Rihs et al. 1998. (ATCC 29145; BCRC 12270; CCM 3862; CDBB 1229; CDBB 22; CECT 590; DSM 1690; ICMP 8671; JCM 1224; LMG 13127; NBRC 102289; NCIMB 11860; NRRL B-14647). Ex: Digitaria decumbens. Rio de Janeiro. Brazil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 124, 30oC, C-1, F-1, F-3) |
| Azospirillum brasilense corrig. Tarrand et al. 1979 | |
| UQM 40080 | <-- UNIQEM, UQM 40080 < Kravchenko I.K., U737 < IBPPM, SR115 < L.I. Pozdnyakova and L.S. Fedorova SR45, IBPPM RAS. (IBPPM 32). Ex: Sorghum saccharatum (Saratovskoye Sakharnoye), seedlings. Saratov. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 61, 30oC, C-1) |
| Azospirillum brasilense corrig. Tarrand et al. 1979 | |
| UQM 40081 Type | <-- UNIQEM, UQM 40081 < Kravchenko I.K., U735 < IBPPM 150 < INMI Sp 7 = VKMB-1547 = ATCC 29145 < J. Dobereiner Sp7 (Spirillum lipoferum) (BCRC 12270, CCM 3862; CDBB 1229; CECT 590; DSM 1690; ICMP 17708; JCM 1224; LMG 13127 = LMG 1263; NBRC 102289; NCI. (ATCC 29145, DSM 1690; JCM 1224; LMG 13127; NBRC 102289; NRRL B-14647; VKM B-1547; IBPPM 150). Ex: Digitaria decumbens roots, plant. Rio de Janeiro. Brazil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 61, 30oC, C-1) |
| Azospirillum halopraeferens Reinhold et al. 1987 | |
| UQM 40079 Type | <-- UNIQEM, UQM 40079 < Kravchenko I.K., U740 < IBPPM 221 < LMG 7108 < B. Reinhold Au4. (ATCC 43709, DSM 3675; LMG 7108; IBPPM 221). Ex: Leptochloa fusca (L.) Kunth, roots. Punjab Province. Pakistan DNA sequences: 16S rRNA gene: Z29618.1, https://www.ncbi.nlm.nih.gov/nuccore/Z29618. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 61, 41oC, C-1) |
| Azospirillum lipoferum (Beijerinck 1925) Tarrand et al. 1979 | |
| VKM B-1519 Type | <-- ATCC, ATCC 29707 |
| Azospirillum lipoferum (Beijerinck 1925) Tarrand et al. 1979 | |
| UQM 40077 | <-- UNIQEM, UQM 40077 < Kravchenko I.K., U739 (=SR43) < IBPPM 15 < A. lipoferum SR43 < L.I. Pozdnyakova and L.S. Fedorova 4n, IBPPM RAS. (IBPPM 15). Ex: Triticum aestivum (Saratovskaya 29), roots. Saratov, Russia. Saratov. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 61, 30oC, C-1) |
| Azospirillum melinis Peng et al. 2006 | |
| UQM 41439 type strain | <-- UNIQEM, UQM 41439 <-- E.N.Tikhonova, Winogradsky Institute of Microbiology, RAS, Moscow, Russia, TMCY 0552, 2019,<--... <-- China (CGMCC) <-- Yuan Tan Zhi, South China Agricultural University, TMCY 0552, 2007 <-- Peng et al. (2004). (CGMCC 1.5340, LMG 24250). Ex: Peng et al. Zhuhai city Guangdong Province. China. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 124, 28oC, C-1, S-1) |
| Azospirillum oryzae Xie and Yokota 2005 | |
| UQM 41441 type strain | <-- UNIQEM, UQM 41441 <-- E.N.Tikhonova, Winogradsky Institute of Microbiology, RAS, Moscow, Russia, COC8 <-- LMG <-- IAM Culture Collection, The University of Tokyo <-- C.-H.Xie --- K.Komagata. (JCM 21588, NBRC 102291; LMG 23844). Mishima. Japan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 124, 28oC, C-1, S-1) |
| Azospirillum palustre Tikhonova et al. 2019 | |
| VKM B-3233 Type | <-- Tikhonova E.N. Research Center of Biotechnology RAS, B2. (KCTC 62613). Ex: peaty soil. Ombrotrophic high sphagnum bog. Tver Region. Russia DNA sequences: 16S rRNA gene: DQ787330. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 82, 30oC, F-1) |
| Azospirillum picis Lin et al. 2009 | |
| VKM B-2897 Type | <-- IBPPM RAS, IBPPM 508 < VSU, IMMIB TAR-3. Received as: Azospirillum picis Type. (CCUG 55431; DSM 19922; IBPPM 508). Ex: discarded tar. City area. Taiwan, Taichung. China. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 270, 37oC, F-3) |
| Azospirillum sp. | |
| VKM B-3454 | <-- Kravchenko I.K., Tikhonova E.N. Research Center of Biotechnology RAS, Sh1. Ex: peat soil of an ombrotrophic Sphagnum bog. Moscow Region. Russia DNA sequences: 16S rRNA: MK804688; draft genome: VTTK00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 61, 30oC, F-1) |
| Azospirillum sp. | |
| UQM 40073 | <-- UNIQEM, UQM 40073 < Kravchenko I.K., U745. Ex: soil of a Sphagnum peat bog. Tver Region, Sosvyatskoye. Russia DNA sequences: genome: NZ_VTTO00000000.1, INSDC: VTTO00000000.1; https://www.ncbi.nlm.nih.gov/genome/13705?genome_assembly_id=678382. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, C-1) |
| Azospirillum sp. | |
| UQM 40074 | <-- UNIQEM, UQM 40074 < Kravchenko I.K., U746. Ex: soil of a Sphagnum peat bog. Tver Region, Sosvyatskoye. Russia DNA sequences: 16S rRNA gene: DQ787329.1, 16S rRNA gene: https://www.ncbi.nlm.nih.gov/nuccore/DQ787329.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, C-1) |
| Azospirillum sp. | |
| UQM 40075 | <-- UNIQEM, UQM 40075 < Kravchenko I.K., U736. Ex: soil of a Sphagnum peat bog. Tver Region, Sosvyatskoye. Russia DNA sequences: 16S rRNA gene: DQ787330.1, https://www.ncbi.nlm.nih.gov/nuccore/DQ787330.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, C-1) |
| Azospirillum sp. | |
| UQM 40076 | <-- UNIQEM, UQM 40076 < Kravchenko I.K., U738 (=SR4) < IBPPM 2 < Azospirillum sp. SR4 < L.I. Pozdnyakova and L.S. Fedorova 56n, IBPPM RAS. (IBPPM 2). Ex: Festuca sulcata (Hack) Nym, roots. Saratov. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 61, 30oC, C-1) |
| Azospirillum thiophilum Lavrinenko et al. 2010 | |
| VKM B-2513 Type | <-- Grabovich M.Yu. VSU, BV-S. Received as: Azospirillum thiophilum Type. (DSM 21654). Ex: bacterial mat. Sulfide mineral spring Shameless Baths. Stavropol Territory. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 124, 28oC, F-3) |
| Azospirillum thiophilum Lavrinenko et al. 2010 | |
| UQM 40110 type strain | <-- UNIQEM, UQM 40110 <-- G.A. Dubinina Winogradsky Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 910 = BV-S, 2011 <-- M. Y. Grabovich, Voronezh State Univ., Russia, Bv-S <- M. Y. Grabovich and E. V. Gridneva. (DSM 21654, VKM B-2513). North Caucasus region, Stavropol Krai, 'Shameless Baths. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 124, 28oC, C-1) |
| Azospirillum zeae Mehnaz et al. 2007 | |
| UQM 41440 type strain | <-- UNIQEM, UQM 41440 <-- E.N.Tikhonova, Winogradsky Institute of Microbiology, RAS, Moscow, Russia, N7 <-- NCCB <-- Weselowski B., Agriculture and Agri-Food Canada (SCPFRC) Ontario <-- Mehnaz S., Agriculture and Agri-Food Canada, (SCPFRC) (2003). (LMG 23989, NCCB 100147). London Ontario. Canada. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 124, 28oC, C-1, S-1) |
| Azotobacter beijerinckii Lipman 1904 | |
| VKM B-1615 Type | <-- DSMZ, DSM 378. Received as: Azotobacter beijerinckii. (ATCC 19360; BCRC 14360; CCUG 53670; CIP 106282; DSM 378; ICMP 8673; JCM 20742; LMG 1265; NCAIM B.01800; NCIMB 8948; NRRL B-14640). Ex: activated sludge. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 40, 30oC, C-1, F-1, F-3) |
| Azotobacter chroococcum Beijerinck 1901 | |
| VKM B-1616 Type | <-- DSMZ, DSM 2286. Received as: Azotobacter chroococcum. Synonym: Bacillus azotobacter Loehnis and Hanzawa 1914; Bacillus chroococcus Buchanan 1925. (VKM B-1520; ATCC 9043; BCRC 10599; CCUG 53675; CECT 4103; DSM 2286; ICMP 15214; JCM 20725; JCM 21503; LMG 8756; NBRC 102613; NCAIM B.01391; NCIMB 11694; NRRL B-14346). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 40, 30oC, C-1, F-1, F-3) |
| Azotobacter chroococcum subsp. chroococcum (Beijerinck 1901) Jin et al. 2020 | |
| VKM B-1272 | <-- INMI, VKM B-1272 < PCM, PCM 15. Received as: Azotobacter chroococcum. Synonym: Azotobacter chroococcum Beijerinck 1901. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 40, 30oC, C-1, F-1, F-3) |
| Azotobacter vinelandii Lipman 1903 | |
| VKM B-1273 | <-- INMI, VKM B-1273 < PCM, c90. Received as: Azotobacter vinelandii. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 30, 30oC, C-1, F-1, F-3) |
| Azotobacter vinelandii Lipman 1903 | |
| VKM B-1617 Type | <-- DSMZ, DSM 2289. Received as: Azotobacter vinelandii. (ATCC 478; BCRC 14361; DSM 2289; ICMP 15215; JCM 21475; KCTC 12137; LMG 8758; NBRC 102612; NCIMB 12096; NRRL B-14641). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 40, 30oC, C-1, F-1, F-3) |
| Azotobacter vinelandii Lipman 1903 | |
| UQM 40072 | <-- UNIQEM, UQM 40072 < Doroshenko E.V., U742. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 30, 30oC, C-1) |
| Bacillus altitudinis Shivaji et al. 2006 | |
| VKM B-1664 | . Received as: Bacillus pumilus. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Bacillus amyloliquefaciens (ex Fukomoto 1943) Priest et al. 1987 | |
| VKM B-759 | <-- INMI, VKM B-759 < CCM, CCM 1457. Received as: Bacillus subtilis var. amyloliquefaciens. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus arsenicus Shivaji et al. 2005 | |
| VKM B-1897 | . Received as: Bacillus sp. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Bacillus atrophaeus Nakamura 1989 | |
| VKM B-61 | <-- INMI, VKM B-61 < Mirzoeva V.A. INMI, 16/1. Received as: Bacillus mesentericus Trevisan 1889. Ex: soil, burozem. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus atrophaeus Nakamura 1989 | |
| VKM B-63 | <-- INMI, VKM B-63 < Mirzoeva V.A. INMI, 52, slime-wrinkled varient. Received as: Bacillus mesentericus Trevisan 1889. Ex: alkaline soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus atrophaeus Nakamura 1989 | |
| VKM B-66 | <-- INMI, VKM B-66 < Mirzoeva V.A. INMI, UF. Received as: Bacillus mesentericus Trevisan 1889. Ex: podzol soil fertilized with faeces. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus atrophaeus Nakamura 1989 | |
| VKM B-71 | <-- INMI, VKM B-71 < Mirzoeva V.A. INMI, DJ. Received as: Bacillus mesentericus Trevisan 1889. Ex: meadow saline soil. Azerbaijan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus atrophaeus Nakamura 1989 | |
| VKM B-74 | <-- INMI, VKM B-74 < Mirzoeva V.A. INMI, DJ-2. Received as: Bacillus mesentericus Trevisan 1889. Ex: meadow saline soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus atrophaeus Nakamura 1989 | |
| VKM B-81 | <-- INMI, VKM B-81 < Mirzoeva V.A. INMI, 8/50. Received as: Bacillus mesentericus Trevisan 1889. Ex: podzolic soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus atrophaeus Nakamura 1989 | |
| VKM B-406 | <-- INMI, VKM B-406 < INMIA, TI 1226. Received as: Bacillus mesentericus Trevisan 1889. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus atrophaeus Nakamura 1989 | |
| VKM B-519 | <-- INMI, VKM B-519 < INMIA, CMAA-45. Received as: Bacillus mesentericus fuscus Flugge 1886. Ex: brown soil. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus atrophaeus Nakamura 1989 | |
| VKM B-520 | <-- INMI, VKM B-520 < INMIA. Received as: Bacillus mesentericus niger Lunt 1896. Ex: mountain chernozem. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus atrophaeus Nakamura 1989 | |
| VKM B-723 | <-- INMI, VKM B-723 < NCIB, NCIB 8056. Received as: Bacillus subtilis var. niger. (ATCC 6537; NCIMB 8056). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus atrophaeus Nakamura 1989 | |
| VKM B-763 | <-- INMI, VKM B-763 < CCM, CCM 878. Received as: Bacillus subtilis var. niger Smith et al. 1946. (VKM B-911; CCM 878; CIP 52.79). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus atrophaeus Nakamura 1989 | |
| VKM B-764 | <-- INMI, VKM B-764 < CCM, CCM 1721. Received as: Bacillus subtilis var. niger Smith et al. 1946. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus atrophaeus Nakamura 1989 | |
| VKM B-911 | <-- INMI, VKM B-911 < INMIA. Received as: Bacillus subtilis subsp. niger Smith et al. 1946. (VKM B-763; CCM 878; CIP 52.79). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus badius Batchelor 1919 | |
| VKM B-496 Type | <-- INMI, VKM B-496 < NCTC, NCTC 10333 < Smith N.R., 663 < Henry, 110. Received as: Bacillus badius. (VKM B-936; ATCC 14574; BCRC 1699; CCM 2113; CCUG 7412; CECT 17; CIP 58.52; DSM 23; HAMBI 1885; JCM 12228; LMG 7122; NBIMCC 2210; NBRC 15713; NCIMB 9364). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 37oC, C-1, F-1, S-4) |
| Bacillus cereus Frankland and Frankland 1887 | |
| VKM B-443 | <-- INMI, VKM B-443 < INMIA, CCEB 159. Received as: Bacillus thuringiensis. Ex: Galleria mellonella. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): 4. (Medium 3, 30oC, F-1, S-4) |
| Bacillus cereus Frankland and Frankland 1887 | |
| VKM B-504 Type | <-- INMI, VKM B-504 < NCTC, NCTC 2599 < Gibson T., 971 < Ford W., 13. (ATCC 14579; BCRC 10603; CCM 2010; CCRC 10603; CCUG 7414; CIP 66.24; DSM 31; HAMBI 1887; IAM 12605; IFO 15305; JCM 2152; LMG 6923; NBRC 15305; NCCB 75008; NCDO 1771; NCFB 1771; NCIB 9373; NCIMB 9373; NCTC 2599; NRRL B-3711). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): 4. (Medium 5, 30oC Growth condition: Aerobic., F-1) |
| Bacillus cereus Frankland and Frankland 1887 | |
| VKM B-683 | . (ATCC 11778,ATCC 9634,BTCC 924,CCM 869,CECT 193,HNCMB 100003,IMET 10883,IMET 10884,NBIMCC 1085,NCDO 720,NCIMB 8012,NCIMB 8849,NCIMB 9231,NCTC 10320,WDCM 00001). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): 4. (Medium 5, 30oC Growth condition: Aerobic., F-1) |
| Bacillus cereus Frankland and Frankland 1887 | |
| VKM B-684 | . (ATCC 10702; NCTC 8035; DSM 487). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): 4. (Medium 5, 30oC Growth condition: Aerobic., F-1) |
| Bacillus cereus Frankland and Frankland 1887 | |
| UQM 40988 type strain | <-- UNIQEM, UQM 40988 <--A.L. Mulyukin, VKM B-504 <-- VKM, VKM-B-504, INMI <--?<-- NCIB 9373 <-- R. E. Gordon. (ATCC 14579, BCRC 10603, CCM 2010, CCUG 7414, CIP 66.24, DSM 31, HAMBI 1887, HAMBI 1905, IAM 12605, JCM 2152, LMG 6923, NBRC 15305, NCCB 75008, NCIMB 9373, NCTC 2599, NRRL B-3711). unknown origin. unknown origin. unknown origin DNA sequences: 16S rRNA gene: AB598737, D16266, X55060, DQ207729, genome: AE016877.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 418, 27oC, C-1) |
| Bacillus firmus Bredemann and Werner 1933 | |
| VKM B-498 Type | <-- INMI, VKM B-498 < NCTC, NCTC 10335 < Smith N.R., 613. Received as: Bacillus firmus. (VKM B-735; ATCC 14575; CCM 2213; BCRC 11730; CCUG 7418; CIP 52.70; DSM 12; HAMBI 1886; IAM 12464; JCM 2512; LMG 7125; NBRC 15306; NCAIM B.01087; NCCB 48015; NCIMB 9366; NCTC 10335; NRRL B-14307; NRRL NRS-613). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus halotolerans (Delaporte and Sasson 1967) Tindall 2017 | |
| VKM B-243 | <-- INMI, VKM B-243 < Mishustina I.E. INMI, F 103. Received as: Bacillus idosus Burchard 1897. Synonym: Bacillus halotolerans (Delaporte and Sasson 1967) Ben-Gad and Gerchman 2017; Brevibacterium halotolerans Delaporte and Sasson 1967; Bacillus malacitensis Ruiz-Garcia et al. 2005; Bacillus axarquiensis Ruiz-Garcia et al. 2005. Ex: water, depth 0 m. Arctic Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus inaquosorum (Rooney et al. 2009) Dunlap et al. 2020 | |
| VKM B-762 | <-- INMI, VKM B-762 < CCM, CCM 110. Received as: Bacillus subtilis var. niger Smith et al. 1946. Synonym: Bacillus subtilis subsp. inaquosorum Rooney et al. 2009. (NBRC 3108) DNA sequences: 16S rRNA gene: HQ605916; gyrB gene: HQ605915. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-59 | <-- INMI, VKM B-59 < Kurochkin B.I. Astrakhan Medical Institute. Received as: Bacillus tinakiensis Kurochkin 1958. Synonym: Clostridium licheniforme Weigmann 1898. Ex: mud for medical application. Tinaiki Lake. Astrakhan Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-67 | <-- INMI, VKM B-67 < Mirzoeva V.A. INMI, s/z. Received as: Bacillus mesentericus Trevisan 1889. Synonym: Clostridium licheniforme Weigmann 1898. Ex: northern Podzol. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-72 | <-- INMI, VKM B-72 < Mirzoeva V.A. INMI, 16/1 p. Received as: Bacillus mesentericus Trevisan 1889. Synonym: Clostridium licheniforme Weigmann 1898. Ex: brown soil. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-73 | <-- INMI, VKM B-73 < Mirzoeva V.A. INMI, 3-4. Received as: Bacillus mesentericus Trevisan 1889. Synonym: Clostridium licheniforme Weigmann 1898. Ex: corn. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-77 | <-- INMI, VKM B-77 < Mirzoeva V.A. INMI, 7/3. Received as: Bacillus mesentericus Trevisan 1889. Synonym: Clostridium licheniforme Weigmann 1898. Ex: wheat, Triticum vulgare. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-78 | <-- INMI, VKM B-78 < Mirzoeva V.A. INMI, 5. Received as: Bacillus mesentericus Trevisan 1889. Synonym: Clostridium licheniforme Weigmann 1898. Ex: hay. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-79 | <-- INMI, VKM B-79 < Mirzoeva V.A. INMI, 8/50. Received as: Bacillus mesentericus Trevisan 1889. Synonym: Clostridium licheniforme Weigmann 1898. Ex: podzolic soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-80 | <-- INMI, VKM B-80 < Mirzoeva V.A. INMI, 7 g. Received as: Bacillus mesentericus Trevisan 1889. Synonym: Clostridium licheniforme Weigmann 1898. Ex: wheat, Triticum vulgare. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-229 | <-- INMI, VKM B-229 < Mishustina I.E. INMI, D 509. Received as: Bacillus filaris (Migula 1900) Krassilnikov 1949. Ex: water, depth 0 m. Arctic Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-230 | <-- INMI, VKM B-230 < Mishustina I.E. INMI, E 1219. Received as: Bacillus filaris (Migula 1900) Krassilnikov 1949. Ex: water, depth 750 m. Station 22, Greenland sea. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-232 | <-- INMI, VKM B-232 < Mishustina I.E. INMI, F 1233. Received as: Bacillus filaris (Migula 1900) Krassilnikov 1949. Ex: water, depth 75 m. Station 23, Greenland sea. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-236 | <-- INMI, VKM B-236 < Mishustina I.E. INMI, H 3283. Received as: Bacillus filaris (Migula 1900) Krassilnikov 1949. Ex: mud, Indian Ocean, station 323. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-237 | <-- INMI, VKM B-237 < Mishustina I.E. INMI, E 3288. Received as: Bacillus filaris (Migula 1900) Krassilnikov 1949. Ex: mud, Indian Ocean, station 326. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-239 | <-- INMI, VKM B-239 < Mishustina I.E. INMI, 2123. Received as: Bacillus cereus. Synonym: Clostridium licheniforme Weigmann 1898. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-405 | <-- INMI, VKM B-405 < INMIA. Received as: Bacillus mesentericus Trevisan 1889. Synonym: Clostridium licheniforme Weigmann 1898. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-429 | <-- INMI, VKM B-429 < INMIA, CCEB 115. Received as: Bacillus subtilis. Synonym: Clostridium licheniforme Weigmann 1898. Ex: fly, Sphaerocella sp. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-431 | <-- INMI, VKM B-431 < INMIA, TI 1232. Received as: Bacillus subtilis. Synonym: Clostridium licheniforme Weigmann 1898. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-432 | <-- INMI, VKM B-432 < INMIA, TI 1235. Received as: Bacillus subtilis. Synonym: Clostridium licheniforme Weigmann 1898. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-433 | <-- INMI, VKM B-433 < INMIA, NCTC 6346. Received as: Bacillus subtilis. Synonym: Clostridium licheniforme Weigmann 1898. (VKM B-17; ATCC 9789; BCRC 11718; CCUG 26005; CCUG 26006; CDBB 30; DSM 8785; KCTC 1659; LMD 49.3; LMG 12244; LMG 7558; NBRC 12195; NCIMB 6346; NCIMB 8059; NCIMB 8061; NCTC 2586; NCTC 6346; NRRL B-358; NRRL B-642). Ex: milk. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-435 | <-- INMI, VKM B-435 < INMIA, BU 169. Received as: Bacillus subtilis. Synonym: Clostridium licheniforme Weigmann 1898. (ATCC 9945; BCRC 12826; CCM 2206; LMD 50.15; LMG 7559; NBRC 12197; NCCB 50015; NCDO 793; NCIMB 8062; NCTC 7467; NRRL B-571). Ex: flour. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-511 Type | <-- INMI, VKM B-511 < NCTC, NCTC 10341. Received as: Bacillus licheniformis. Synonym: Clostridium licheniforme Weigmann 1898. (ATCC 14580; CCM 2145; BCRC 11702; CCUG 7422; CFBP 4227; CIP 52.71; DSM 13; HAMBI 1823; IAM 13417; JCM 2505; KCTC 1753; KCTC 1918; LMG 6933; LMG 12363; LMG 12407; NBRC 12200; NCAIM B.01470; NCCB 50016; NCCB 75015; NCIMB 9375 (formerly NCDO 1772); NCTC 10341; NRRL NRS-1264). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 37oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-740 | <-- INMI, VKM B-740 < CCM, CCM 2181 < Smith N.R., 1330. Received as: Bacillus licheniformis. Synonym: Clostridium licheniforme Weigmann 1898. (ATCC 10716; BCRC 11556; CCM 2181; DSM 603; KCTC 3056; LMG 7562; NBRC 12199; NCIM 2467; NCIMB 8873). Ex: septic wound. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-741 | <-- INMI, VKM B-741 < CCM, CCM 2182. Received as: Bacillus licheniformis. Synonym: Clostridium licheniforme Weigmann 1898. (BCRC 15413; CCM 2182; CIP A156; LMD 46.14; NCCB 46014; NCIMB 6816; NCTC 6816). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-748 | <-- INMI, VKM B-748 < CCM, CCM 38. Received as: Bacillus pulvifaciens. (CCM 38; CCUG 7427; CIP 53.151; LMG 16251; NCIMB 701121). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-760 | <-- INMI, VKM B-760 < CCM, CCM 877. Received as: Bacillus subtilis var. aterrimus Smith et al. 1946. Synonym: Clostridium licheniforme Weigmann 1898 DNA sequences: 16S rRNA gene: KX028865. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-918 | <-- INMI, VKM B-918 < INMIA. Received as: Bacillus subtilis. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. (ATCC 4529; CIP 61.6). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-931 | <-- INMI, VKM B-931 < INMIA. Received as: Bacillus licheniformis. Synonym: Clostridium licheniforme Weigmann 1898. (CIP 58.29). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-932 | <-- INMI, VKM B-932 < INMIA. Received as: Bacillus licheniformis. Synonym: Clostridium licheniforme Weigmann 1898. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-1054 | <-- INMI, VKM B-1054 < ARRIAM, 34 < Kral Collection, Vienna. Received as: Bacillus subtilis. Synonym: Clostridium licheniforme Weigmann 1898. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-1055 | <-- INMI, VKM B-1055 < ARRIAM, 36. Received as: Bacillus subtilis. Synonym: Clostridium licheniforme Weigmann 1898. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-1668 | <-- Matyusha G.V. CRI of Air Force MD RF, 14K-3. Received as: Bacillus stearothermophilus. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 55oC, F-1) |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-1669 | . Received as: Bacillus coagulans. Synonym: Bacillus coagulans Hammer 1915. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Bacillus licheniformis (Weigmann 1898) Chester 1901 | |
| VKM B-1711 | <-- Guterman R.L., SRI of Disinfection and sterilization, B-G. Received as: Bacillus licheniformis. Synonym: Clostridium licheniforme Weigmann 1898. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 37oC, F-1) |
| Bacillus mycoides Flugge 1886 | |
| VKM B-24 | <-- INMI, VKM B-24 < Solntseva L.I. INMI, 107. Received as: Bacillus paludosus Issachenko 1927. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4, S-5) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-45 | <-- INMI, VKM B-45 < INMIA, 430. Received as: Bacillus mycoides. Synonym: Bacillus weihenstephanensis Lechner et al. 1998. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-46 | <-- INMI, VKM B-46 < INMIA. Received as: Bacillus mycoides. Synonym: Bacillus weihenstephanensis Lechner et al. 1998. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-47 | <-- INMI, VKM B-47 < INMIA, 138. Received as: Bacillus mycoides. Synonym: Bacillus weihenstephanensis Lechner et al. 1998. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-48 | <-- INMI, VKM B-48 < INMIA, 9 d. Received as: Bacillus mycoides. Synonym: Bacillus weihenstephanensis Lechner et al. 1998. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-412 | <-- INMI, VKM B-412 < INMIA, 132. Received as: Bacillus mycoides L. Ex: brown soil. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-413 | <-- INMI, VKM B-413 < INMIA, 138 L. Received as: Bacillus mycoides L. Ex: mountain chernozem. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-414 | <-- INMI, VKM B-414 < INMIA, 149 L. Received as: Bacillus mycoides L. Ex: black soil. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-415 | <-- INMI, VKM B-415 < INMIA, 154 L. Received as: Bacillus mycoides L. Ex: black soil. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-416 | <-- INMI, VKM B-416 < INMIA. Received as: Bacillus cereus var. mycoides. Ex: Phyllopertha sp. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-417 | <-- INMI, BKM B-417 < INMIA, 431 L. Received as: Bacillus mycoides L. Ex: red soil. Georgia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-689 | <-- INMI, BKM B-689 < NCIB, NCIB 926 < Rothamsted CRII. Received as: Bacillus cereus varmycoides. (LMG 12410; NCIMB 926; NCTC 926). Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-690 | <-- INMI, VKM B-690 < NCIB, NCIB 8096 < Smith N.R., 936. Received as: Bacillus cereus varmycoides. (ATCC 10206; BCRC 11716; NCIMB 8096). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-691 | <-- INMI, VKM B-691 < NCIB, NCIB 7586 < Gibson T., 15 Bacillus cereus. Received as: Bacillus cereus varmycoides. (NCIMB 7586; NCTC 7586). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-782 | <-- INMI, VKM B-782 < CCM, CCM 30. Received as: Bacillus cereus var. mycoides (Flugge 1886) Smith et al. 1946. Ex: water. Pond. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-783 | <-- INMI, VKM B-783 < CCM, CCM 431. Received as: Bacillus cereus var. mycoides (Flugge 1886) Smith et al. 1946. (CCM 431). Ex: water. Pond. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-784 | <-- INMI, VKM B-784 < CCM, CCM 432. Received as: Bacillus cereus var. mycoides (Flugge 1886) Smith et al. 1946. Ex: water. Pond. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-785 | <-- INMI, VKM B-785 < CCM, CCM 446. Received as: Bacillus cereus var. mycoides (Flugge 1886) Smith et al. 1946. Ex: pond mud. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-787 | <-- INMI, VKM B-787 < CCM, CCM 115 < IFO, IFO 3015. Received as: Bacillus cereus var. mycoides (Flugge 1886) Smith et al. 1946. (CCM 115; IAM 1211; JCM 20107; NBRC 3015). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-788 | <-- INMI, VKM B-788 < CCM, CCM 145 < IFO, IFO 3039. Received as: Bacillus cereus var. mycoides (Flugge 1886) Smith et al. 1946. (CCM 145; IAM 1190; JCM 20093; NBRC 3039). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-790 | <-- INMI, VKM B-790 < CCM, CCM 914. Received as: Bacillus cereus var. mycoides (Flugge 1886) Smith et al. 1946. Ex: sludge. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-791 | <-- INMI, VKM B-791 < CCM, CCM 915. Received as: Bacillus cereus var. mycoides (Flugge 1886) Smith et al. 1946. Ex: sludge. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-792 | <-- INMI, VKM B-792 < CCM, CCM 916. Received as: Bacillus cereus var. mycoides (Flugge 1886) Smith et al. 1946. Ex: sludge. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-813 | <-- INMI, VKM B-813 < CCEB, CCEB A 111. Received as: Bacillus cereus var. mycoides (Flugge 1886) Smith et al. 1946. Ex: barley rhizosphere. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-814 | <-- INMI, VKM B-814 < CCEB, CCEB A 184. Received as: Bacillus cereus var. mycoides (Flugge 1886) Smith et al. 1946. Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-1) |
| Bacillus mycoides Fluegge 1886 | |
| VKM B-940 | <-- INMI, VKM B-940 < INMIA, IP 5119. Received as: Bacillus cereus. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus paralicheniformis Dunlap et al. 2015 | |
| VKM B-231 | <-- INMI, VKM B-231 < Mishustina I.E. INMI, J 1229. Received as: Bacillus filaris (Migula 1900) Krassilnikov 1949. Ex: water, depth 2000 m. Station 22, Greenland sea. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus paramycoides Liu et al. 2017 | |
| VKM B-3799 | <-- Abashina T.N., IBPM RAS FRC PSCBR RAS, AR6. Received as: Bacillus paramycoides. Ex: arsenopyrite ore flotation concntrate. Transbaikal region. Russia DNA sequences: OR842239. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC Growth condition: aerobic., F-1) |
| Bacillus pumilus Meyer and Gottheil 1901 | |
| VKM B-23 | <-- INMI, VKM B-23 < Solntseva L.I. INMI, 101. Received as: Bacillus elenbachensis Stutzerin and Gottheil 1901. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4, S-5) |
| Bacillus pumilus Meyer and Gottheil 1901 | |
| VKM B-93 | <-- INMI, VKM B-93 < Solntseva L.I. INMI, 66. Received as: Bacillus mesentericus vulgatus Flugge 1886. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus pumilus Meyer and Gottheil 1901 | |
| VKM B-423 | <-- INMI, VKM B-423 < INMIA, CCEB 360. Received as: Bacillus pumilis. Ex: powdered preparation, Filaxia. Hungary. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus pumilus Meyer and Gottheil 1901 | |
| VKM B-424 | <-- INMI, VKM B-424 < INMIA. Received as: Bacillus pumilis. (ATCC 6632; CCM 1995; NBRC 12088; NCIMB 8081). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus pumilus Meyer and Gottheil 1901 | |
| VKM B-508 Type | <-- INMI, VKM B-508 < NCTC, NCTC 10337 < Smith N.R., 272. Received as: Bacillus pumilis. (ATCC 7061; CCM 2144; BCRC 11706; CCUG 26015; CCUG 26016; CIP 52.67; DSM 27; HAMBI 1826; IAM 12469; JCM 2508; LMG 7132; LMG 18928; NBRC 12092; NCCB 48024; NCIMB 9369; NCTC 10337; NRIC 1010; NRRL NRS-272). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, S-4) |
| Bacillus pumilus Meyer and Gottheil 1901 | |
| VKM B-731 | <-- INMI, VKM B-731 < CCM, CCM 32 < CN, CN 2202. Received as: Bacillus coagulans Type. Ex: evaporated milk. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 37oC, C-4, F-1) |
| Bacillus pumilus Meyer and Gottheil 1901 | |
| VKM B-749 | <-- INMI, VKM B-749 < CCM, CCM 386. Received as: Bacillus pumilis. (NBRC 12097). Ex: water. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus pumilus Meyer and Gottheil 1901 | |
| VKM B-750 | <-- INMI, VKM B-750 < CCM, CCM 447. Received as: Bacillus pumilis. Ex: water. Pond. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus pumilus Meyer and Gottheil 1901 | |
| VKM B-935 | <-- INMI, VKM B-935 < INMIA. Received as: Bacillus pumilis. (ATCC 6631; CIP 52.68; DSM 2893; NBRC 12110; NCAIM B.01081). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus pumilus Meyer and Gottheil 1901 | |
| VKM B-1554 | <-- IBPM, IBPM B-626 < Kalakoutskii L.V. IBPM < Gordon R., IMRU. Received as: Bacillus pumilus. (ATCC 15716; CCUG 26014; JCM 20372; LMG 3455; NBRC 12605). Ex: air. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4, S-5) |
| Bacillus pumilus Meyer and Gottheil 1901 | |
| VKM B-1592 | . Received as: Bacillus sp. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, F-1) |
| Bacillus safensis Satomi et al. 2006 | |
| VKM B-20 | <-- INMI, VKM V-20 < Solntseva L.I. INMI, 78. Received as: Bacillus asterosporus Haselhoff and Bredemann 1906. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4, S-5) |
| Bacillus safensis Satomi et al. 2006 | |
| VKM B-211 | <-- INMI, VKM B-211 < Mishustina I.E. INMI, 1004. Received as: Bacillus catenula (Duclaux 1887) Migula 1900. Ex: water, depth 10 m. Station 2, Greenland sea. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus safensis Satomi et al. 2006 | |
| VKM B-212 | <-- INMI, VKM B-212 < Mishustina I.E. INMI, 2038. Received as: Bacillus catenula (Duclaux 1887) Migula 1900. Ex: water, depth 27 m. Station 215, Indian Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus safensis Satomi et al. 2006 | |
| VKM B-215 | <-- INMI, VKM B-215 < Mishustina I.E. INMI, 2418. Received as: Bacillus catenula (Duclaux 1887) Migula 1900. Ex: water, depth 778 m. Station 267, Indian Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus safensis Satomi et al. 2006 | |
| VKM B-217 | <-- INMI, VKM B-217 < Mishustina I.E. INMI, 2925. Received as: Bacillus catenula (Duclaux 1887) Migula 1900. Ex: water, depth 5180 m. Station 309, Indian Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus safensis Satomi et al. 2006 | |
| VKM B-711 | <-- INMI, VKM B-711 < NCIB, NCIB 8738 < Fuller A.T. Received as: Bacillus pumilus. (NBRC 12090; NCIM 2108). Ex: soil DNA sequences: gyrB gene: KX011111. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus safensis Satomi et al. 2006 | |
| VKM B-733 | <-- INMI, VKM B-733 < CCM, CCM 1082 < Smith N.R., 784 Bacillus dextrolacticus. Received as: Bacillus coagulans. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus sp. | |
| VKM B-18 | <-- INMI, VKM B-18 < Solntseva L.I. INMI, 91. Received as: Bacillus tumescens Zopf 1885. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4, S-5) |
| Bacillus sp. | |
| VKM B-19 | <-- INMI, VKM B-19 < Solntseva L.I. INMI, 69. Received as: Bacillus nobiles Adametz 1900. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4, S-5) |
| Bacillus sp. | |
| VKM B-21 | <-- INMI, VKM B-21 < Solntseva L.I. INMI, 105. Received as: Bacillus lini Grieg-Smith 1905. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4, S-5) |
| Bacillus sp. | |
| VKM B-216 | <-- INMI, VKM B-216 < Mishustina I.E. INMI, 2420. Received as: Bacillus catenula (Duclaux 1887) Migula 1900. Ex: water, depth 778 m. Station 267, Indian Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus sp. | |
| VKM B-218 | <-- INMI, VKM B-218 < Mishustina I.E. INMI, 3017. Received as: Bacillus catenula (Duclaux 1887) Migula 1900. Ex: water, depth 3270 m. Station 314, Indian Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus sp. | |
| VKM B-220 | <-- INMI, VKM B-220 < Mishustina I.E. INMI, 3286. Received as: Bacillus catenula (Duclaux 1887) Migula 1900. Ex: mud, station 326, Indian Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus sp. | |
| VKM B-221 | <-- INMI, VKM B-221 < Mishustina I.E. INMI, 2222. Received as: Bacillus virgulus (Duclaux 1887) Krassilnikov 1949. Ex: water, depth 10 m. Station 249, Indian Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus sp. | |
| VKM B-225 | <-- INMI, VKM B-225 < Mishustina I.E. INMI, A. Received as: Bacillus glutinosus (Kern 1896) Krassilnikov 1949. Ex: mud, Arctic Ocean, station 27, depth 75 m. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus sp. | |
| VKM B-227 | <-- INMI, VKM B-227 < Mishustina I.E. INMI, C 2376. Received as: Bacillus glutinosus (Kern 1896) Krassilnikov 1949. Ex: water, depth 148 m. Station 265, Indian Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus sp. | |
| VKM B-233 | <-- INMI, VKM B-233 < Mishustina I.E. INMI, J 1386. Received as: Bacillus filaris (Migula 1900) Krassilnikov 1949. Ex: water, depth 25 m. Station 22, Greenland sea. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus sp. | |
| VKM B-241 | <-- INMI, VKM B-241 < Mishustina I.E. INMI, A 13. Received as: Bacillus idosus Burchard 1897. Ex: water, depth 300 m. Arctic Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus sp. | |
| VKM B-365 | <-- INMI, VKM B-365 < INMIA < ARRIAM, 62. Received as: Bacillus anthracoides Huppe and Wood 1889. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, F-4) |
| Bacillus sp. | |
| VKM B-368 | <-- INMI, VKM B-368 < INMIA < CCEB, CCEB 393. Received as: Bacillus bombycis Macchiati 1891. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus sp. | |
| VKM B-430 | <-- INMI, VKM B-430 < INMIA, TI 720. Received as: Bacillus subtilis. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, F-1, S-4) |
| Bacillus sp. | |
| VKM B-818 | <-- INMI, VKM B-818 < DM MSU. Received as: Bacillus tumescens Zopf 1885. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus sp. | |
| VKM B-881 | <-- INMI, VKM B-881 < Mishustin E.N. INMI. Received as: Bacillus longissimus Mishustin and Tepper 1938. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 28oC, F-1, S-4) |
| Bacillus sp. | |
| VKM B-886 | <-- INMI, VKM B-886 < Loginova L.G. INMI, 110. Received as: Bacillus subtilis. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 37oC, F-1, S-4) |
| Bacillus sp. | |
| VKM B-1391 | <-- INMI, VKM B-1391 < Duda V.I. INMI. Received as: Bacillus filamentosus Skalozub et al. Type. Ex: turf-meadow soil. Odessa Region. Ukraine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus sp. | |
| UQM 40413 | <-- UNIQEM, UQM 40413 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 792 = AMnr1. (DSM 22341). Ex: sediments from hypersaline soda lakes. Kulunda Steppe, Altai. Russian Federation DNA sequences: 16S rRNA gene: FJ788526. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Bacillus sp. | |
| UQM 40414 | <-- UNIQEM, UQM 40414 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 927 = ABCh3. Ex: soda solonchak soil. Kulunda Steppe, Altai. Russian Federation DNA sequences: 16S rRNA gene: JQ901947. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 28oC, C-1) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-12 | <-- INMI, VKM B-12 < Solntseva L.I. INMI, 86. Received as: Tyrothrix tenuis Duclaux 1889. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 29oC, F-1, S-3, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-50 | <-- INMI, VKM B-50. Received as: Bacillus sp. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-62 | <-- INMI, VKM B-62 < Mirzoeva V.A. INMI, 16/3. Received as: Bacillus mesentericus Trevisan 1889. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Ex: soil, burozem. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-68 | <-- INMI, VKM B-68 < Mirzoeva V.A. INMI, op. Received as: Bacillus mesentericus Trevisan 1889. Synonym: Clostridium licheniforme Weigmann 1898. Ex: corn. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-69 | <-- INMI, VKM B-69 < Mirzoeva V.A. INMI, 5x. Received as: Bacillus mesentericus Trevisan 1889. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Ex: bread. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-70 | <-- INMI, VKM B-70 < Mirzoeva V.A. INMI, 16/4. Received as: Bacillus mesentericus Trevisan 1889. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Ex: brown soil. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-75 | <-- INMI, VKM B-75 < Mirzoeva V.A. INMI, 16/1. Received as: Bacillus mesentericus Trevisan 1889. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Ex: soil, burozem. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-76 | <-- INMI, VKM B-76 < Mirzoeva V.A. INMI, 8/1. Received as: Bacillus mesentericus Trevisan 1889. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Ex: northern Podzol. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-242 | <-- INMI, VKM B-242 < Mishustina I.E. INMI, D 23 a. Received as: Bacillus idosus Burchard 1897. Ex: water, depth 2000 m. Arctic Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-244 | <-- INMI, VKM B-244 < Mishustina I.E. INMI, E 126. Received as: Bacillus idosus Burchard 1897. Ex: water, depth 2000 m. Arctic Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-245 | <-- INMI, VKM B-245 < Mishustina I.E. INMI, B 1002. Received as: Bacillus idosus Burchard 1897. Ex: water, depth 50 m. Station 1, Greenland sea. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-386 | <-- INMI, VKM B-386 < INMIA < CCEB, CCEB 361 < Lysenko O., 46-11-2. Received as: Bacillus coagulans. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Ex: bark-beetle, Xyloterus lineatus. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-403 | <-- INMI, VKM B-403 < INMIA, IMV 2. Received as: Bacillus mesentericus Trevisan 1889. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-404 | <-- INMI, VKM B-404 < INMIA, ARRIAM 5. Received as: Bacillus mesentericus Trevisan 1889. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-407 | <-- INMI, VKM B-407 < INMIA, ARRIAM 13. Received as: Bacillus mesentericus Trevisan 1889. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-408 | <-- INMI, VKM B-408 < INMIA, ARRIAM 6. Received as: Bacillus mesentericus vulgatus Flugge 1886. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-409 | <-- INMI, VKM B-409 < INMIA, ARRIAM 7. Received as: Bacillus mesentericus vulgatus Flugge 1886. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-410 | <-- INMI, VKM B-410 < INMIA, ARRIAM 8. Received as: Bacillus mesentericus vulgatus Flugge 1886. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-428 | <-- INMI, VKM B-428 < INMIA, ARRIAM 33. Received as: Bacillus subtilis. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-436 | <-- INMI, VKM B-436 < INMIA, BU 170. Received as: Bacillus subtilis. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. (ATCC 9466; BCRC 11224; CCM 1997; CIP 53.159; IAM 1026; NCIMB 8159; NRRL B-558). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-501 Type | <-- INMI, VKM B-501 < NCTC, NCTC 3610. Received as: Bacillus subtilis Type. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. (VKM B- 758; VKM B- 919; ATCC 6051; ATCC 6051-U; CCM 2216; BCRC 10255; CCUG 163 B; CFBP 4228; CIP 52.65; DSM 10; IAM 12118; IMET 10758; JCM 1465; LMG 7135; NBRC 13719; NBRC 16412; NCAIM B.01095; NCCB 70064; NCCB 32009; NCCB 53016; NCIMB 3610 (formerly NCDO 1769); NCTC 3610; NRRL B-4219; NRRL NRS-1315; NRRL NRS-744). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-515 | <-- INMI, VKM B-515 < INMIA, CMAA-1. Received as: Bacillus mesentericus fuscus Flugge 1886. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Ex: brown soil. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-516 | <-- INMI, VKM B-516 < INMIA, CMAA-29. Received as: Bacillus mesentericus fuscus Flugge 1886. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Ex: gray soil. Tajikistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-517 | <-- INMI, VKM B-517 < INMIA, CMAA-61. Received as: Bacillus mesentericus fuscus Flugge 1886. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Ex: brown soil. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-518 | <-- INMI, VKM B-518 < INMIA, CMAA-107. Received as: Bacillus mesentericus fuscus Flugge 1886. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Ex: brown soil. Azerbaijan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-521 | <-- INMI, VKM B-521 < INMIA, CMAA-12. Received as: Bacillus mesentericus vulgatus Flugge 1886. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Ex: brown soil. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-522 | <-- INMI, VKM B-522 < INMIA, CMAA-27. Received as: Bacillus mesentericus vulgatus Flugge 1886. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Ex: gray soil. Azerbaijan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-523 | <-- INMI, VKM B-523 < INMIA, CMAA-27. Received as: Bacillus mesentericus vulgatus Flugge 1886. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Ex: gray soil. Azerbaijan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-524 | <-- INMI, VKM B-524 < INMIA, CMAA-85. Received as: Bacillus mesentericus vulgatus Flugge 1886. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Ex: brown soil. Azerbaijan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-568 | <-- INMI, VKM B-568 < ARRIAM, ATCC 7070. Received as: Bacillus polymyxa. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. (ATCC 7070; CIP A39; LMD 48.23; LMG 21892; NCCB 48023; NRRL B-368). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-720 | <-- INMI, VKM B-720 < NCIB, NCIB 8054 < Smith N.R., 231. Received as: Bacillus subtilis. Synonym: Bacillus subtilis subsp. spizizenii Nakamura et al. 1999. (VKM B-434; VKM B-912; VKM B-916; ACM 2268; ACM 3156; ATCC 6633; BCRC 10447; CCM 1999; CCUG 10779; CDBB 555; CECT 356; CFBP 1963; CIP 52.62; CNCTC 5610; CNCTC Bs 8/58; DSM 347; IAM 1069; ICMP 3282; JCM 20035; JCM 2499; KCTC 1021; KCTC 2023; KCTC 2189; LMD 47.15; LMD 89.157; LMG 8197; NBIMCC 1709; NBRC 3134; NBRC 3513; NCAIM B.01644; NCCB 47015; NCCB 89157; NCIM 2063; NCIM 2266; NCIM 2329; NCIMB 8054; NCTC 10400; NRRL B-354; NRRL B-4378; VTT E-85231). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-721 | <-- INMI, VKM B-721 < NCIB, NCIB 8646. Received as: Bacillus subtilis. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. (ATCC 12711; LMD 80.11; NCCB 80011; NCIM 2479; NCIMB 8646; VTT E-68013). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-722 | <-- INMI, VKM B-722 < NCIB, NCIB 8055. Received as: Bacillus subtilis var. aterrinus. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. (ATCC 6461; LMG 17723; NCIMB 8055). Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-745 | <-- INMI, VKM B-745 < CCM, CCM 45. Received as: Bacillus polymyxa. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-761 | <-- INMI, VKM B-761 < CCM, CCM 116. Received as: Bacillus subtilis var. aterrimus Smith et al. 1946. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. (NBRC 3214). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-786 | <-- INMI, VKM B-786 < CCM, CCM 451. Received as: Bacillus cereus var. mycoides (Flugge 1886) Smith et al. 1946. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Ex: pond mud. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-794 | <-- INMI, VKM B-794 < CCEB, CCEB 361. Received as: Bacillus coagulans. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Ex: Xyloterus lineatus. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 37oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-913 | <-- INMI, VKM B-913 < INMIA. Received as: Bacillus subtilis. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. (CIP 53.174). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-914 | <-- INMI, VKM B-914 < INMIA. Received as: Bacillus subtilis. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. (CIP 53.178). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-915 | <-- INMI, VKM B-915 < INMIA. Received as: Bacillus subtilis. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. (VKM B-436; ATCC 9466; CCM 1997; CIP 53.159; IAM 1026; JCM 20014; NCIM 2117; NCIMB 8159; NRRL B-558). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-917 | <-- INMI, VKM B-917 < INMIA. Received as: Bacillus subtilis. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-919 Type | <-- INMI, VKM B-919 < INMIA. Received as: Bacillus subtilis Type. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. (VKM B- 501; VKM B- 758; ATCC 6051; ATCC 6051-U; CCM 2216; BCRC 10255; CCUG 163 B; CFBP 4228; CIP 52.65; DSM 10; IAM 12118; IMET 10758; JCM 1465; LMG 7135; NBRC 13719; NBRC 16412; NCAIM B.01095; NCCB 70064; NCCB 32009; NCCB 53016; NCIMB 3610 (formerly NCDO 1769); NCTC 3610; NRRL B-4219; NRRL NRS-1315; NRRL NRS-744). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-920 | <-- INMI, VKM B-920 < INMIA. Received as: Bacillus subtilis. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. (CIP 55.96). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-921 | <-- INMI, VKM B-921 < INMIA. Received as: Bacillus subtilis. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. (ATCC 9524; CECT 371; CIP 54.10; NCIM 2545; NCIMB 8057). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-922 | <-- INMI, VKM B-922 < INMIA. Received as: Bacillus subtilis subsp. aterrimus Smith et al. 1946. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. (CIP 51.54). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-4, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-1053 | <-- INMI, VKM B-1053 < ARRIAM, 33. Received as: Bacillus subtilis. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-1070 | <-- INMI, VKM B-1070 < Nadirova I.M. INMI. Received as: Bacillus sp. Ex: high mountain soil. Turkmenistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-1574 | <-- Vinogradov E.Ya. St. Petersburg Veterinary Institute. Received as: Bacillus mucilaginosus Krassilnikov 1949. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 37oC, F-1, S-4) |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-1647 | . Received as: Bacillus subtilis. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-1742 | . Received as: Bacillus subtilis. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Bacillus subtilis (Ehrenberg 1835) Cohn 1872 | |
| VKM B-3395 | <-- Akhapkina I.G. Synonym: Vibrio subtilis Ehrenberg 1835; Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Nakamura et al. 1999. Ex: culture medium of house dust mites of the genus Dermatophagoides. Moscow. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 37oC, F-1) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-16 | <-- INMI, VKM B-16 < Solntseva L.I. INMI, 106. Received as: Bacillus budrikii Issachenko 1927. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4, S-5) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-82 | <-- INMI, VKM B-82 < Talalaev E.V. ISU, 49-2. Received as: Bacillus dendrolimus Talalaev 1956. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. Ex: dead caterpillars of Dendrolimus sibiricus. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, C-1, F-1, S-4) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-83 | <-- INMI, VKM B-83 < Talalaev E.V. ISU, Krasnoyarsk strain. Received as: Bacillus dendrolimus Talalaev 1956. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. Ex: dead caterpillars of Siberian silkworm. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-84 | <-- INMI, VKM B-84 < Talalaev E.V. ISU, Chita strain. Received as: Bacillus dendrolimus Talalaev 1956. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. Ex: dead caterpillars of Siberian silkworm. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-85 | <-- INMI, VKM B-85 < Talalaev E.V. ISU, 11, 49-2. Received as: Bacillus dendrolimus Talalaev 1956. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. Ex: dead caterpillars. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-387 | <-- INMI, VKM B-387 < INMIA, CCEB 307. Received as: Bacillus dendrolimus Talalaev 1956 Type. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. (ATCC 19266). Ex: caterpillars of Siberian silkworm, Dendrolimus sibericus. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-388 | <-- INMI, VKM B-388 < INMIA, CCEB 458. Received as: Bacillus entomocidus subsp. subtoxicus Heimpel and Angus 1958. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. (ATCC 19268; CIP 53.138). Ex: Indian meal moth, Plodia interpunctella. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-440 | <-- INMI, VKM B-440 < INMIA, CCEB 058. Received as: Bacillus thuringiensis. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. Ex: Indian meal moth, Plodia interpunctella. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-441 | <-- INMI, VKM B-441 < INMIA, CCEB 059 (mutant of strain CCEB 058). Received as: Bacillus thuringiensis. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-444 | <-- INMI, VKM B-444 < INMIA, CCEB 204. Received as: Bacillus thuringiensis. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-446 | <-- INMI, VKM B-446 < INMIA, CCEB 206. Received as: Bacillus thuringiensis. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-447 | <-- INMI, VKM B-447 < INMIA, CCEB 208. Received as: Bacillus thuringiensis. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-450 | <-- INMI, VKM B-450 < INMIA, CCEB 390. Received as: Bacillus thuringiensis. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-451 | <-- INMI, VKM B-451 < INMIA, CCEB 463. Received as: Bacillus thuringiensis. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. Ex: Antheraea pernyi. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-452 | <-- INMI, VKM B-452 < INMIA, CCEB 389. Received as: Bacillus thuringiensis subsp. ephestiae Heimpel and Angus 1958. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. Ex: mediterranean flour moth, Ephestia kuhniella. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-453 | <-- INMI, VKM B-453 < INMIA, CCEB 461 < CCEB 461 (Bacillus thuringiensis subsp. sotto) < Heimpel A. M. < Ono (Bacillus sotto) < Ishiwata. Received as: Bacillus thuringiensis var. sotto Heimpel and Angus 1958. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. (ATCC 19270; BCRC 15853; CCEB 461). Ex: silkworm, Bombyx sp. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-454 Type | <-- INMI, VKM B-454 < INMIA, CCEB 457. Received as: Bacillus thuringiensis var. thuringiensis (Berliner 1915) Heimpel and Angus 1958 Type. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. (VKM B-439; ATCC 10792; CCUG 7429; CIP 53.137; DSM 2046; HAMBI 252; HAMBI 478; IAM 12077; ICMP 12371; IMI 348918; JCM 20386; KCTC 1033; KCTC 1034; KCTC 3452; NBRC 101235; NCAIM B.01292; NCCB 70008; NRRL HD-735; VTT E-86245). Ex: mediterranean flour moth, Ephestia kuhniella. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-796 | <-- INMI, VKM B-796 < CCEB, CCEB 057. Received as: Bacillus thuringiensis. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-1544 | <-- INMIA, 805. Received as: Bacillus thuringiensis subsp. caucasicus Type. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. Ex: Bombyx mori. Tbilisi. Georgia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-1555 | <-- IBPM, IBPM B-528 < INMIA, 737 < Steinhaus E.A., 57.1.1. Received as: Bacillus entomocidus var. entomocidus Heimpel and Angus. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. (ATCC 19267). Ex: Aphemia gularis. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-5) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-1556 | <-- IBPM, IBPM B-617 < Eroshin V.K. IBPM < NRRL B-4308. Received as: Bacillus thuringiensis finitimus de Barjac and Bonnetoi. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. (CDBB 41). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 145, 30oC, F-1, S-5) |
| Bacillus thuringiensis Berliner 1915 | |
| VKM B-1557 | <-- IBPM, IBPM B-616 < Eroshin V.K. < NRRL B-4307. Received as: Bacillus thuringiensis thuringiensis (Berliner 1915) Heimpel and Angus 1958. Synonym: Bacillus cereus var. thuringiensis Smith et al. 1952. (CDBB 40). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 145, 30oC, F-1, S-5) |
| Bacillus toyonensis Jimenez et al. 2014 | |
| VKM B-789 | <-- INMI, VKM B-789 < CCM, CCM 869. Received as: Bacillus cereus var. mycoides (Flugge 1886) Smith et al. 1946. (ACM 1133; ACM 2997; ATCC 11778; ATCC 19637; BCRC 10446; BCRC 13841; CCM 869; CCM 896; CCUG 10781; CCUG 7415; CDBB 1019; CECT 193; CECT 5051; CFBP 1964; CFBP 488; CIP 64.52; CNCTC 6226; CNCTC Bc 7/69; DSM 345; DSM 4490; ICMP 5924; KCTC 1012; LMD 61.21; LMG 8221; NBRC 3836; NCAIM B.01879; NCCB 61021; NCIM 2106; NCIM 2457; NCIM 2459; NCIMB 8012; NCIMB 8849; NCTC 1032; NCTC 10320; NRRL B-1530; NRRL B-4379). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Bacillus velezensis Ruiz-Garcia 2005 | |
| VKM B-64 | <-- INMI, VKM B-64 < Mirzoeva V.A. INMI, 40/1. Received as: Bacillus mesentericus Trevisan 1889. Synonym: Bacillus methylotrophicus Madhaiyan et al. 2010; Bacillus amyloliquefaciens subsp. plantarum Borriss et al. 2011. Ex: wheat, Triticum vulgare, grain. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus velezensis Ruiz-Garcia 2005 | |
| VKM B-65 | <-- INMI, VKM B-65 < Mirzoeva V.A. INMI, 40/1 e. Received as: Bacillus mesentericus Trevisan 1889. Synonym: Bacillus methylotrophicus Madhaiyan et al. 2010; Bacillus amyloliquefaciens subsp. plantarum Borriss et al. 2011. Ex: wheat, Triticum vulgare, grain. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Bacillus wiedmannii Miller et al. 2016 | |
| VKM B-226 | <-- INMI, VKM B-226 < Mishustina I.E. INMI, B- 503. Received as: Bacillus glutinosus (Kern 1896) Krassilnikov 1949. Ex: water, depth 10 m. Arctic Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus zhangzhouensis Liu et al. 2016 | |
| VKM B-210 | <-- INMI, VKM B-210 < Mishustina I.E. INMI, 907. Received as: Bacillus catenula (Duclaux 1887) Migula 1900. Ex: water, depth 5 m. Arctic Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus zhangzhouensis Liu et al. 2016 | |
| VKM B-213 | <-- INMI, VKM B-213 < Mishustina I.E. INMI, 2041. Received as: Bacillus catenula (Duclaux 1887) Migula 1900. Ex: water, depth 81 m. Station 215, Indian Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 28oC, F-1, S-4) |
| Bacillus zhangzhouensis Liu et al. 2016 | |
| VKM B-3798 | <-- Abashina T.N., IBPM RAS FRC PSCBR RAS, AR4. Received as: Bacillus zhangzhouensis. Ex: arsenopyrite ore flotation concntrate. Transbaikal region. Russia DNA sequences: OR842237. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, F-1) |
| Bacillus. sp | |
| UQM 40989 | <-- UNIQEM, UQM 40989 <-- A.L. Mulyukin, Ant clone 1, 2016. Ex: frozen ground under glacier. Untersee Lake. Untersee Lake, Central Queen Maud Land. Antarctica. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 418, 27oC, C-1) |
| Bacillus alkalinitrilicus Sorokin et al. 2009 | |
| UQM 40525 | <-- UNIQEM, UQM 40525 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 240 = ANL-iso4, 2005. (DSM 22532, NCCB 100120). Ex: soda solonchak soils. Kulunda steppe. Russian Federation DNA sequences: 16S rRNA gene: EF422411, genome: NZ_MTIP00000000.1; INSDC: MTIP00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 28oC, C-1) |
| Bacteroides uniformis Eggerth and Gagnon 1933 | |
| VKM B-2900 | <-- Efimov B.A., Shkoporov A.N., Pirogov RNRMU. Received as: BUN24. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 344, 37oC Growth condition: anaerobic., F-1, F-2) |
| Bactoderma rosea (Winogradsky and Winogradsky 1933) Tepper and Korshunova 1973 | |
| VKM B-1344 Type | <-- INMI, VKM B-1344 < Tepper E.Z. MTAA, 34. Received as: Bactoderma rosea Type. Synonym: Bactoderma rosea Winogradsky and Winogradsky 1933. Ex: selective medium 2-nd nitrification phase. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 145, 30oC, F-1, S-4) |
| Bactoderma rosea (Winogradsky and Winogradsky 1933) Tepper and Korshunova 1973 | |
| VKM B-1345 | <-- INMI, VKM B-1345 < Tepper E.Z. MTAA, 39. Received as: Bactoderma rosea. Synonym: Bactoderma rosea Winogradsky and Winogradsky 1933. Ex: selective medium of 2-nd nitrification phase. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 145, 30oC, F-1, S-4) |
| Bdellovibrio bacteriovorus Stolp and Starr 1963 | |
| VKM B-3727 | <-- Shorokhova A.P., IBPM, 109D. Received as: Bdellovibrio bacteriovorus. Ex: soil. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 472, 30oC Growth condition: An 18-hour culture of Bdellovibrio bacteriovorus is cultured on a shaker at 30°C on the cells of the prey bacterium Escherichia coli., F-1) |
| Beggiatoa leptomitoformis Dubinina et al. 2017 | |
| VKM B-3624 | <-- Grabovich M.Yu. VSU, D-401. (DSM 14945). Ex: treatment facilities. Yaroslavl Region, Borok. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 108, 28oC, C-1 with 5% DMSO) |
| Beggiatoa leptomitoformis Dubinina et al. 2017 | |
| VKM B-3625 Type | <-- Grabovich M.Yu. VSU, D-402. (DSM 14946; UNIQEM U 779). Ex: sulfur mat in a freshwater spring contaminated with residential and agricultural wastewater. Moscow region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 108, 28oC, C-1 with 5% DMSO) |
| Beggiatoa leptomitoformis Dubinina et al. 2017 | |
| UQM 40115 | <-- UNIQEM, UQM 40115 <-- G.A. Dubinina Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 781 = D-401, 1999 <-- A.S. Savichev {1981}. (DSM 14945, VKM B-3624). Yaroslavl Region, Borok. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 108, 28oC, C-1) |
| Beggiatoa leptomitoformis Dubinina et al. 2017 | |
| UQM 40116 type strain | <-- UNIQEM, UQM 40116 <-- G.A. Dubinina, Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 799 = D-402, 1999 <-- A.S. Savvichev, Institute of Microbiology, RAS, Moscow, Russia. (DSM 14946, VKM B-3625). Moscow region. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 108, 28oC, C-1) |
| Beggiatoa sp. | |
| UQM 40117 | <-- UNIQEM, UQM 40117 <-- G.A. Dubinina Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 780 = D-405, 1999. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 108, 25oC, C-1) |
| Beggiatoa sp. | |
| UQM 40120 | <-- UNIQEM, UQM 40120 <-- G.A. Dubinina Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 771 = D-409, 1999 <-- A.S. Savichev. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 108, 25oC, C-1) |
| Beggiatoa sp. | |
| UQM 40121 | <-- UNIQEM, UQM 40121 <-- G.A. Dubinina Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 778 = D-425, 1999. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 108, 25oC, C-1) |
| Beggiatoa sp. | |
| UQM 40124 | <-- UNIQEM, UQM 40124 <-- G.A. Dubinina Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 774 = D-415, 1999. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 108, 30oC, C-1) |
| Beijerinckia indica (Starkey and De 1939) Derx 1950 (Approved Lists 1980) subsp. indica (Starkey and De 1939) Thompson and Skerman 1981 | |
| UQM 40071 | <-- UNIQEM, UQM 40071 < Doroshenko E.V., U744 < < ATCC 21423. (ATCC 21423). Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, C-1) |
| Belliella buryatense Kozyreva et al. 2016 | |
| VKM B-2721 | <-- IGEB, 1cb. Received as: Belliella sp. Ex: water. Alkaline brackish Solenoe Lake. Republic of Byriatia. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 43, 30oC, F-3) |
| Belliella buryatense Kozyreva et al. 2016 | |
| VKM B-2722 | <-- IGEB, 2c. Received as: Belliella sp. (KCTC 32193). Ex: water. Alkaline brackish Solenoe Lake. Republic of Byriatia. Russia DNA sequences: 16S rRNA gene: HF913423. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 43, 30oC, F-3) |
| Belliella buryatense Kozyreva et al. 2016 | |
| VKM B-2724 Type | <-- IGEB, 5c. Received as: Belliella buryatensis Type. (KCTC 32194). Ex: water. Alkaline brackish Solenoe Lake. Republic of Byriatia. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 43, 30oC, F-3) |
| Belliella pelovolcani Arun et al. 2009 | |
| VKM B-2720 Type | <-- IGEB, CC-SAL-25T. Received as: Belliella pelovolcani Type. (BCRC 17883; KCTC 13248). Ex: mud volcano. Taiwan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 43, 30oC, F-3) |
| Belliella sp. | |
| VKM B-2723 | <-- IGEB, 3c. Received as: Belliella sp. Ex: water. Alkaline brackish Solenoe Lake. Republic of Byriatia. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 43, 30oC, F-3) |
| Biomaibacter acetigenes Zhang et al 2020 | |
| VKM B-3375 | <-- Parshina S.N. Received as: SP2 DNA sequences: 16S rRNA gene MN996834. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 452 Growth condition: anaerobic.) |
| Blastobacter sp. | |
| UQM 40283 | <-- UNIQEM, UQM 40283 < Nikitin D.I., UNIQEM 610 (141u). Ex: sludge. Chernoe Lake, Moscow region. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Blastobacter sp. | |
| UQM 40284 | <-- UNIQEM, UQM 40284 < Nikitin D.I., UNIQEM 611 (141a). Ex: sludge. Chernoe Lake, Moscow region. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Blastococcus sp. | |
| UQM 40280 | <-- UNIQEM, UQM 40280 < Nikitin D.I., UNIQEM 682 (= I21A). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 28oC, C-1) |
| Blastococcus sp. | |
| UQM 40281 | <-- UNIQEM, UQM 40281 <-- D.I. Nikitin, Institute of Microbiology, Russian Academy of Sciences, strain UNIQEM 684 =I27A. Ex: subsurface sediment. San Juan basin, Cerro Negro, New Mexico. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 28oC, C-1) |
| Blastococcus sp. | |
| UQM 40282 | <-- UNIQEM, UQM 40282 < Nikitin D.I., UNIQEM 683 (= I26). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 28oC, C-1) |
| Brachybacterium conglomeratum (ex Migula 1900) Takeuchi et al. 1995 | |
| VKM Ac-1424 | <-- Nesterenko O.A. IMV, NCIB 9859. Received as: Arthrobacter sp. Synonym: Micrococcus conglomeratus Migula 1900. (DSM 46339; IFO (now NBRC) 15223; NCIMB 9859). Ex: poultry deep litter. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Brachybacterium conglomeratum (ex Migula 1900) Takeuchi et al. 1995 | |
| VKM Ac-1975 Type | <-- IFO 15472. Synonym: Micrococcus conglomeratus Migula 1900. (CCM 2589; CIP 104400; DSM 10241; IFO (now NBRC) 15472; JCM 11608). Ex: poultry deep litter DNA sequences: AB537169. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Brachybacterium faecium Collins et al. 1988 | |
| VKM Ac-1423 Type | <-- Nesterenko O.A. IMV, NCIB 9860. Received as: Arthrobacter sp. (ATCC 43885; CIP 103333; DSM 4810; IFO (now NBRC)14762; JCM 11609; NCIMB 9860). Ex: poultry deep litter DNA sequences: CP001643 (complete genome), X91032, X83810. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Brachybacterium paraconglomeratum Takeuchi et al. 1995 | |
| VKM Ac-1425 Type | <-- Nesterenko O.A. IMV, NCIB 9861. Received as: Arthrobacter sp. (VKM Ac-1977; ATCC 51843; CIP 103334; DSM 46341; IFO (now NBRC)15224; JCM 11649; JCM 17781; LMG 19861; NCIMB 9861). Ex: poultry deep litter DNA sequences: AJ415377. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Brachybacterium paraconglomeratum Takeuchi et al. 1995 | |
| VKM Ac-1977 Type | <-- IFO 15224. (VKM Ac-1425; ATCC 51843; CIP 103334; DSM 46341; IFO (now NBRC) 15224; JCM 11649; LMG 19861; NCIMB 9861) DNA sequences: AJ415377. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Brachybacterium rhamnosum Takeuchi et al. 1995 | |
| VKM Ac-1976 Type | <-- IFO 15203. (ATCC 51844; CIP 104398; DSM 10240; IFO (now NBRC) 15203; JCM 11650; LMG 19848). Ex: corn steep liquor DNA sequences: AJ415376. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Bradyrhizobium denitrificans (Hirsch and Mueller 1986) van Berkum et al. 2011 | |
| VKM B-2062 Type | <-- Doronina N.V. IBPM < IFAM, IFAM 1005 < Mueller M., 222. Received as: Blastobacter denitrificans Type. Synonym: Blastobacter denitrificans Hirsch and Mueller 1986. (ATCC 43295; DSM 1113; LMG 8443). Ex: surface lake water. Schleswig-Holstein. Germany. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 220, 29oC, F-1) |
| Bradyrhizobium japonicum (Kirchner 1896) Jordan 1982 | |
| VKM B-1020 | <-- INMI, VKM B-1020 < ARRIAM, 649. Received as: Rhizobium japonicum. Synonym: Rhizobium japonicum (Kirchner 1896) Buchanan 1926; Rhizobacterium japonicum Kirchner 1896. Ex: soybean, Glycine soja. West Kazakhstan Region. Kazakhstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 161, 28oC, C-1, F-1, F-3) |
| Bradyrhizobium japonicum (Kirchner 1896) Jordan 1982 | |
| VKM B-1021 | <-- INMI, VKM B-1021 < ARRIAM, 601a. Received as: Rhizobium japonicum. Synonym: Rhizobium japonicum (Kirchner 1896) Buchanan 1926; Rhizobacterium japonicum Kirchner 1896. Ex: soybean, Glycine soja. Pskov Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 161, 28oC, C-1, F-1, F-3) |
| Bradyrhizobium japonicum (Kirchner 1896) Jordan 1982 | |
| VKM B-1022 | <-- INMI, VKM B-1022 < ARRIAM, 609a. Received as: Rhizobium japonicum. Synonym: Rhizobium japonicum (Kirchner 1896) Buchanan 1926; Rhizobacterium japonicum Kirchner 1896. Ex: soybean, Glycine soja. Georgia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 161, 28oC, C-1, F-1, F-3) |
| Bradyrhizobium japonicum (Kirchner 1896) Jordan 1982 | |
| VKM B-1965 | <-- DSMZ, DSM 30140. Received as: Rhizobium lupini Type strain. Synonym: Rhizobacterium japonicum Kirchner 1896; Rhizobium japonicum (Kirchner 1896) Buchanan 1926. (DSM 30140; NBRC 100381). Ex: Lupinus angustifolius. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 161, 28oC, C-1, F-1, F-3) |
| Bradyrhizobium japonicum (Kirchner 1896) Jordan 1982 | |
| VKM B-1967 Type | <-- DSMZ, DSM 30131. Received as: Bradyrhizobium japonicum. Synonym: Rhizobacterium japonicum Kirchner 1896; Rhizobium japonicum (Kirchner 1896) Buchanan 1926. (ATCC 10324; BCRC 13518; CCUG 27876; CECT 530; CIP 106093; DSM 30131; HAMBI 2314; IAM 12608; ICMP 2864; ICMP 9301; JCM 20679; KCTC 2422; LMG 6138; NBRC 14783; NCIMB 11477; NRRL B-4507). Ex: soybean, Glycine hispida. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 161, 28oC, C-1, F-1, F-3) |
| Bradyrhizobium lupini (Schroeter 1886) Eckhardt et al. 1931 | |
| VKM B-1018 | <-- INMI, VKM B-1018 < ARRIAM, 369a. Received as: Rhizobium trifolii. Synonym: Phytomyxa lupini Schroeter 1886; Rhizobium lupini (Schroeter 1886) Eckhardt et al. 1931. Ex: Lupinus sp. Leningrad Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 161, 28oC, C-1, F-1, F-3) |
| Bradyrhizobium sp. | |
| VKM B-99 | <-- INMI, VKM B-99 < ARRIAM, 631. Received as: Rhizobium japonicum. Ex: soybean, Glycine soja, roots. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 72, 28oC, C-1, F-1, F-3) |
| Bradyrhizobium sp. | |
| VKM B-1019 | <-- INMI, VKM B-1019 < ARRIAM, 561. Received as: Rhizobium lupini. Ex: Ornithopus sativus. Bryansk Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 161, 28oC, C-1, F-1, F-3) |
| Bradyrhizobium sp. | |
| VKM B-1025 | <-- INMI, VKM B-1025 < ARRIAM, 692. Received as: Rhizobium phaseoli. Ex: Phaseolus sp. Orenburg Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 161, 28oC, C-1, F-1, F-3) |
| Brevibacillus borstelensis (Shida et al. 1995) Shida et al. 1996 | |
| VKM B-678 | <-- INMI, VKM B-678 < Knaysi, 80 < CSIRO 661 Bacillus agri. Received as: Bacillus brevis. Synonym: Bacillus borstelensis (ex Porter) Shida et al. 1995; Bacillus borstelensis Porter. (LMG 16208; NCIMB 8803). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Brevibacillus borstelensis (Shida et al. 1995) Shida et al. 1996 | |
| VKM B-949 | <-- INMI, VKM B-949 < INMIA. Received as: Bacillus coagulans. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 37oC, F-1, S-4) |
| Brevibacillus brevis (Migula 1900) Shida et al. 1996 | |
| VKM B-503 Type | <-- INMI, VKM B-503 < NCTC, NCTC 2611. Received as: Bacillus brevis Type. Synonym: Bacillus brevis Migula 1900. (ATCC 8246; BCRC 14682; CCM 2050; CCUG 7413; CECT 5; CIP 52.86; DSM 30; HAMBI 1883; JCM 2503; KCTC 3743; LMD 48.9; LMG 16651; LMG 16674; LMG 16698; LMG 16702; LMG 16703; LMG 7123; NBRC 15304; NCCB 48009; NCIMB 9372; NCTC 2611; NRRL B-14602; NRRL NRS-604; VTT E-97188). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Brevibacillus brevis (Migula 1900) Shida et al. 1996 | |
| VKM B-950 | <-- INMI, VKM B-950 < INMIA. Received as: Bacillus brevis. Synonym: Bacillus brevis Migula 1900. (CIP 52.87). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, C-1, F-1, S-4) |
| Brevibacillus laterosporus (Laubach 1916) Shida et al. 1996 | |
| VKM B-499 Type | <-- INMI, VKM B-499 < NCTC, NCTC 6357. Received as: Bacillus laterosporus Type. Synonym: Bacillus laterosporus Laubach 1916. (VKM B-694; VKM B-695; VKM B-696; ATCC 64; CCM 2116; BCRC 10607; CCUG 7421; CFBP 4222; CIP 52.83; DSM 25; JCM 2496; LMG 16000; NBRC 15654; NCIMB 9367; NCTC 6357). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Brevibacillus laterosporus (Laubach 1916) Shida et al. 1996 | |
| VKM B-736 | <-- INMI, VKM B-736 < CCM, CCM 831 < Smith N.R., 661 < Gordon R.E., NRS 661 < Lochhead A.G., Bacillus orpheus. Received as: Bacillus laterosporus. Synonym: Bacillus laterosporus Laubach 1916. (VKM B-959; ATCC 6456; CCM 831; CIP 52.85; DSM 335; LMG 6932). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Brevibacillus laterosporus (Laubach 1916) Shida et al. 1996 | |
| VKM B-737 | <-- INMI, VKM B-737 < CCM, CCM 1612 < Hamleton J., 20485-2 (Bacillus orheus). Received as: Bacillus laterosporus. Synonym: Bacillus laterosporus Laubach 1916. (VKM B-955; ATCC 9141; CCM 1612; CCUG 52899; CIP 51.31; KCTC 3315; LMG 15441; NCIMB 701124). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Brevibacillus laterosporus (Laubach 1916) Shida et al. 1996 | |
| VKM B-738 | <-- INMI, VKM B-738 < CCM, CCM 1628. Received as: Bacillus laterosporus. Synonym: Bacillus laterosporus Laubach 1916. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Brevibacillus laterosporus (Laubach 1916) Shida et al. 1996 | |
| VKM B-795 | <-- INMI, VKM B-795 < CCEB, CCEB 342. Received as: Bacillus laterosporus. Synonym: Bacillus laterosporus Laubach 1916. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Brevibacillus laterosporus (Laubach 1916) Shida et al. 1996 | |
| VKM B-955 | <-- INMI, VKM B-955 < INMIA. Received as: Bacillus laterosporus. Synonym: Bacillus laterosporus Laubach 1916. (VKM B-737; ATCC 9141; CCM 1612; CCUG 52899; CIP 51.31; KCTC 3315; LMG 15441; NCIMB 701124). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Brevibacillus laterosporus (Laubach 1916) Shida et al. 1996 | |
| VKM B-959 | <-- INMI, VKM B-959 < INMIA. Received as: Bacillus laterosporus. Synonym: Bacillus laterosporus Laubach 1916. (VKM B-736; ATCC 6456; CCM 831; CIP 52.85; DSM 335; LMG 6932). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Brevibacillus parabrevis (Takagi et al. 1993) Shida et al. 1996 | |
| VKM B-677 | <-- INMI, VKM B-677 < NCIB, NCIB 8146 < ATCC, ATCC 10068. Received as: Bacillus brevis. Synonym: Bacillus parabrevis Takagi et al. 1993. (VKM B-727; ATCC 10068; CCM 1463; DSM 370; LMD 47.5; LMG 15428; LMG 15930; LMG 15972; NBRC 12335; NBRC 12374; NCCB 47005; NCIM 2532; NCIMB 7577; NCIMB 8146; NCTC 7577; NRRL B-1646). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Brevibacillus parabrevis (Takagi et al. 1993) Shida et al. 1996 | |
| VKM B-726 | <-- INMI, VKM B-726 < CCM, CCM 1089 < Smith N.R., 751 < Dubos R.Y., BG. Received as: Bacillus brevis. Synonym: Bacillus parabrevis Takagi et al. 1993. (VKM B-952; ATCC 8185; BCRC 11047; CCM 1089; DSM 362; IAM 1031; JCM 20017; LMD 47.4; LMG 15973; NBRC 3331; NCCB 47004; NCIM 2533; NCIMB 8598). Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, C-1, F-1, S-4) |
| Brevibacillus parabrevis (Takagi et al. 1993) Shida et al. 1996 | |
| VKM B-727 | <-- INMI, VKM B-727 < CCM, CCM 1463 < Gibson T., 108. Received as: Bacillus brevis. Synonym: Bacillus parabrevis Takagi et al. 1993. (VKM B-677; ATCC 10068; CCM 1463; DSM 370; LMD 47.5; LMG 15428; LMG 15930; LMG 15972; NBRC 12335; NBRC 12374; NCCB 47005; NCIM 2532; NCIMB 7577; NCIMB 8146; NCTC 7577; NRRL B-1646). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, S-4) |
| Brevibacillus parabrevis (Takagi et al. 1993) Shida et al. 1996 | |
| VKM B-952 | <-- INMI, VKM B-952 < INMIA. Received as: Bacillus brevis Migula 1900. Synonym: Bacillus parabrevis Migula 1900. (VKM B-726; ATCC 8185; BCRC 11047; CCM 1089; DSM 362; IAM 1031; JCM 20017; LMD 47.4; LMG 15973; NBRC 3331; NCCB 47004; NCIM 2533; NCIMB 8598). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, C-1, F-1, S-4) |
| Brevibacillus sp. | |
| VKM B-487 | <-- INMI, VKM B-487. Received as: Bacillus brevis. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Brevibacillus sp. | |
| UQM 41494 | <-- UNIQEM, UQM 41494 <-- Danilova O.V., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain S6. Ex: methane-oxidizing community of bioreactor. Methane-oxidizing fermenter community. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 42oC, S-4, S-1) |
| Brevibacterium antiquum Gavrish et al. 2005 | |
| VKM Ac-2118 Type | <-- Karasev S.A. IBPM, PF66. (LMG 22206; JCM 13317; UCM Ac-411). Ex: permafrost. Kolyma Lowland, Arctic. Russia DNA sequences: AY243344. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Brevibacterium aurantiacum Gavrish et al. 2005 | |
| VKM Ac-2110 | <-- IFO 12170. Received as: Brevibacterium linens (Wolf 1910) Breed 1953. (ATCC 9174; IFO (now NBRC) 12170). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Brevibacterium aurantiacum Gavrish et al. 2005 | |
| VKM Ac-2111 Type | <-- IFO 12171. Received as: Brevibacterium linens (Wolf 1910) Breed 1953. (ATCC 9175; CCRC 10379; DSM 20426; IAM 1902; IFO (now NBRC) 12171; JCM 2590; KCTC 3084; LMG 22546; NCDO 739 (now NCIMB 8546)). Ex: camambert cheese DNA sequences: X76566. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Brevibacterium casei Collins et al. 1983 | |
| VKM Ac-2114 Type | <-- IFO, IFO 14812. (ATCC 35513; CCM 4100; CCRC 12214; CIP 102111; DSM 20657; IFO (now NBRC)14812; JCM 2594; KCTC 3082; KCTC 3085; NCIMB 702048 (formerly NCDO 2048)). Ex: cheddar cheese DNA sequences: X76564, AJ251418. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Brevibacterium casei Collins et al. 1983 | |
| VKM Ac-2115 | <-- IFO 15228. (IFO (now NBRC) 15228; JCM 2595; KCTC 3086). Ex: cheddar cheese. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Brevibacterium epidermidis Collins et al. 1983 | |
| VKM Ac-2108 Type | <-- IFO 14811. (ATCC 35514; CCM 4098; CCRC 12215; CIP 102110; DSM 20660; IFO (now NBRC) 14811; JCM 2593; KCTC 3090; NCIMB 702286 (formerly NCDO 2286); NCTC 12997). Ex: human skin DNA sequences: X76565. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Brevibacterium epidermidis Collins et al. 1983 | |
| VKM Ac-2109 | <-- IFO 15229. (CCM 4099; DSM 20659; IFO (now NBRC) 15229; JCM 2592; KCTC 3089). Ex: human skin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Brevibacterium iodinum (ex Davis 1939) Collins et al. 1981 | |
| VKM Ac-2106 Type | <-- IFO 15230. Synonym: Chromobacterium iodinum Davis 1939. (ATCC 49514; CCRC 12216; DSM 20626; IFO (now NBRC) 15230; JCM 2591; KCTC 3083; NCIMB 700613 (formerly NCDO 613); NCTC 12995; NRRL B-1717). Ex: milk. UK DNA sequences: X83813, X76567. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Brevibacterium iodinum (ex Davis 1939) Collins et al. 1981 | |
| VKM Ac-2107 | <-- IFO 3558. Synonym: Chromobacterium iodinum Davis 1939. (IFO (now NBRC) 3558; NRRL B-141). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Brevibacterium linens (Wolff 1910) Breed 1953 | |
| VKM Ac-2112 Type | <-- IFO 12142. Synonym: Bacterium linens Wolff 1910. (ATCC 9172; CCRC 10631; CIP 101125; DSM 20425; IAM 12437; IFO (now NBRC) 12142; JCM 1327; NCIMB 9909; NRRL B-4210). Ex: good Harzerkase cheese. Kiel. Germany DNA sequences: X77451. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Brevibacterium linens (Wolff 1910) Breed 1953 | |
| VKM Ac-2113 | <-- IFO 12141. Synonym: Bacterium linens Wolff 1910. (ATCC 8377; CCRC 11884; IAM 12436; IFO (now NBRC)12141; JCM 1328; NCIMB 11437). Ex: manufacture of Brie cheese. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Brevibacterium linens (Wolff 1910) Breed 1953 | |
| VKM Ac-2159 | <-- VKM B-1209 < INMI, VKM B-1209 < IBPM, B-133 < CCM 1924. Synonym: Bacterium linens Wolff 1910. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, C-1, F-1, F-3) |
| Brevibacterium permense Gavrish et al. 2005 | |
| VKM Ac-2280 Type | <-- Plotnikova E.G. IMG, P4. (JCM 13318; LMG 22207; UCM Ac-413). Ex: soil near saltern. Perm Territory, Berezniki. Russia DNA sequences: AY243343. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Brevibacterium sp. | |
| VKM Ac-2119 | <-- Gavrish E. IBPM, GK2. Ex: soil of rice field. Krasnodar Territory. Russia DNA sequences: AY243345. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Brevibacterium sp. | |
| VKM Ac-2120 | <-- Gavrish E. IBPM, GK3. Ex: soil of rice field. Krasnodar Territory. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Brevundimonas aurantiaca (ex Poindexter 1964) Abraham et al. 1999 | |
| VKM B-1185 Type | <-- INMI, VKM B-1185 < IBPM, IBPM BC-6 < Belyaev S.S. IBPM, 6 < Zavarzin G.A. INMI. Received as: Caulobacter henricii subsp. aurantiacus. Synonym: Caulobacter henricii subsp. aurantiacus Poindexter 1964. (ATCC 15266; CCUG 45020; DSM 4731; LMG 18359). Ex: contamination of culture Chlorella. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas bacteroides (Poindexter 1964) Abraham et al. 1999 | |
| VKM B-1500 Type | <-- Andreev LV. IBPM, CB 7 < Poindexter J.S. PHRI, CB 7. Received as: Caulobacter bacteroides Type. Synonym: Caulobacter bacteroides Poindexter 1964. (ATCC 15254; CCUG 45021; CCUG 48877; CIP 101031; DSM 4726; KCTC 12439; LMG 15096). Ex: water. Lake. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas bacteroides (Poindexter 1964) Abraham et al. 1999 | |
| VKM B-1501 | <-- Andreev LV. IBPM, CB 11a < Poindexter J.S. PHRI, CB 11a. Received as: Caulobacter bacteroides. Synonym: Caulobacter bacteroides Poindexter 1964. (ATCC 19090; CECT 802; NCIMB 9790). Ex: water. Pond. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas bacteroides (Poindexter 1964) Abraham et al. 1999 | |
| UQM 40277 type | <-- UNIQEM, UQM 40277 < Nikitin D.I., UNIQEM 619 < VKM, B-1500 < Andreev L.V. IBPM, CB 7 < Poindexter J.S. PHRI, CB 7. Synonym: Caulobacter bacteroides Poindexter 1964. (ATCC 15254, CB 7; CCUG 45021; CCUG 48877; CIP 101031; DSM 4726; LMG 15096; VKM B-1500). Ex: lake water. California. USA DNA sequences: 16S rRNA gene: AB008513, whole genome: NZ_JNIX00000000.1; INSDC: JNIX00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Brevundimonas bullata (Gray and Thornton 1928) Kang et al. 2009 | |
| VKM B-2532 Type | <-- VKM Ac-910 < ATCC, ATCC 4278. Received as: Mycoplana bullata Type. Synonym: Mycoplana bullata Gray and Thornton 1928. (VKM Ac-910; ATCC 4278; BCRC 11578; DSM 7126; HAMBI 262; JCM 20846; LMG 17157; NBRC 13290; NRRL B-1090; NRRL B-8016). Ex: soil. Rotamsted. UK. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 29oC, F-1) |
| Brevundimonas bullata (Gray and Thornton 1928) Kang et al. 2009 | |
| VKM B-3364 | <-- Petrova M.A. IMG, AD-10. Received as: Brevundimonas bullata. Synonym: Mycoplana bullata Gray and Thornton 1928. Ex: permafrost, age is unknown. Antarctica. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1) |
| Brevundimonas diminuta (Leifson and Hugh 1954) Segers et al. 1994 | |
| VKM B-969 | <-- INMI, VKM B-969 < Solntseva L.I. INMI, 501. Received as: Pseudomonas diminuta. Synonym: Pseudomonas diminuta Leifson and Hugh 1954. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, C-1, F-1, F-3) |
| Brevundimonas diminuta (Leifson and Hugh 1954) Segers et al. 1994 | |
| VKM B-1297 Type | <-- INMI, VKM B-1297 < Lysenko O. CCEB, CCEB 513. Received as: Pseudomonas diminuta Type. Synonym: Pseudomonas diminuta Leifson and Hugh 1954. (VKM B-893; ATCC 11568; BCRC 11894; CCM 2657; CCUG 1187; CCUG 1427; CCUG 557 B; CECT 317; CIP 63.27; DSM 7234; IAM 12691; JCM 2788; KCTC 12488; LMD 76.50; LMG 1793; LMG 2088; LMG 2089; NBRC 12697; NCAIM B.01118; NCCB 76050; NCIM 2865; NCIMB 9393; NCTC 8545; NRRL B-1496; VTT E-072717). Ex: water. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, C-1, F-1, F-3) |
| Brevundimonas diminuta (Leifson and Hugh 1954) Segers et al. 1994 | |
| VKM B-1536 | <-- Potekhina Zh.S. TSU, B 969. Received as: Pseudomonas diminuta. Synonym: Pseudomonas diminuta Leifson and Hugh 1954. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, F-1) |
| Brevundimonas halotolerans Abraham et al. 2010 | |
| VKM B-2594 Type | <-- W.-R. Abraham Helmholtz Centre of Infection Research, Braunschweig, Germany, MCS 24 < S. John, Vancouver, Canada. Received as: Brevundimonas halotolerans Type. (CCUG 58273; LMG 25346). Ex: brackish water. Creek flowing into saltwater at Carkeek Park. Seattle. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 43, 28oC, F-3) |
| Brevundimonas intermedia (Poindexter 1964) Abraham et al. 1999 | |
| VKM B-1499 Type | <-- Andreev LV. IBPM, CB 63 < Poindexter J.S. PHRI, CB 63. Received as: Caulobacter intermedius Type. Synonym: Caulobacter intermedius Poindexter 1964. (ATCC 15262; CCUG 45022; CCUG 48878; CECT 834; CIP 106444; DSM 4732; KCTC 12440; LMG 18361). Ex: water. Pond. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas intermedia (Poindexter 1964) Abraham et al. 1999 | |
| UQM 40265 type strain | <-- UNIQEM, UQM 40265 < Nikitin D.I., UNIQEM 623 < VKM, B-1499 < Andreev L.V. IBPM, CB63 < Poindexter J.S. PHRI, CB63. Synonym: Caulobacter intermedius Poindexter 1964. (ATCC 15262, CCUG 45022; CCUG 48878; CECT 834; CIP 106444; DSM 4732; KCTC 12440; LMG 18361; VKM B-1499). Ex: pond water. California. USA DNA sequences: 16S rRNA gene: EU024138. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Brevundimonas lenta Yoon et al. 2007 | |
| VKM B-2542 Type | <-- JCM 14602 < Yoon J.-H., DS-18. Received as: Brevundimonas lenta Type. (DSM 23960; JCM 14602; KCTC 12871). Ex: soil. South Korea. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, F-1) |
| Brevundimonas nasdae Li et al. 2004 | |
| VKM B-2540 Type | <-- JCM 11415 < Ezaki T., W1-2B. Received as: Brevundimonas nasdae Type. (CIP 108442; DSM 14572; JCM 11415; KCTC 12493; VTT E-072696). Ex: condensation water. Russian space station Mir. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1) |
| Brevundimonas poindexterae Abraham et al. 2010 | |
| VKM B-2595 Type | <-- W.-R. Abraham Helmholtz Centre of Infection Research, Braunschweig, Germany, FWC40 < S. John, Vancouver, Canada. Received as: Brevundimonas poindexterae Type. (CCUG 57883; LMG 25261). Ex: activated sludge. British Columbia. Canada. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 30oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-1176 | <-- INMI, VKM B-1176 < IBPM, IBPM BC-4 < Belyaev S.S. IBPM, 4. Received as: Caulobacter bacteroides Poindexter 1964. Ex: water. Pond. Yaroslavl Region, Borok. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1177 | <-- INMI, VKM B-1177 < IBPM, IBPM BC-19 < Belyaev S.S. IBPM, 19. Received as: Caulobacter bacteroides Poindexter 1964. Ex: brown forest soil. Mountain region of Crimea. Republic of Crimea. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1178 | <-- INMI, VKM B-1178 < IBPM, IBPM BC-26 < Belyaev S.S. IBPM, 26. Received as: Caulobacter bacteroides Poindexter 1964. Ex: sphagniopratum. White Sea Biological Station MSU. Republic of Karelia, Loukhsky District, Primorsky. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1179 | <-- INMI, VKM B-1179 < IBPM, IBPM BC-101 < Belyaev S.S. IBPM, 101. Received as: Caulobacter bacteroides subsp. creteus Krassilnikov and Belyaev 1973. Ex: chestnut soil. Saratov Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-2, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1180 | <-- INMI, VKM B-1180 < IBPM, IBPM BC-10 < Belyaev S.S. IBPM, 10. Received as: Caulobacter bacteroides subsp. modicus Krassilnikov and Belyaev 1973. Ex: brown forest soil. Mountain region of Crimea. Republic of Crimea. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1181 | <-- INMI, VKM B-1181 < IBPM, IBPM BC-2 < Belyaev S.S. IBPM, 2. Received as: Caulobacter flexibilis Krassilnikov and Belyaev 1973. Ex: water. Reservoir. Volgograd. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-2, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1182 | <-- INMI, VKM B-1182 < IBPM, IBPM BC-22 < Belyaev S.S. IBPM, 22. Received as: Caulobacter fulvus Krassilnikov and Belyaev 1973. Ex: water. Lake. Murmansk Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1183 | <-- INMI, VKM B-1183 < IBPM, IBPM BC-25 < Belyaev S.S. IBPM, 25. Received as: Caulobacter fusiformis Poindexter 1964. Ex: water. Lake, White Sea Biological Station MSU. Murmansk Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1184 | <-- INMI, VKM B-1184 < IBPM, IBPM BC-131 < Belyaev S.S. IBPM, 131. Received as: Caulobacter glutinosus Krassilnikov and Belyaev 1973. Ex: chestnut soil. Saratov Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-2, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1186 | <-- INMI, VKM B-1186 < IBPM BC-48 < Belyaev S.S. IBPM, 48. Received as: Caulobacter kusnezovii Krassilnikov and Belyaev 1973. Ex: water. Lake, White Sea Biological Station MSU. Murmansk Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1187 | <-- INMI, VKM B-1187 < IBPM, IBPM BC-18 < Belyaev S.S. IBPM, 18. Received as: Caulobacter metschnikovii Krassilnikov and Belyaev 1973. Ex: brown soil. Mountain region of Crimea. Republic of Crimea. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1188 | <-- INMI, VKM B-1188 < IBPM, IBPM BC-23 < Belyaev S.S. IBPM, 23. Received as: Caulobacter robiginosus Krassilnikov and Belyaev 1973. Ex: water. Lake, White Sea Biological Station MSU. Murmansk Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1189 | <-- INMI, VKM B-1189 < IBPM, IBPM BC-1 < Belyaev S.S. IBPM, 1. Received as: Caulobacter rossi Krassilnikov and Belyaev 1973. Ex: water. Kuybishev reservoir. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1190 | <-- INMI, VKM B-1190 < IBPM, IBPM BC-44 < Belyaev S.S. IBPM, 44. Received as: Caulobacter rutilus Krassilnikov and Belyaev 1973. Ex: water. Lake, White Sea Biological Station MSU. Murmansk Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1191 | <-- INMI, VKM B-1191 < IBPM, IBPM BC-31 < Belyaev S.S. IBPM, 31. Received as: Caulobacter subvibrioides Poindexter 1964. Ex: peaty-gley soil. Moscow Region, Chashnikovo. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1486 | <-- IBPM, IBPM BC-15 < Belyaev S.S. IBPM, 15. Received as: Caulobacter bacteroides subsp. modicus Krassilnikov and Belyaev 1973. Ex: brown forest soil. Mountain region of Crimea. Republic of Crimea. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1487 | <-- IBPM, IBPM BC-3 < Belyaev S.S. IBPM, 3. Received as: Caulobacter flexibilis Krassilnikov and Belyaev 1973. Ex: water. Volga River. Samara. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-2, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1488 | <-- IBPM, IBPM BC-140 < Belyaev S.S. IBPM, 140. Received as: Caulobacter glutinosus Krassilnikov and Belyaev 1973. Ex: chestnut soil. Saratov Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1489 | <-- IBPM, IBPM BC-20 < Belyaev S.S. IBPM, 20. Received as: Caulobacter metschnikovii Krassilnikov and Belyaev 1973. Ex: brown soil. Mountain region of Crimea. Republic of Crimea. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1504 | <-- Andreev LV. IBPM, CB 66 Type 1 < Poindexter J.S. PHRI, CB 66 Type 1. Received as: Caulobacter sp. (ATCC 15263; DSM 10556). Ex: water. Pond. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1505 | <-- Andreev LV. IBPM, CB 26 Type 2 < Poindexter J.S. PHRI, CB 26 Type 2. Received as: Caulobacter sp. (ATCC 15256; DSM 6811). Ex: water. Pond. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1506 | <-- Andreev LV. IBPM, CB 35 Type 4 < Poindexter J.S. PHRI, CB 35 Type 4. Received as: Caulobacter sp. (ATCC 15259; DSM 10560). Ex: water. Pond. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1507 | <-- Andreev LV. IBPM, CB 28 Type 5 < Poindexter J.S. PHRI, CB 28 Type 5. Received as: Caulobacter sp. (ATCC 15258; DSM 10670). Ex: water. Pond. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1509 | <-- Andreev LV. IBPM, CB 104 E < Poindexter J.S. PHRI, CB 104 E. Received as: Caulobacter sp. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1560 | <-- IBPM, IBPM BC-107 < Belyaev S.S. IBPM, 107. Received as: Caulobacter bacteroides subsp. creteus Krassilnikov and Belyaev 1973. Ex: chestnut soil. Saratov Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 30oC, F-2, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1561 | <-- IBPM, IBPM BC-112 < Belyaev S.S. IBPM, 112. Received as: Caulobacter bacteroides subsp. creteus Krassilnikov and Belyaev 1973. Ex: chestnut soil. Saratov Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 30oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1562 | <-- IBPM, IBPM BC-17 < Belyaev S.S. IBPM, 17. Received as: Caulobacter bacteroides subsp. modicus Krassilnikov and Belyaev 1973. Ex: brown forest soil. Mountain region of Crimea. Republic of Crimea. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 30oC, F-2, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1563 | <-- IBPM, IBPM BC-35 < Belyaev S.S. IBPM, 35. Received as: Caulobacter subvibrioides Poindexter 1964. Ex: peaty-gley soil. Moscow Region, Chashnikovo. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 30oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1810 | <-- ATCC 15267 < Stove J.L., KA 5 Type 3. Received as: Caulobacter sp. (ATCC 15267; DSM 6812). Ex: pond and tap-water mixture. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, S-4, S-5) |
| Brevundimonas sp. | |
| VKM B-1981 | <-- Lapteva N.A. IBIW, 5. Received as: Caulobacter sp. Ex: water, depth 0,5 m. Sevan Lake. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-1982 | <-- Lapteva N.A. IBIW, 9. Received as: Caulobacter sp. Ex: water, depth 30 m. Sevan Lake. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-1985 | <-- Lapteva N.A. IBIW, 32. Received as: Caulobacter subvibrioides Poindexter 1964. Ex: water, surface. Baikal Lake, Anga-Suhaya River. Trans-Baikal Territory. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-1986 | <-- Lapteva N.A. IBIW, 33. Received as: Caulobacter sp. Ex: water. Baikal Lake, Tyya - Nemnyanka. Trans-Baikal Territory. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-1987 | <-- Lapteva N.A. IBIW, 37. Received as: Caulobacter henricii subsp. aurantiacus Poindexter 1964. Ex: water. Pybinsk Reservoir. Yaroslavl Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-1988 | <-- Lapteva N.A. IBIW, 40. Received as: Caulobacter sp. Ex: water, surface. Chashnitskoe Lake. Yaroslavl Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-1989 | <-- Lapteva N.A. IBIW, 55. Received as: Caulobacter bacteroides subsp. creteus Krassilnikov and Belyaev 1973. Ex: water. Pybinsk Reservoir. Yaroslavl Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-1990 | <-- Lapteva N.A. IBIW, 56. Received as: Caulobacter sp. Ex: water. Pybinsk Reservoir. Yaroslavl Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-1991 | <-- Lapteva N.A. IBIW, 58. Received as: Caulobacter sp. Ex: water, metalimnion. Sevan Lake. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-1992 | <-- Lapteva N.A. IBIW, 121. Received as: Caulobacter sp. Ex: water, surface. Issyk-Kul Lake. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-1993 | <-- Lapteva N.A. IBIW, 213. Received as: Caulobacter sp. Ex: water. Issyk-Kul Lake. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-1994 | <-- Lapteva N.A. IBIW, 9b. Received as: Caulobacter sp. Ex: water. Sevan Lake (Small Sevan). Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-1997 | <-- Lapteva N.A. IBIW, 41. Received as: Caulobacter bacteroides Poindexter 1964. Ex: water, metalimnion. Rayalamba Lake. Republic of Karelia. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-2001 | <-- Lapteva N.A. IBIW, 57. Received as: Caulobacter sp. Ex: water, metalimnion. Sevan Lake. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-2002 | <-- Lapteva N.A. IBIW, 26. Received as: Caulobacter bacteroides Poindexter 1964. Baikal Lake, Barguzin Bay. Trans-Baikal Territory. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-2015 | <-- Lapteva N.A. IBIW, 23. Received as: Caulobacter sp. Ex: bottom water. Beloye Lake. Vologda Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-2016 | <-- Lapteva N.A. IBIW, 59. Received as: Caulobacter bacteroides Poindexter 1964. Ex: water. Pybinsk Reservoir. Yaroslavl Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-2583 | <-- Lapteva N.A. IBIW, 21a. Received as: Caulobacter sp. Ex: water, depth 25 m. Sevan Lake. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-2584 | <-- Lapteva N.A. IBIW, 25. Received as: Caulobacter sp. Ex: water. Lindlamba Lake. Republic of Karelia. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas sp. | |
| VKM B-3358 | <-- Petrova M.A. IMG, EK41. Received as: Brevundimonas sp. Ex: permafrost, 50-300 thousand years. Beacon Valley, Antarctica. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 30oC, F-1) |
| Brevundimonas sp. | |
| UQM 40256 | <-- UNIQEM, UQM 40256 < Nikitin D.I., IMNI, U592 < VKM B-1191 < IBPM BC-31 < Belyaev S.S. IBPM, 31. (VKM B-1191). Ex: peaty-gley soil. Moscow Region, Chashnikovo. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 30oC, C-1) |
| Brevundimonas sp. | |
| UQM 40262 | <-- UNIQEM, UQM 40262 < Nikitin D.I., UNIQEM 645 < VKM, B-1189 < IBPM, IBPM BC-1 < Belyaev S.S. BC-1. (VKPM, B-6258, VKM B-1189). Ex: water. Kuibyshev Reservoir. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Brevundimonas sp. | |
| UQM 40263 | <-- UNIQEM, UQM 40263 < Nikitin D.I., UNIQEM 593 < VKM, B-1187 < IBPM, IBPM BC-18 < Belyaev S.S. BC-18. (VKM B-1187). Ex: brown soil. Crimea, Ukranian SSR. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Brevundimonas sp. | |
| UQM 40264 | <-- UNIQEM, UQM 40264 < Nikitin D.I., UNIQEM 649 < VKM, B-1186 < IBPM, IBPM BC-48 < Belyaev S.S. BC-48. (VKM B-1186). Ex: freshwater lake. Zapolyar'ye. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Brevundimonas sp. | |
| UQM 40266 | <-- UNIQEM, UQM 40266 < Nikitin D.I., UNIQEM 651 < VKM, B-1184 < IBPM BC-131 < Belyaev S.S. BC-131. (VKM B-1184). Ex: chestnut soil. unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Brevundimonas sp. | |
| UQM 40268 | <-- UNIQEM, UQM 40268 < Nikitin D.I., UNIQEM 622 < VKM, B-1506 < Andreev L.V. IBPM, CB 35 Type 4 < Poindexter J.S. PHRI, CB 35 Type 4. Synonym: Caulobacter sp. (DSM 10560, VKM B-1506). Ex: pond water. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Brevundimonas sp. | |
| UQM 40269 | <-- UNIQEM, UQM 40269 < Nikitin D.I., UNIQEM 648 < VKM B-1182 < IBPM, IBPM BC-22 < Belyaev S.S. IBPM, 22. (VKM B-1182). Ex: freshwater. Murmansk region. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Brevundimonas sp. | |
| UQM 40271 | <-- UNIQEM, UQM 40271 < Nikitin D.I., UNIQEM 618 < VKM B-1181 < IBPM, IBPM BC-2 < Belyaev S.S. IBPM, 2. (VKM B-1181). Ex: river water. Volga River. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Brevundimonas sp. | |
| UQM 40272 | <-- UNIQEM, UQM 40272 < Nikitin D.I., UNIQEM 646 < VKM B-1176 < IBPM, IBPM BC-4 < Belyaev S.S. IBPM, 4. (VKM B-1176). Ex: soil. unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Brevundimonas sp. | |
| UQM 40273 | <-- UNIQEM, UQM 40273 < Nikitin D.I., UNIQEM 650 < VKM B-1179 < IBPM, IBPM BC-101 < Belyaev S.S. IBPM, 101. (VKM B-1179). Ex: chestnut soil. unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Brevundimonas sp. | |
| UQM 40274 | <-- UNIQEM, UQM 40274 < Nikitin D.I., UNIQEM 591 (=NP-105). Ex: soddy-podzolic soil, experimental field. Timiryazev Academy of Agriculture, Moscow. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Brevundimonas sp. | |
| UQM 40275 | <-- UNIQEM, UQM 40275 < Nikitin D.I., UNIQEM 590 (=NC-105). Ex: meadow-bog floodplain soil. Moscow region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Brevundimonas sp. | |
| UQM 40276 | <-- UNIQEM, UQM 40276 < Nikitin D.I., UNIQEM 589 (=NC-107). Ex: meadow-bog floodplain soil. Moscow region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Brevundimonas sp. | |
| UQM 40278 | <-- UNIQEM, UQM 40278 < Nikitin D.I., UNIQEM 620 < VKM, B-1505 < Andreev L.V. IBPM, CB 7 < Poindexter J.S. PHRI, CB 7. Synonym: Caulobacter sp. (DSM 6811, VKM B-1505). Ex: pond water. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Brevundimonas sp. | |
| UQM 40279 | <-- UNIQEM, UQM 40279 < Nikitin D.I., UNIQEM 647 < VKM B-1177 < IBPM, IBPM BC-19 < Belyaev S.S. IBPM, 19. (VKM B-1177). Ex: soil. unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Brevundimonas staleyi Abraham et al. 2010 | |
| VKM B-2596 Type | <-- W.-R. Abraham Helmholtz Centre of Infection Research, Braunschweig, Germany, FWC43 < John S. Vancouver, Canada. Received as: Brevundimonas staleyi Type. (CCUG 57884; LMG 25262). Ex: activated sludge. Alberta, Calgary. Canada. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Brevundimonas subvibrioides (Poindexter 1964) Abraham et al. 1999 | |
| VKM B-1503 Type | <-- Andreev LV. IBPM, CB 81 < Poindexter J.S. PHRI, CB 81. Received as: Caulobacter subvibrioides Type. Synonym: Caulobacter subvibrioides Poindexter 1964. (ATCC 15264; CCUG 48879; CIP 106453; DSM 4735; KCTC 12442; LMG 14903; VTT E-052920). Ex: water. Pond. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, S-4, S-5) |
| Brevundimonas subvibrioides (Poindexter 1964) Abraham et al. 1999 | |
| UQM 40260 type strain | <-- UNIQEM, UQM 40260 < Nikitin D.I., UNIQEM 624 (strain 9) < VKM, B-1503 < Andreev L.V. IBPM, CB 81 < Poindexter J.S. PHRI, CB 81. Synonym: Caulobacter subvibrioides Poindexter 1964. (ATCC 15264, CCUG 48879; CIP 106453; DSM 4735; KCTC 12442; LMG 14903; VTT E-052920; VKM B-1503). Ex: pond water. California. USA DNA sequences: 16S rRNA gene: AB008392. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Brevundimonas terrae Yoon et al. 2006 | |
| VKM B-2541 Type | <-- JCM 13476 < Yoon J.-H., KSL-145. Received as: Brevundimonas terrae Type. (CIP 109492; DSM 17329; JCM 13476; KCTC 12481). Ex: soil. South Korea. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, F-1) |
| Brevundimonas variabilis (Poindexter 1989) Abraham et al. 1999 | |
| VKM B-1192 | <-- INMI, VKM B-1192 < IBPM, IBPM BC-5 < Belyaev S.S. IBPM, 5. Received as: Caulobacter variabilis subsp. albus Krassilnikov and Belyaev 1973. Synonym: Caulobacter variabilis (ex Poindexter 1964) Poindexter 1989. Ex: soddy-heavy podzolic soil. Moscow Region, Chashnikovo. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Brevundimonas vesicularis (Busing et al. 1953) Segers et al. 1994 | |
| VKM B-974 Type | <-- INMI, VKM B-974 < Solntseva L.I. INMI, 500 < Stanier R.Y., 500. Received as: Pseudomonas vesicularis Type. Synonym: Corynebacterium vesiculare Busing et al. 1953; Pseudomonas vesicularis (Buesing et al. 1953) Galarneault and Leifson 1964. (ATCC 11426; BCRC 11012; CCM 3398; CCUG 2032; CCUG 28332; CCUG 28333; CECT 327; CFBP 3032; CIP 101035; DSM 7226; DSM 7233; IAM 12105; ICMP 2530; JCM 1477; KACC 11290; KCTC 12421; LMD 76.49; LMG 2350; NBRC 12165; NCCB 76049; NCIMB 13293; NCIMB 1945; NCTC 10900; VTT E-981070). Ex: leech, Hirudo medicinalis. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, C-1, F-1, F-3) |
| Brockia lithotrophica Perevalova et al. 2013 | |
| VKM B-2685 Type | <-- Perevalova A.A. INMI. Received as: Kam1851. (DSM 22653). Ex: terrestrial hot spring. Caldera, Uzon Volcano, Kamchatka Peninsula. Kamchatka Territory. Russia DNA sequences: 16S rRNA gene: HQ540553. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 321, 60-65oC Growth condition: anaerobic., C-8) |
| Brockia lithotrophica Perevalova et al. 2013 | |
| UQM 40990 type strain | <-- UNIQEM, UQM 40990 <-- A.A. Perevalova, Kam1851, 2012. (DSM 22653, VKM B-2685). Ex: sediment-water mixture from a terrestrial hot spring. Russian Federation Uzon Caldera, East Thermal Field, Zavarzin Pool. Uzon Caldera, East Thermal Field, Zavarzin Pool. Russian Federation DNA sequences: 16S rRNA gene: HQ540553. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 321, 60oC, C-1, S-1) |
| Brucella anthropi (Holmes et al. 1988) Hordt et al. 2020 | |
| VKM B-606 | <-- INMI, VKM B-606 < CCM, CCM 999. Received as: Xanthomonas arsenoxydans Turner 1954. Synonym: Ochrobactrum anthropi Holmes et al. 1988. (CCM 999; CCUG 1821; LMG 2134; LMG 2320(tl); LMG 5140; NCIMB 8688). Ex: arsenical cattle-dip fluid. Queensland. Australia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, C-1, F-1, F-3) |
| Brucella tritici (Lebuhn et al. 2000) Hordt et al. 2020 | |
| VKM B-609 | <-- INMI, VKM B-609 < CCM, CCM 1057. Received as: Xanthomonas begoniae (Takimoto) Dowson 1939. Synonym: Ochrobactrum tritici Lebuhn et al. 2000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 112, 28oC, C-1, F-1, F-3) |
| Bryobacter aggregatus Kulichevskaya et al. 2010 | |
| UQM 40991 type strain | <-- UNIQEM, UQM 40991 <-- I. S. Kulichevskaya, MPL3, 2008. (ATCC BAA-1390, DSM 18758). Ex: sphagnum peat bog. West Siberia, Tomsk region, Bakchar Bog. West Siberia, Tomsk region, Bakchar Bog. Russian Federation DNA sequences: 16S rRNA gene: AM162405, genome: NZ_JNIF00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 292, 22oC, C-1) |
| Bryocella elongata Dedysh et al. 2012 | |
| UQM 40992 type strain | <-- UNIQEM, UQM 40992 <-- Dedysh S.N., SN10, 2011. (DSM 22489, LMG 25276). Ex: methanotrophic community enriched from a Sphagnum peat sample. Arkhangelsk Region. Arkhangelsk Region. Russian Federation DNA sequences: 16S rRNA gene: FR666706, genome: NZ_FNVA00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 22oC, C-1, S-1) |
| Caldanaerobacter uzonensis Kozina et al. 2010 | |
| VKM B-2408 Type | <-- Kublanov I.V. INMI. Received as: K67. (DSM 18923). Ex: terrestrial hot spring. Terrestrial hot spring, Kamchatka Peninsula. Kamchatka Territory. Russia DNA sequences: 16S rRNA gene: EF195126. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 364, 65oC Growth condition: anaerobic., F-1, F-2) |
| Caldithrix abyssi Miroshnichenko et al. 2003 | |
| VKM B-2286 Type | <-- Bonch-Osmolovskaya E.A. INMI, LF13. (DSM 13497). Ex: deep-sea hydrothermal chimney sample. The Mid-Atlantic Ridge. DNA sequences: 16S rRNA gene: AJ430587. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 230, 60oC Growth condition: anaerobic., S-2) |
| Caldithrix palaeochoryensis Miroshnichenko et al. 2010 | |
| VKM B-2536 Type | <-- Miroshnichenko M.L. INMI. Received as: MC. (DSM 21940). Ex: geothermally heated sediment. Palaeochory Bay. Milos. Greece DNA sequences: 16S rRNA gene: FJ999729. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 230, 60oC Growth condition: anaerobic., S-2) |
| Caloribacterium cisternae Slobodkina et al. 2012 | |
| VKM B-2670 Type | <-- Slobodkina G.B. INMI. Received as: SGL43. (DSM 23830). Ex: water. Underground gas storage reservoir. Stavropol Territory. Russia DNA sequences: 16S rRNA gene: JF262044. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 365, 50oC Growth condition: anaerobic., F-2) |
| Calorimonas adulescens Khomyakova et al. 2020 | |
| VKM B-3388 Type strain | <-- Khomyakova M.A., FRC Fundamentals of Biotechnology. Received as: strain A05 MB. (KCTC 15839). Ex: thermal spring. Daginskiye thermal springs. Sakhalin Region. Russia DNA sequences: 16S rRNA gene: MK787307; genome: VTPS00000000.1.. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 392, 60oC Growth condition: anaerobic., C-8) |
| Candidatus Desulfonatronobulbus propionicus Sorokin et al. 2016 | |
| UQM 40316 | <-- UNIQEM, UQM 40316 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 995 = APr1, 2015. Ex: hypersaline soda lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: are KU681311. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Candidatus Nitrososphaera gargensis Hatzenpichler et al. 2008 | |
| UQM 40977 proposed as type strain | <-- UNIQEM, UQM 40977 <-- Lebedeva E.V., G-9.2, 2013, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia. Ex: hot spring. Garga hot spring. Garga hot spring. Buryatia DNA sequences: 16S rRNA gene: EU281334, genome: CP002408.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 46oC, S-1) |
| Candidatus Nitrosotenuis uzonensis Lebedeva et al. 2013 | |
| UQM 40976 proposed as type strain | <-- UNIQEM, UQM 40976 <-- Lebedeva E.V., N4, 2013, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia. Ex: hot spring. Uzon caldera. Uzon caldera. Russian Federation DNA sequences: genome: GCA_000723185.1, GCA_905220655.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 46oC, S-1) |
| Candidatus Syntrophocurvum alkaliphilum Sorokin et al. 2016 | |
| UQM 40315 | <-- UNIQEM, UQM 40315 <-- D.Yu. Sorokin, D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 998 = 2M. Ex: hypersaline soda lake. Central Asia. USSR DNA sequences: 16S rRNA gene: KU760887, genome sequence: NZ_CP046457.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Candidatus Syntropholuna alkaliphila Sorokin et al. 2016 | |
| UQM 40314 | <-- UNIQEM, UQM 40314 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 996. Ex: hypersaline soda lake. Central Asia. USSR DNA sequences: 16S rRNA gene: KU681304.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Candidatus Syntrophonatronum acetoxidans corrig. Sorokin et al. 2014 | |
| UQM 40460 type strain | <-- UNIQEM, UQM 40460 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 977 = AAS1. Ex: D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia. Bitter-1 Lake, Kulunda steppe. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 35oC, C-1) |
| Candidatus Cyclonatronum proteinivorum Sorokin et al. 2018 | |
| UQM 40474 | <-- UNIQEM, UQM 40474 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 979 = Omega. Ex: D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia. Kulunda Steppe. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Candidimonas sp. | |
| VKM B-2920 | <-- IM NAS of Belarus, BIM B-79 < Zaitsev G.M. IM NAS of Belarus. Received as: Alcaligenes faecalis. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1) |
| Carboxydocella manganica Slobodkina et al. 2012 | |
| VKM B-2609 Type | <-- Slobodkin A.I. INMI. Received as: SLM 61. (DSM 23132). Ex: sediment from a hot spring. Trostnikovyi field, caldera, Uzon Volcano, Kamchatka Peninsula. Kamchatka Territory. Russia DNA sequences: 16S rRNA gene: GU584133. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 231, 60oC Growth condition: anaerobic., F-2) |
| Carboxydocella sporoproducens Slepova et al. 2006 | |
| VKM B-2358 Type | <-- Bonch-Osmolovskaya E.A. INMI, Kar. (DSM 16521). Ex: thermal spring. Hot spring at depth of 4-6 m in the Tokarev Crater of the volcanic Lake Karymskoe, Kamchatka Peninsula. Kamchatka Territory. Russia DNA sequences: 16S rRNA gene: AY673988. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 231, 60oC Growth condition: anaerobic., F-2) |
| Carboxydocella sporoproducens Slepova et al. 2006 | |
| UQM 40993 type strain | <-- UNIQEM, UQM 40993 <-- Kochetkova T.V., 2004. (DSM 16521, VKM B-2358). Ex: hot spring at depth of 4-6 m. the Tokarev Crater, the volcanic Lake Karymskoe. the Tokarev Crater, the volcanic Lake Karymskoe. Russian Federation DNA sequences: 16S rRNA gene: AY673988.1, genome: NZ_FUXM00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 231, 60oC, C-1, S-1) |
| Carboxydocella thermautotrophica Sokolova et al. 2002 | |
| VKM B-2282 Type | <-- Bonch-Osmolovskaya E.A. INMI, 41. (DSM 12326). Ex: terrestrial hot vent. Geyser Valley, Kamchatka Peninsula. Kamchatka Territory. Russia DNA sequences: 16S rRNA gene: AY061974. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 231, 58oC Growth condition: anaerobic., F-2, S-2) |
| Carboxydothermus ferrireducens (Slobodkin et al. 1997) Slobodkin et al. 2006 | |
| VKM B-2392 Type | <-- Slobodkin A.I. INMI. Received as: JW/AS-Y7. Synonym: Thermoterrabacterium ferrireducens Slobodkin et al. 1997. (DSM 11255). Ex: thermal spring. Yellowstone National Park. USA DNA sequences: 16S rRNA gene: U76363. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 232, 65oC Growth condition: anaerobic., F-2) |
| Carboxydothermus siderophilus Slepova et al. 2009 | |
| UQM 40994 type strain | <-- UNIQEM, UQM 40994 <-- Kochetkova T.V., 1315, 2007. (DSM 21278, VKPM 9905B). Ex: hot spring. the Valley of Geisers. the Valley of Geisers. Russian Federation DNA sequences: 16S rRNA gene: EF542810. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 231, 65oC, S-1) |
| Carnobacterium alterfunditum Franzmann et al. 1993 | |
| VKM B-2829 Type | <-- Shcherbakova V.A. IBPM. Received as: Carnobacterium alter funditum pf4 DSM 5972. (ACAM 313; ATCC 49837; CCUG 34643; CIP 105796; DSM 5972; IFO (now NBRC) 15548; JCM 12498; LMG 13520). Ex: water. Antarctica. DNA sequences: 16S rRNA gene: L08623. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 335, 20oC Growth condition: anaerobic., F-2, S-2) |
| Carnobacterium funditum Franzmann et al. 1993 | |
| VKM B-2828 Type | <-- Shcherbakova V.A. IBPM. Received as: Carnobacterium funditum pf3 DSM 5970. (ACAM 312; ATCC 49836; CCUG 34644; CIP 106503; DSM 5970; IFO (now NBRC) 15549; JCM 12499; LMG 14461). Ex: water. Antarctica. DNA sequences: 16S rRNA gene: S86170. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 335, 20oC Growth condition: anaerobic., F-2, S-2) |
| Carnobacterium viridans Holley et al. 2002 | |
| VKM B-146 | <-- INMI, VKM B-146 < Mitskevich I.N. INMI, 7091. Received as: Bacterium agile Jensen 1898. Ex: water, depth 31 m. Station 364, Atlantic Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, C-1, F-1, F-3) |
| Caryophanon latum Peshkoff 1939 | |
| VKM B-105 Type | <-- INMI, VKM B-105 < Peshkov M.A. IMA, aa. Received as: Caryophanon latum. (ATCC 33407; DSM 14151; DSM 14843; LMG 17312; NCIB 9533; NCIMB 9533). Ex: cow dung. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 101, 30oC, F-1, S-5) |
| Caryophanon latum Peshkoff 1939 | |
| VKM B-852 | <-- INMI, VKM B-852 < Peshkov M.A. IMA, suis 1. Received as: Caryophanon latum. Ex: cow dung. Borovichy. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 101, 30oC, F-1, S-5) |
| Caryophanon tenue (Peshkoff 1939) Trentini 1988 | |
| VKM B-106 Type | <-- INMI, VKM B-106 < Peshkov M.A. IMA, 6. Received as: Caryophanon tenue. Synonym: Caryophanon tenue Peshkoff 1939. (ATCC 33098; DSM 14152; KCTC 3404; LMG 17313; NCDO 2324; NCIMB 9535). Ex: cow dung. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 101, 30oC, F-1, S-5) |
| Catellatospora citrea Asano and Kawamoto 1986 | |
| VKM Ac-1421 Type | <-- IFO 14495. (ATCC 49964; CIP 107011; DSM 44097; IFO (now NBRC) 14495; JCM 7542; NRRL B-16429). Ex: woodland soil. Japan DNA sequences: AF152106, X93197, D85477. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 191, 28oC, F-1) |
| Catellatospora methionotrophica (Asano and Kawamoto 1988) Ara and Kudo 2006 | |
| VKM Ac-2008 Type | <-- JCM 7543. Received as: Catellatospora citrea subsp.methionotrophica Asano and Kawamoto 1988 Type. Synonym: Catellatospora citrea subsp. methionotrophica Asano and Kawamoto 1988. (ATCC 49965; CIP 107012; DSM 44098; IFO (now NBRC) 14553; JCM 7543; NBRC 14553; NRRL B-16431). Ex: woodland soil. Japan DNA sequences: AF152107, X93198. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 184, 28oC, F-1) |
| Catellatospora sp. | |
| VKM Ac-1471 | <-- Zgurskaya H.I. IBPM, P-31. Ex: soil, tropic island. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Catenuloplanes atrovinosus Tamura et al. 1995 | |
| VKM Ac-1972 Type | <-- JCM 9535. (ATCC 700015; IFO (now NBRC) 15579; JCM 9535). Ex: soil. India DNA sequences: AJ294716. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 191, 28oC, F-1) |
| Catenuloplanes castaneus Tamura et al. 1995 | |
| VKM Ac-1973 Type | <-- JCM 9537. (ATCC 700016; IFO (now NBRC) 15584; JCM 9537). Ex: soil. Japan DNA sequences: AB523883 (NBRC 15584), AB588634 (JCM 9537). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 191, 28oC, F-1) |
| Catenuloplanes crispus (Petrolini et al. 1993) Kudo et al. 1999 | |
| VKM Ac-1992 Type | <-- JCM 9312. Synonym: Planopolyspora crispa Petrolini et al. 1993. (ATCC 51431; DSM 44128; IFO (now NBRC) 15622; JCM 9312). Ex: leaf litter of Prunus persica DNA sequences: AB024701. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 225, 28oC, F-1) |
| Catenuloplanes indicus Tamura et al. 1995 | |
| VKM Ac-1999 Type | <-- JCM 9534. (ATCC 700014; IFO (now NBRC)15575; JCM 9534). Ex: soil. India DNA sequences: AJ294717. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 191, 28oC, F-1) |
| Catenuloplanes japonicus Yokota et al. 1993 | |
| VKM Ac-875 Type | <-- Kusaka T., IFO 14176. (ATCC 31637; DSM 44102; IFO (now NBRC) 14176; JCM 9106). Ex: soil. Japan DNA sequences: AJ865470, X93201, D85476, D14642. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, C-1, F-1) |
| Catenuloplanes nepalensis Tamura et al. 1995 | |
| VKM Ac-1996 Type | <-- JCM 9536. (ATCC 700017; IFO (now NBRC) 15583; JCM 9536). Ex: soil. Nepal DNA sequences: AB523882, FJ715941. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 191, 28oC, F-1) |
| Catenuloplanes niger Tamura et al. 1995 | |
| VKM Ac-1964 Type | <-- JCM 9533. (ATCC 31638; IFO (now NBRC) 14177; JCM 9533). Ex: soil. India DNA sequences: AB523881, AB588635, FJ715940, D14643. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, F-1) |
| Caulobacter fusiformis Poindexter 1964 | |
| VKM B-1502 Type | <-- Andreev LV. IBPM, CB 27 < Poindexter J.S. PHRI, CB 27. Received as: Caulobacter fusiformis Type. (ATCC 15257; DSM 4728; KCTC 3406; NCIMB 9788). Ex: water. Pond. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, S-4, S-5) |
| Caulobacter fusiformis Poindexter 1964 | |
| UQM 40267 type strain | <-- UNIQEM, UQM 40267 < Nikitin D.I., UNIQEM 621 < VKM, B-1502 < Andreev L.V. IBPM, CB 27 < Poindexter J.S., CB 27. (ATCC 15257, DSM 4728; VKM B-1502). Ex: pond water. California. USA DNA sequences: 16S rRNA gene: AB008533. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Caulobacter henricii Poindexter 1964 | |
| VKM B-1195 | <-- INMI, VKM B-1195 < IBPM, IBPM BC-45 < Belyaev S.S. IBPM, 45. Received as: Caulobacter vibrioides subsp. luridus Krassilnikov and Belyaev 1973. Ex: water. Lake, White Sea Biological Station MSU. Murmansk Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Caulobacter henricii Poindexter 1964 | |
| VKM B-1495 Type | <-- Andreev LV. IBPM, CB 4 < Poindexter J.S. PHRI, CB 4. Received as: Caulobacter henricii Type. (ATCC 15253; CCUG 49339; CIP 106446; DSM 4730; LMG 18392). Ex: water. Pond. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, S-4, S-5) |
| Caulobacter sp. | |
| VKM B-1490 | <-- IBPM, IBPM BC-88 < Belyaev S.S. IBPM, 88. Received as: Caulobaceter vibrioides subsp. luridus Krassilnikov and Belyaev 1973. Ex: peaty-gley soil. Moscow Region, Chashnikovo. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-2, S-4, S-5) |
| Caulobacter sp. | |
| VKM B-1999 | <-- Lapteva N.A. IBIW, 50. Received as: Caulobacter sp. Ex: water, surface. Blagoveshchenskoe Lake. Novgorod Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Caulobacter sp. | |
| VKM B-2000 | <-- Lapteva N.A. IBIW, 51. Received as: Caulobacter sp. Type I. Ex: water. Kishemskoe Lake. Vologda Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Caulobacter sp. | |
| VKM B-2017 | <-- Lapteva N.A. IBIW, 227. Received as: Caulobacter sp. Ex: water, surface. Teletskoe Lake. Altai Territory. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Caulobacter sp. | |
| UQM 40257 | <-- UNIQEM, UQM 40257 < Nikitin D.I., UNIQEM 653 (NP-103). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Caulobacter sp. | |
| UQM 40258 | <-- UNIQEM, UQM 40258 < Nikitin D.I., UNIQEM 654 (strain 6). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Caulobacter sp. | |
| UQM 40259 | <-- UNIQEM, UQM 40259 < Nikitin D.I., UNIQEM 655 (strain 9). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Caulobacter sp. | |
| UQM 40261 | <-- UNIQEM, UQM 40261 < Nikitin D.I., UNIQEM 652 (NP-104). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Caulobacter vibrioides Henrici and Johnson 1935 | |
| VKM B-1193 | <-- INMI, VKM B-1193 < IBPM, IBPM BC-13 < Belyaev S.S. IBPM, 13. Received as: Caulobacter vibrioides. Synonym: Caulobacter crescentus Poindexter 1964. Ex: soil, rubrozem. Mountain region of Crimea. Republic of Crimea. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Caulobacter vibrioides Henrici and Johnson 1935 | |
| VKM B-1194 | <-- INMI, VKM B-1194 < IBPM, IBPM BC-87 < Belyaev S.S. IBPM, 87. Received as: Caulobacter vibrioides subsp. limonus Poindexter 1964. Synonym: Caulobacter crescentus Poindexter 1964. Ex: turf-gley soil. Moscow Region, Chashnikovo. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-2, S-4, S-5) |
| Caulobacter vibrioides Henrici and Johnson 1935 | |
| VKM B-1369 | <-- INMI, VKM B-1369 < Poindexter J.S. PHRI, CB 15. Received as: Caulobacter crescentus. Synonym: Caulobacter crescentus Poindexter 1964. (ATCC 19089; CCM 3597; CIP 103742; NCIMB 9789). Ex: water. Pond. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Caulobacter vibrioides Henrici and Johnson 1935 | |
| VKM B-1491 | <-- IBPM, IBPM BC-21 < Belyaev S.S. IBPM, 21. Received as: Caulobacter crescentus. Synonym: Caulobacter crescentus Poindexter 1964. Ex: water. Botanic Garden of MSU. Moscow. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Caulobacter vibrioides Henrici and Johnson 1935 | |
| VKM B-1493 | <-- Andreev LV. IBPM, CB 2 < Poindexter J.S. PHRI, CB 2. Received as: Caulobacter crescentus Type. Synonym: Caulobacter crescentus Poindexter 1964. (ATCC 15252; CIP 101123; DSM 4727; KCTC 3405; NCIMB 9787; VTT E-93495). Ex: tap water. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Caulobacter vibrioides Henrici and Johnson 1935 | |
| VKM B-1494 | <-- Andreev LV. IBPM, CB13 B1a < Poindexter J.S. PHRI, CB13 B1a. Received as: Caulobacter crescentus. Synonym: Caulobacter crescentus Poindexter 1964. (ATCC 33532). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Caulobacter vibrioides Henrici and Johnson 1935 | |
| VKM B-1496 Type | <-- Andreev LV. IBPM, CB 51 < Poindexter J.S. PHRI, CB 51. Received as: Caulobacter vibrioides. Synonym: Caulobacter crescentus Poindexter 1964. (CIP 106452; DSM 9893). Ex: water. Pond. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Caulobacter vibrioides Henrici and Johnson 1935 | |
| VKM B-1497 | <-- Andreev LV. IBPM, CB 221 < Poindexter J.S. PHRI, CB 221. Received as: Caulobacter vibrioides. Synonym: Caulobacter crescentus Poindexter 1964. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, S-4, S-5) |
| Caulobacter vibrioides Henrici and Johnson 1935 | |
| VKM B-1498 | <-- Andreev LV. IBPM, CB 16 < Poindexter J.S. PHRI, CB 16. Received as: Caulobacter vibrioides sybsp. limonus Poindexter 1964. Synonym: Caulobacter crescentus Poindexter 1964. Ex: water. Pond. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Caulobacter vibrioides Henrici and Johnson 1935 | |
| VKM B-1575 | <-- IBPM, IBPM BC-49 < Belyaev S.S. IBPM, 49. Received as: Caulobacter vibrioides subsp. luridus Krassilnikov and Belyaev 1973. Synonym: Caulobacter crescentus Poindexter 1964. Ex: water. Lake, White Sea Biological Station MSU. Murmansk Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 29oC, F-1, S-4, S-5) |
| Caulobacter vibrioides Henrici and Johnson 1935 | |
| VKM B-1995 | <-- Lapteva N.A. IBIW, 11. Received as: Caulobacter crescentus. Synonym: Caulobacter crescentus Poindexter 1964. Ex: surface of the mud. Sevan Lake. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Caulobacter vibrioides Henrici and Johnson 1935 | |
| VKM B-1998 | <-- Lapteva N.A. IBIW, 44. Received as: Caulobacter vibrioides subsp. limonus Poindexter 1964. Synonym: Caulobacter crescentus Poindexter 1964. Ex: water. Zaulomskoe Lake. Vologda Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Caulobacter vibrioides Henrici and Johnson 1935 | |
| VKM B-2014 | <-- Lapteva N.A. IBIW, 7. Received as: Caulobacter crescentus. Synonym: Caulobacter crescentus Poindexter 1964. Ex: water. Sevan Lake. Armenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Caulobacter vibrioides Henrici and Johnson 1935 | |
| VKM B-2018 | <-- Lapteva N.A. IBIW, 343. Received as: Caulobacter sp. Synonym: Caulobacter crescentus Poindexter 1964. Ex: water, surface. Issyk-Kul Lake. Kyrgyzstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, F-1, F-3) |
| Caulobacter vibrioides Henrici and Johnson 1935 | |
| UQM 40270 type strain of Caulobacter crescentus | <-- UNIQEM, UQM 40270 < Nikitin D.I., UNIQEM 594 < VKM, B-1493 < Andreev L.V. IBPM, CB 2 < Poindexter J.S. PHRI, CB2. Synonym: Caulobacter crescentus Poindexter 1964 Type. (ATCC 15252, CIP 101123; DSM 4727; KCTC 3405; NCIMB 9787; VTT E-93495; VKM B-1493). Ex: tap water. California. USA DNA sequences: 16S rRNA gene: AF125194. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 28oC, C-1) |
| Celerinatantimonas diazotrophica Cramer et al. 2011 | |
| VKM B-3267 Type strain | <-- Rivkina E.M., Institute of biological and phisico-chemical problem of soil sciences RAS. Received as: Celerinatantimonas diazotrophica DSM 18577, S-G2-2. (DSM 18577; ATCC BAA-1368). Ex: root of the smooth cordgrass Spartina alterniflora. South Carolina. North Inlet salt marsh near Georgtown. USA DNA sequences: 16S rRNA gene DQ913890; nifH gene DQ913885. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 354) |
| Celerinatantimonas yamalonensis Shcherbakova et al. 2013 | |
| VKM B-2511 Type | <-- Shcherbakova V.A. IBPM. Received as: Idiomarina sp. C7. (DSM 21888). Ex: permafrost, cryopeg, water. Yamal Peninsula, Arctic. Russia DNA sequences: 16S rRNA gene: FJ039852. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 354, 18-22oC Growth condition: anaerobic 4% NaCl., S-2) |
| Cellulomonas biazotea (Kellerman et al. 1913) Bergey et al. 1923 | |
| VKM Ac-1410 Type | <-- DSM 20112. (ATCC 486; CIP 82.11; DSM 20112; IFO (now NBRC) 12680; JCM 1340; LMG 16695; NCDO 1654; NCIMB 8077). Ex: soil. Utah. USA DNA sequences: X79462, X83802. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Cellulomonas cellasea (Kellerman et al. 1913) Bergey et al. 1923 | |
| VKM Ac-1136 Type | <-- INMI, VKM B-1212 < IBPM, B-135. (ATCC 487; CCM 1925; CIP 102222; DSM 20118; IFO (now NBRC) 3753; JCM 9967; LMG 16323; NCIMB 8078) DNA sequences: X83804, X79459. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 191, 28oC, C-1, F-1) |
| Cellulomonas fimi (McBeth and Scales 1913) Bergey et al. 1923 | |
| VKM Ac-1411 Type | <-- DSM 20113. (ATCC 484; CIP 102114; DSM 20113; IFO (now NBRC) 15513; IMET 10687; JCM 1341; LMG 16345; NCIMB 11341; NCTC 7547). Ex: soil DNA sequences: CP002666 (complete genome),X83803, X79460. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Cellulomonas flavigena (Kellerman and McBeth 1912) Bergey et al. 1923 | |
| VKM Ac-1137 Type | <-- INMI, VKM B-1213 < IBPM, B-136. (ATCC 482; CCM 1926; CIP 82.10; DSM 20109; IFO (now NBRC) 3754; JCM 1489; LMG 16263; NCIMB 8073). Ex: soil DNA sequences: CP001964 (complete genome), X79463, X83799. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Cellulomonas gelida (Kellerman et al. 1913) Bergey et al. 1923 | |
| VKM Ac-1139 | <-- INMI, VKM B-1373 < DSM 20110. Received as: Cellulomonas subalbus (Kellerman et al.1913) Klark 1951. (ATCC 489; DSM 20110; NCIMB 8075). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, C-1, F-1) |
| Cellulomonas sp. | |
| VKM Ac-1158 | <-- INMI, VKM B-649 < ARRIAM, 760. Received as: Mycobacterium citreum Krassilnikov 1941. Ex: oak leaf, Quercus sp. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Cellulomonas sp. | |
| VKM Ac-1444 | <-- Evtushenko L.I. IBPM, 205. Ex: Julus sp., stomach. Rostov Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Cellulomonas sp. | |
| VKM Ac-1461 | <-- Evtushenko L.I. IBPM, 206. Ex: Julus sp., bowels. Rostov Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Cellulomonas uda (Kellerman et al. 1913) Bergey et al. 1923 | |
| VKM Ac-1140 Type | <-- INMI, VKM B-1374 < DSM 20107. (ATCC 491; CIP 102089; DSM 20107; IFO (now NBRC) 3747; JCM 1492; LMG 16327; NCIMB 8200). Ex: soil DNA sequences: X83801, X79457. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, C-1, F-1) |
| Cellulophaga lytica (Lewin 1969) Johansen et al. 1999 | |
| VKM B-1433 Type | <-- INMI, VKM B-1433 < NCMB, NCMB 1423. Received as: Cytophaga lytica Type. Synonym: Cytophaga lytica Lewin 1969. (ATCC 23178; CECT 5014; CIP 103822; DSM 7489; IAM 14306; JCM 8516; KCTC 2913; KCTC 2914; LMG 1344; NBRC 14961; NCIMB 1423). Ex: beach mud. Limon. Costa-Rica. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 178, 28oC, C-1, F-1, F-3) |
| Cellulosilyticum lentocellum (Murray et al. 1987) Cai and Dong 2010 | |
| VKM B-2770 Type | <-- Krivobok A. IMBP. Received as: Cellulosilyticum lentocellum RHM5, DSM 5427. Synonym: Clostridium lentocellum Murray et al. 1987. (ATCC 49066; DSM 5427; NCIMB 11756). Ex: the rumen of a domesticated yak, rumen of a yak Bos grunniens. Qinghai-Tibetan Plateau. China DNA sequences: 16S rRNA gene: X71851, complete genome:CP002582. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 330, 40oC Growth condition: anaerobic., F-2, S-2) |
| Cellulosimicrobium cellulans (Metcalf and Brown 1957) Schumann et al. 2001 | |
| VKM Ac-1025 | <-- Prauser H., IMET 7406. Received as: Oerskovia xanthineolytica Lechevalier 1972. Synonym: Cellulomonas cellulans (Metcalf and Brown 1957) Stackebrandt and Keddie 1988. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, C-1, F-1) |
| Cereibacter sphaeroides (van Niel 1944) Hordt et al. 2020 | |
| VKM B-1618 | <-- DM MSU, 8259. Received as: Rhodobacter sphaeroides. Synonym: Luteovulum sphaeroides (van Niel 1944) Suresh et al. 2020; Rhodopseudomonas sphaeroides van Niel 1944; Rhodobacter sphaeroides (van Niel 1944) Imhoff et al. 1984. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 197, 25oC Growth condition: anaerobic in the light., F-2, S-2) |
| Chitinispirillum alkaliphilum Sorokin et al. 2016 | |
| UQM 40531 type | <-- UNIQEM, UQM 40531 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 893 = Acht6-1, 2010. (DSM 24539). Ex: hypersaline soda lake sediments. Libyan desert, Wadi el Natrun valley. Egypt DNA sequences: 16S rRNA gene: JF304644, whole genome shotgun sequence: LDWW00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 88, 30oC, C-1) |
| Chitinivibrio alkaliphilus Sorokin et al. 2014 | |
| UQM 40579 type | <-- UNIQEM, UQM 40579 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 887 = Acht1, 2010. (DSM 24538). Ex: sediments of soda lake. Bitter-1 Lake, Kulunda steppe. Russian Federation DNA sequences: 16S rRNA gene: JF304641, genome: NZ_ASJR00000000.1; INSDC: ASJR00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 88, 30oC, C-1) |
| Chitinophaga filiformis (Reichenbach 1989) Kaempfer et al. 2006 | |
| VKM B-1400 Type | <-- INMI, VKM B-1400 < DSMZ, DSM 527 < Reichenbach H., Fx e1. Received as: Flexibacter elegans Type. Synonym: Flexibacter filiformis (ex Solntseva 1940) Reichenbach 1989; Flexibacter elegans Soriano 1945 non Lewin 1969; Myxococcus filiformis Solntseva 1940. (ATCC 29495; CCUG 12809; CIP 106401; DSM 527; HAMBI 1966; IAM 14320; JCM 21160; LMG 10391; LMG 23482; NBRC 15056; NCIMB 13250). Ex: soil. Samoa Island. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 28oC, F-1, S-5) |
| Chitinophaga sancti (Lewin 1969) Kaempfer et al. 2006 | |
| VKM B-1428 Type | <-- INMI, VKM B-1428 < NCMB, NCMB 1379. Received as: Flexibacter sancti Type. Synonym: Flexibacter sancti Lewin 1969. (ATCC 23092; CIP 107780; DSM 784; HAMBI 1988; IFO 15057; LMG 8377; NBRC 15057; NCIMB 1379). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 28oC, F-1, S-5) |
| Chlorobium limnaem | |
| VKM B-3490 | . Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 493 Growth condition: anaerobic with light.) |
| Chlorobium parvum | |
| VKM B-3491 Type strain | . Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 493) |
| Chloroflexus islandicus Gaisin et al. 2017 | |
| UQM 40995 type strain | <-- UNIQEM, UQM 40995 <-- Gorlenko V. M., isl-2, 2012 <-- V. Gaisin, RAS, Centre Bioengineering, Russia, isl-2 <-- A. M. Kalashnikov. (DSM 29225, JCM 30533). Ex: water-sand suspension from a geyser basin. Iceland, geyser Strokkur. Iceland, geyser Strokkur. Iceland DNA sequences: 16S rRNA gene: KP939041, Genome sequence: LWQS00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 55oC, S-4, S-1) |
| Clavibacter michiganensis (McCulloch 1925) Davis et al. 1984 subsp. insidiosus | |
| VKM Ac-1146 | <-- INMI, VKM B-1214 < IBPM, B-137 < CCM 1589. Received as: Corynebacterium insidiosum (McCulloch 1925) Jensen 1934. Synonym: Corynebacterium michiganense subsp. insidiosum (McCulloch 1925) Carlson and Vidaver 1982; Corynebacterium insidiosum (McCulloch 1925) Jensen 1934. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Clavibacter michiganensis (McCulloch 1925) Davis and al. 1984 subsp. insidiosus | |
| VKM Ac-1402 Type | <-- ICMP 2621 < Dye D.W., CK12. Synonym: Corynebacterium insidiosum (McCulloch 1925) Jensen 1934; Corynebacterium michiganense subsp. Insidiosum (McCulloch 1925) Carlson and Vidaver 1982. (CIP 105048; CIP 105363; DSM 20157; ICMP 2621; JCM 9664; LMG 3663; NCPPB 1109). Ex: lucerne, Medicago sativa. USA DNA sequences: AM410695 U09761, D45051. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Clavibacter michiganensis (McCulloch 1925) Davis et al. 1984 subsp. insidiosus | |
| VKM Ac-1416 | <-- ICMP 4192 < Hill C.F., AS5717. Synonym: Corynebacterium michiganense subsp. insidiosum (McCulloch 1925) Carlson and Vidaver 1982; Corynebacterium insidiosum (McCulloch 1925) Jensen 1934. (ICMP 4192). Ex: lucerne, Medicago sativa. New Zealand. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Clavibacter michiganensis (McCulloch 1925) Davis et al. 1984 subsp. insidiosus | |
| VKM Ac-1417 | <-- ICMP 3568 < Hale C.N., L49 < Coster E., JH3RR. Synonym: Corynebacterium michiganense subsp. insidiosum (McCulloch 1925) Carlson and Vidaver 1982; Corynebacterium insidiosum (McCulloch 1925) Jensen 1934. (ICMP 3568). Ex: lucerne, Medicago sativa. Australia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Clavibacter michiganensis (Smith 1910) Davis et al. 1984 subsp. michiganensis | |
| VKM Ac-1144 | <-- INMI, VKM B-565 < ARRIAM. Received as: Corynebacterium michiganense (Smith 1910) Jensen 1934. Synonym: Corynebacterium michiganense (Smith 1910) Jensen 1934. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Clavibacter michiganensis (Smith 1910) Davis et al. 1984 subsp. michiganensis | |
| VKM Ac-1403 Type | <-- ICMP 2550. Synonym: Corynebacterium michiganense (Smith 1910) Jensen 1934. (CIP 104846; DSM 46364; ICMP 2550; JCM 9665; LMG 7333; NCPPB 2581; NCPPB 2979). Ex: tomato, Lycopersicum esculentum. Hungary DNA sequences: AM410696, X77435, U09762, JN603277. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Clavibacter michiganensis (Vidaver and Mandel 1974) Davis et al. 1984 subsp. nebraskensis | |
| VKM Ac-1404 Type | <-- ICMP 3298. Synonym: Corynebacterium nebraskense Vidaver and Mandel 1974; Corynebacterium michiganense subsp. nebraskense (Vidaver and Mandel 1974) Carlson and Vidaver 1982. (ATCC 27794; CIP 105362; DSM 7483; ICMP 3298; JCM 9666; LMG 3700; LMG 5627; LMG 7223; NCPPB 2581). Ex: maize, Zea mays. USA DNA sequences: HE614873 (complete genome), AM410697, X77434, U09763. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Clavibacter michiganensis (Spieckermann and Kotthoff 1914) Davis et al. 1984 subsp. sepedonicus | |
| VKM Ac-1405 Type | <-- ICMP 2535. Synonym: Corynebacterium sepedonicum (Spieckermann and Kotthoff 1914) Skaptason and Burkholder 1942; Corynebacterium michiganense subsp. sepedonicum (Spieckermann and Kotthoff 1914) Carlson and Vidaver 1982. (ATCC 33113; CIP 104844; DSM 20744; ICMP 2535; JCM 9667; LMG 2889; NCPPB 2137). Ex: potato, Solanum tuberosum. Canada DNA sequences: AM849034 (complete genome) AM410694, U09764. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Clavibacter michiganensis (Carlson and Vidaver 1982) Davis et al. 1984 subsp. tessellarius | |
| VKM Ac-1406 Type | <-- ICMP 7221. Synonym: Corynebacterium michiganense subsp. tessellarius Carlson and Vidaver 1982. (ATCC 33566; CIP 105364; DSM 20741; ICMP 7221; JCM 9668; LMG 7294; NCPPB 3664). Ex: common wheat, Triticum aestivum DNA sequences: AM410693, U30254, U96181. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Clavibacter sp. | |
| VKM Ac-1154 | <-- INMI, VKM B-357 < ARRIAM, 835. Received as: Mycobacterium insidiosum Krassilnikov 1941. Ex: scotch pine, Pinus silvestris. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Clavibacter sp. | |
| VKM Ac-1363 | <-- Dobrovolskaya T.G. DSB MSU, 1P-r. Received as: Clavibacter desertorus. Ex: dung of Equus heminus. Kyzylkum Desert. Uzbekistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Clavibacter sp. | |
| VKM Ac-1365 | <-- Dobrovolskaya T.G. DSB MSU, 2P-r. Received as: Clavibacter desertorus. Ex: Colligonum sp., dry plant. Kyzylkum Desert. Uzbekistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Clavibacter sp. | |
| VKM Ac-1371 | <-- Dobrovolskaya T.G. DSB MSU, 21à-14. Received as: Clavibacter desertorus. Ex: Salsola sp. Kyzylkum Desert. Uzbekistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Clavibacter sp. | |
| VKM Ac-1790 | <-- IBPM, DL-7. Ex: Agrostis sp. Seed gall induced by nematode Anguina agrostis, Sakhalin Island. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Clavibacter sp. | |
| VKM Ac-1792 | <-- IBPM, DL-11. Ex: Agrostis sp. Seed gall induced by nematode Anguina agrostis, Sakhalin Island. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Clavibacter sp. | |
| VKM Ac-1797 | <-- IBPM, DL-355. Ex: Festuca sp. Phyllosphere. Belgorod Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Clavibacter sp. | |
| VKM Ac-2060 | <-- IBPM, DL-545. (IFO (now NBRC) 16405). Ex: Galatella punctata, seeds. Moscow Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Clostridium acetobutylicum McCoy et al. 1926 emend. Keis et al. 2001 | |
| VKM B-1787 Type | <-- DSMZ, DSM 792 < ATCC, ATCC 824. Received as: DSM 792. Synonym: Clostridium acetonobutylicum Prevot 1938; Clostridium acetobutyricum Prevot 1940. (ATCC 824; NCIMB 8052; NCIMB 8052; DSM 792; IFO 13948; VTT E-77022; CCRC 10639; YSM 1419) DNA sequences: 16S rRNA gene: AE001437. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 152, 37oC Growth condition: anaerobic., S-3) |
| Clostridium algoriphilum Shcherbakova et al. 2005 | |
| VKM B-2271 Type | <-- Shcherbakova V.A. IBPM. Received as: Clostridium sp. 14D1. (DSM 16153). Ex: permafrost, cryopeg, water. Kolyma Lowland, Noth East Siberia, Arctic. Russia DNA sequences: 16S rRNA gene: AY117755. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 323, 25oC Growth condition: anaerobic., F-2, S-3) |
| Clostridium alkalicellulosi corrig. Zhilina et al. 2006 | |
| VKM B-2328 | <-- Zhilina T.N. INMI. Received as: Z-7021-6. Ex: deposits of soda lake. Soda Beloe Lake. Republic of Byriatia. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 233, 35oC Growth condition: anaerobic., S-2) |
| Clostridium alkalicellulosi corrig. Zhilina et al. 2006 | |
| VKM B-2349 Type | <-- Zhilina T.N. INMI. Received as: Clostridium alkalicellum Z-7026. (DSM 17461). Ex: deposits of soda lake. Soda Beloe Lake. Republic of Byriatia. Russia DNA sequences: 16S rRNA gene: AY959944. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 233, 35-40oC Growth condition: anaerobic., F-2) |
| Clostridium beijerinckii Donker 1926 emend. Keis et al. 2001 | |
| VKM B-1773 | <-- DSMZ, DSM 552 < Gottschalk G. Received as: Clostridium butyricum, re-identified in DSM. (DSM 552; ATCC 19398). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 152, 37oC Growth condition: anaerobic., F-1, S-3) |
| Clostridium bowmanii Spring et al. 2003 | |
| VKM B-2737 Type | <-- Shcherbakova V.A. IBPM. Received as: C. bowmanii, A-1/C-an/C1. (ATCC BAA-581; DSM 14206). Ex: microbial mat located at the shallow area of Lake Fryxell. McMurdo Dry Valley, Antarctica. DNA sequences: 16S rRNA gene: AJ506119. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 323, 12-16oC Growth condition: anaerobic., F-2, S-2) |
| Clostridium deseptionensis | |
| VKM B-2784 | <-- Mironov V.A. IPCBPSS. Received as: Clostridium sp. G4. Ex: permafrost volcanic sediments. Deception island, Antarctica. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 323, 7oC Growth condition: anaerobic., F-2, S-2) |
| Clostridium estertheticum Collins et al. 1993 subsp. estertheticum Spring et al. 2003 | |
| VKM B-2739 Type | <-- Shcherbakova V.A. IBPM. Received as: Clostridium estertheticum DSM 8809. (ATCC 51377; CIP 105093; DSM 8809; NCIMB 12511.). Ex: meat from vacuum-package DNA sequences: S46734. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 323, 6-8oC Growth condition: anaerobic., F-2, S-2) |
| Clostridium fimetarium Kotsyurbenko et al. 1997 | |
| UQM 40180 type | <-- UNIQEM, UQM 40180 <-- O. R. Kotsyurbenko, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 731, Z-2189, 2000. (DSM 9179). Ex: cattle manure. Russian Federation. Russian Federation DNA sequences: 16S rRNA gene: X96957, genome: NZ_WJBE00000000.1; INSDC: WJBE00000000.9. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 204, 20oC, C-1) |
| Clostridium frigoriphilum Dorn-In et al. 2018 | |
| VKM B-2368 Type | <-- Pecheritsyna S.A. IBPM, 14F. Received as: Clostridium sp. Ex: water brine. Kolyma Lowland, Arctic. Russia DNA sequences: 16S rRNA gene: EF570920. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 232, 5-6oC Growth condition: anaerobic., F-2, S-3) |
| Clostridium frigoris Spring et al. 2003 | |
| VKM B-2735 Type | <-- Shcherbakova V.A. IBPM, DSM 14204. Received as: Clostridium frigoris strain D-1/D-an/II. (ATCC BAA-579; DSM 14204). Ex: microbial mat located at the shallow area of Lake Fryxell. McMurdo Dry Valley, Antarctica. DNA sequences: 16S rRNA gene: AJ506116. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 323, 5oC Growth condition: anaerobic., F-2, S-2) |
| Clostridium hiranonis Kitahara et al. 2001 | |
| VKM B-2732 Type | <-- Donova M.V. IBPM. Received as: DSM 13275. (JCM 10541; DSM 13275). Ex: human faeces. Japan DNA sequences: 16S rRNA gene: AB023970. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 322, 37oC Growth condition: anaerobic., F-2) |
| Clostridium hylemonae Kitahara et al. 2000 | |
| VKM B-2733 Type | <-- Donova M.V. IBPM. Received as: DSM 15053. (CIP 106689; DSM 15053; JCM 10539). Ex: the faeces of healthy human. Japan DNA sequences: AB023973. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 322, 37oC Growth condition: anaerobic., F-2, S-2) |
| Clostridium lacusfryxellens Spring et al. 2003 | |
| VKM B-2736 Type | <-- Shcherbakova V.A. IBPM, C/C-an/B1. Received as: Clostridium lacusfryxellens DSM 14205. (ATCC BAA-580; DSM 14205). Ex: microbial mat located at the shallow area of Lake Fryxell. McMurdo Dry Valley, Antarctica. DNA sequences: 16S rRNA gene: AJ506118. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 323, 8-12oC Growth condition: anaerobic., F-2, S-2) |
| Clostridium lituseburense (Laplanche and Saissac 1948) McClung and McCoy 1957 | |
| VKM B-2279 | <-- Shcherbakova V.A. IBPM. Received as: Clostridium sp. 21. Synonym: Inflabilis litus-eburense. Ex: anaerobic sewage sludge digester. Moscow Region. Russia DNA sequences: 16S rRNA gene: FJ606757. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 204, 37oC Growth condition: anaerobic., F-2, S-2) |
| Clostridium pasteurianum Winogradsky 1895 | |
| VKM B-1774 Type | <-- DSMZ, DSM 525 < IMG, IMG 1584b. Received as: DSM 525. (ATCC 6013; NCIMB 9486; NCIMB 9486; DSM 525; CCRC 10942; NCFB 1845; JCM 1108; IMG 1584b) DNA sequences: 16S rRNA gene: DQ911268; complete genome: CP009268. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 152, 37oC Growth condition: anaerobic., F-1, S-3) |
| Clostridium psychrophilum Spring et al. 2003 | |
| VKM B-2738 Type | . Received as: A-1/C-an/I. (ATCC BAA-582; DSM 14207.). Ex: microbial mat located at the shallow area of Lake Fryxell. McMurdo Dry Valley, Antarctica. DNA sequences: 16S rRNA gene: AJ297443. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 323, 4oC Growth condition: anaerobic., F-2, S-2) |
| Clostridium scindens Morris et al. 1985 | |
| VKM B-2734 Type | <-- Donova M.V. IBPM. Received as: Clostridium scindens strain Bokkenheuser 19. (ATCC 35704; CIP 106687; DSM 5676; JCM 6567.). Ex: the faeces of healthy human. USA DNA sequences: 16S rRNA gene: AF262238. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 322, 37oC Growth condition: anaerobic., F-2, S-2) |
| Clostridium sp. | |
| VKM B-2201 | <-- Shcherbakova V.A. IBPM, 14. Ex: anaerobic sewage sludge digester. Moscow Region. Russia DNA sequences: 16S rRNA gene: FJ606759. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): 4. (Medium 204, 37oC Growth condition: anaerobic., S-2) |
| Clostridium sp. | |
| VKM B-2202 | <-- Shcherbakova V.A. IBPM. Received as: 24. Ex: anaerobic sewage sludge digester. Moscow Region. Russia DNA sequences: 16S rRNA gene: FJ606756. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): 4. (Medium 204, 37oC Growth condition: anaerobic., S-2) |
| Clostridium sp. | |
| VKM B-3060 | . Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): 4. (Medium 37, 355oC, F-2) |
| Clostridium sporogenes Metchnikoff 1908) Bergey et al. 1923 | |
| VKM B-2623 | <-- Chuvilskaya N.A. IBPM, 272. Synonym: Bacillus sporogenes var. A Metchnikoff 1908; Metchnikovillus sporogenes (sic) Heller 1922; Clostridium sporogenes (Heller 1922) Bergey et al. 1923; Clostridium sporogenes var. A (Metchnikoff 1908) Prevot 1938. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 355, 37oC Growth condition: anaerobic., F-1, F-2) |
| Clostridium stercorarium Madden 1983 subsp.nov. subsp. stercorarium Madden 1983 subsp.nov. | |
| VKM B-2620 Type | <-- Chuvilskaya N.A. IBPM. (DSM 8532; ATCC 35414; NCIB 11754) DNA sequences: 16S rRNA gene: AJ310082. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 311, 55oC Growth condition: anaerobic., S-2) |
| Clostridium tagluense Suetin et al. 2009 | |
| VKM B-2369 Type | <-- Shcherbakova V.A. IBPM. Received as: Clostridium sp. A121. (DSM 17763). Ex: permafrost sample. Canadien High Arctic. Taglu. Canada DNA sequences: 16S rRNA gene: DQ296031. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 232, 15-20oC Growth condition: anaerobic., F-2, S-3) |
| Clostridium thermocellum Viljoen et al. 1926 | |
| VKM B-2203 | <-- Shcherbakova V.A. IBPM. Received as: F7. Ex: soil. Caspian Lowland. Azerbaijan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 310, 58oC Growth condition: anaerobic., S-2) |
| Clostridium thermocellum Viljoen et al. 1926 | |
| VKM B-2611 | <-- Chuvilskaya N.A. IBPM. Received as: F1. Lankaran River valley. Azerbaijan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 310, 60oC Growth condition: anaerobic., S-2) |
| Clostridium thermocellum Viljoen et al. 1926 | |
| VKM B-2612 | <-- Chuvilskaya N.A. IBPM, F4. Lankaran River valley. Azerbaijan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 310, 60oC Growth condition: anaerobic., S-2) |
| Clostridium thermocellum Viljoen et al. 1926 | |
| VKM B-2614 | <-- Chuvilskaya N.A. IBPM, F15. Lankaran River valley. Azerbaijan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 310, 60oC Growth condition: anaerobic., S-2) |
| Clostridium thermocellum Viljoen et al. 1926 | |
| VKM B-2615 | <-- Chuvilskaya N.A. IBPM, F19. Ex: soil. Lankaran River valley. Azerbaijan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 310, 60oC Growth condition: anaerobic., S-2) |
| Clostridium thermocellum Viljoen et al. 1926 | |
| VKM B-2616 | <-- Chuvilskaya N.A. IBPM, LQR1. (DSM 2360; ATCC 35609). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 310, 60oC Growth condition: anaerobic., S-2) |
| Clostridium thermocellum Viljoen et al. 1926 | |
| VKM B-2619 | <-- Chuvilskaya N.A. IBPM, 5. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 310, 55oC Growth condition: anaerobic., F-2, S-2) |
| Clostridium uzonii Krivenko et al. 1990 | |
| VKM B-1678 | <-- Krivenko V.V. INMI, 1501/60. Ex: water. Geyser hydrothermal system, Uzon Volcano, Kamchatka Peninsula. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 153, 60oC Growth condition: anaerobic., S-3) |
| Comamonas testosteroni (Marcus and Talalay 1956) Tomaoka et al. 1987 emend. Willems et al. 1991 | |
| VKM B-1241 Type | <-- INMI, VKM B-1241 < CCM, CCM 1931. Received as: Pseudomonas testosteroni Type. Synonym: Pseudomonas testosteroni Marcus and Talalay 1956. (ATCC 11996; BCRC 11023; BCRC 14822; CCM 1931; CDBB 102; CECT 326; CFBP 2436; CIP 59.24; DSM 50244; HAMBI 403; IAM 12419; JCM 5832; JCM 6221; KCTC 12347; KCTC 1772; KCTC 2990; LMD 86.53; LMG 1786; LMG 1800; NBRC 14951; NCAIM B.01655; NCAIM B.01926; NCCB 86053; NCIMB 8955; NCPPB 1969; NCTC 10698; NRRL B-2611; NRRL B2611; VTT E-86249). Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, C-1, F-1, F-3) |
| Coprobacter fastidiosus Shkoporov et al. 2013 | |
| VKM B-2743 Type | <-- Shkoporov A., Efimov B. A., Pirogov Russian National Research Medical University. Received as: strain NSB1. (DSM 26242). Ex: child faeces. Moscow. Russia DNA sequences: 16S rRNA gene: JN703378, JQ340477. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 325, 37oC Growth condition: anaerobic., S-2) |
| Coprobacter secundus Shkoporov et al 2015 | |
| VKM B-2857 Type | <-- Efimov B.A., Shkoporov A.N., Pirogov RNRMU. Received as: Barnesiella sp. 177. (DSM 28864). Ex: faeces of 19 years old healthy adult. Moscow. Russia DNA sequences: 16S rRNA gene: KJ572412. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 335, 37oC Growth condition: anaerobic., F-2, S-2) |
| Corallococcus coralloides (Thaxter 1892) Reichenbach 2007 | |
| UQM 40039 | <-- UNIQEM, UQM 40039 < Afinogenova A.V., UNIQEM 4. Orel. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 30oC, C-1) |
| Corallococcus coralloides (Thaxter 1892) Reichenbach 2007 | |
| UQM 40040 | <-- UNIQEM, UQM 40040 < Afinogenova A.V., UNIQEM 10. Orel. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 30oC, C-1) |
| Corallococcus coralloides (Thaxter 1892) Reichenbach 2007 | |
| UQM 40041 | <-- UNIQEM, UQM 40041 < Afinogenova A.V., UNIQEM 10. Orel. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 30oC, C-1) |
| Corallococcus coralloides (Thaxter 1892) Reichenbach 2007 | |
| UQM 40042 | <-- UNIQEM, UQM 40042 < Afinogenova A.V., UNIQEM 31. Danube basin. Slovakia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 30oC, C-1) |
| Corallococcus coralloides (Thaxter 1892) Reichenbach 2007 | |
| UQM 40043 | <-- UNIQEM, UQM 40043 < Afinogenova A.V., UNIQEM 24. Danube basin. Slovakia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 30oC, C-1) |
| Corallococcus coralloides (Thaxter 1892) Reichenbach 2007 | |
| UQM 40044 | <-- UNIQEM, UQM 40044 < Afinogenova A.V., UNIQEM 32. Moscow oblast. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 30oC, C-1) |
| Corallococcus coralloides (Thaxter 1892) Reichenbach 2007 | |
| UQM 40045 | <-- UNIQEM, UQM 40045 < Afinogenova A.V., UNIQEM 6D. Moscow oblast. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 30oC, C-1) |
| Corallococcus coralloides (Thaxter 1892) Reichenbach 2007 | |
| UQM 40047 | <-- UNIQEM, UQM 40047 < Afinogenova A.V., UNIQEM 19D. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 30oC, C-1) |
| Corynebacterium ammoniagenes (Cooke and Keith 1927) Collins 1987 | |
| VKM Ac-2185 Type | <-- VKM B-672 < INMI, VKM B-672 < NCIMB 8143. Received as: Brevibacterium ammoniagenes (Cooke and Keith 1927) Breed 1953 Type. Synonym: Brevibacterium ammoniagenes (Cooke and Keith 1927) Breed 1953. (ATCC 6871; CIP 101283; DSM 20306; IFO (now NBRC) 12612; JCM 1305; NCIMB 8143; NCTC 2398). Ex: stool of infant DNA sequences: X84440, X82056. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, F-3) |
| Corynebacterium flavescens Barksdale et al. 1979 | |
| VKM Ac-1956 Type | <-- JCM 1317. Received as: Microbacterium flavum Orla-Jensen 1919. Synonym: Microbacterium flavum Orla-Jensen 1919; Mycobacterium flavum (Orla-Jensen 1919) Jensen 1934. (ATCC 10340; CCRC 12131; CIP 69.5; DSM 20296; IAM 1642; IFO (now NBRC) 14136; JCM 1317; LMG 4046; NCFB 1320; NCIMB 8707). Ex: cheese DNA sequences: X84441, X82060. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, F-1) |
| Corynebacterium pseudodiphtheriticum | |
| UQM 41290 | <-- UNIQEM, UQM 41290 <-- A. L. Mulyukin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, 090497, 2017. Ex: microflora. Tarasevich State Research Institute for Standardization and Control of Medical Biological Preparations. Tarasevich State Research Institute for Standardization and Control of Medical Biological Preparations DNA sequences: 16S rRNA gene:. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Corynebacterium stationis (ZoBell and Upham 1944) Bernard et al. 2010 | |
| VKM Ac-2184 Type | <-- VKM B-1228 < INMI, VKM B-1228 < CCM 317. Received as: Brevibacterium stationis (ZoBell and Upham 1944) Breed 1953. Synonym: Brevibacterium stationis (ZoBell and Upham 1944) Breed 1953. (ATCC 14403; CCM 317; CCRC 11885; CIP 104228; DSM 20302; IFO (now NBRC) 12144; JCM 11611). Ex: sea water DNA sequences: FJ172667. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, C-1, F-1, F-3) |
| Corynebacterium terpenotabidum Takeuchi et al. 1999 | |
| VKM Ac-2071 Type | <-- IFO 14764. (CIP 105927; IFO (now NBRC) 14764; JCM 10555). Ex: soil DNA sequences: AB004730, CP003696 (complete genome). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Corynebacterium variabile (Muller 1961) Collins 1987 | |
| VKM Ac-1122 Type | <-- INMI, VKM B-671 < NCIMB 9455. Received as: Arthrobacter variabilis Muller 1961 Type. Synonym: Arthrobacter variabilis Muller 1961. (ATCC 15753; CCM 1565; CIP 102112; DSM 20132; IAM 12346; IFO (now NBRC)15286; IMET 10433; JCM 2154; NCIMB 9455; NRRL B-4201). Ex: cheese DNA sequences: AJ222815. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, C-1, F-1) |
| Corynebacterium vitaeruminis (Bechdel et al. 1928) Laneelle et al. 1980 | |
| VKM Ac-2189 Type | <-- VKM B-1211 < INMI, VKM B-1211 < IBPM, B-85. Received as: Brevibacterium vitarumen (Bechdel et al. 1929) Breed 1957 Type. Synonym: Brevibacterium vitarumen (Bechdel et al. 1929) Breed 1957; Flavobacterium vitarumen Bechdel et al. 1928; Corynebacterium vitarumen (sic) (Bechdel et al. 1928) Laneelle et al. 1980. (ATCC 10234; CIP 82.7; DSM 20294; IFO (now NBRC) 12143; JCM 1323; NCIMB 9291). Ex: rumen DNA sequences: AY438066. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Couchioplanes caeruleus subsp. azureus Tamura et al. 1994 | |
| VKM Ac-2019 Type | <-- JCM 3246. (ATCC 31157; CCRC 11824; DSM 43900; HUT 6550; IFO (now NBRC) 13993; JCM 3246) DNA sequences: D85478, X93202. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 206, 28oC, F-1) |
| Couchioplanes caeruleus subsp. caeruleus (Horan and Brodsky 1986) Tamura et al. 1994 | |
| VKM Ac-1257 Type | <-- Brodsky B.C. SCC 1014, USA. Received as: Actinoplanes caeruleus Horan and Brodsky 1986 Type. Synonym: Actinoplanes caeruleus Horan and Brodsky 1986. (ATCC 33937; DSM 43634; IFO (now NBRC) 13939; IMET 9248; JCM 3195; NCIMB 12727; NRRL 5325). Ex: soil. California. USA DNA sequences: D85479, D14645. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, C-1, F-1) |
| Crossiella cryophila (Labeda and Lechevalier 1989) Labeda 2001 | |
| VKM Ac-1965 Type | <-- JCM 9111. Received as: Saccharothrix cryophilis Labeda and Lechevalier 1989 Type. Synonym: Saccharothrix cryophilis Labeda and Lechevalier 1989; Nocardiopsis mutabilis subsp. cryophilis Takahashi et al. 1986. (ATCC 51143; DSM 44230; IFO (now NBRC) 14475; JCM 9111; NCIMB 13187; NRRL B-16238). Ex: soil. Shosenkyo, Yamanashi Pref. Japan DNA sequences: AF114806. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 206, 28oC, F-1) |
| Cryobacterium psychrophilum (ex Inoue and Komagata 1976) M. Suzuki et al. 1997 | |
| VKM Ac-2100 Type | <-- IFO 15735. Synonym: Curtobacterium psychrophilum Inoue and Komagata 1976. (ATCC 43563; CIP 105227; DSM 4854; IAM 12024; IFO (now NBRC) 15735; JCM 1463; NCIMB 2068). Ex: soil. Shoma station, Antarctica. DNA sequences: AJ544063, AM410676, D45058. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 10oC, F-1) |
| Cryobacterium sp. | |
| UQM 41460 | <-- UNIQEM, UQM 41460 <-- L. V. Vasilyeva, Winogradsky Institute of Microbiology, RAS, Moscow, Russia, 1639, 2021. Ex: L. V. Vasilyeva, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia. Lake Unterzee. Antarctica. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 10oC, S-4, C-1) |
| Cuniculiplasma divulgatum Golyshuna et al. 2015 | |
| VKM B-2940 | <-- Golyshina O.V. Received as: strain PM4. Ex: acidic streamer of the Parys Mountain/Mynydd Parys. Isle of Anglesey Island. UK DNA sequences: 16S rRNA gene: KT005320. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 337, 37oC Growth condition: anaerobic., C-8) |
| Cuniculiplasma divulgatum Golyshuna et al. 2015 | |
| VKM B-2941 Type | <-- Golyshina O.V. Bangor University, U.K. Received as: S5. Ex: sour stream flowing on the surface of the copper mine. Sour stream flowing over the surface of a copper mine, Cantareras Mine. Spain DNA sequences: 16S rRNA gene: KT005321. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 337, 37oC Growth condition: anaerobic., S-2) |
| Cupriavidus necator Makkar and Casida 1987 | |
| VKM B-1323 | <-- INMI, VKM B-1323 < Zavarzin G.A. INMI, Z-1. Received as: Alcaligenes eutrophus. Synonym: Alcaligenes eutrophus Davis 1969; Ralstonia eutropha (Davis 1969) Yabuuchi et al. 1996; Wautersia eutropha (Davis 1969) Vaneechoutte et al. 2004. Ex: bog soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 28oC, C-1, F-1, F-3) |
| Cupriavidus necator Makkar and Casida 1987 | |
| VKM B-3386 | <-- Babich T.L. Research Center of Biotechnology RAS, SHC-2-3. Synonym: Wautersia eutropha (Davis 1969) Vaneechoutte et al. 2004; Alcaligenes eutrophus Davis 1969; Ralstonia eutropha (Davis 1969) Yabuuchi et al. 1996. Ex: groundwater sampled from observation well near of preserved surface repositore of liquid radioactive waste. Tomsk Region, Seversk. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 118, 28oC, F-1) |
| Curtobacterium albidum (Komagata and Iizuka 1964) Yamada and Komagata 1972 | |
| VKM Ac-2186 Type | <-- VKM B-1206 < INMI, VKM B-1206 < IBPM, B-130. Received as: Brevibacterium albidum Komagata and Iizuka 1964 Type. Synonym: Brevibacterium albidum Komagata and Iizuka 1964. (ATCC 15831; CCM 2296; CCRC 2296; CIP 102693; DSM 20512; IAM 1631; IFO (now NBRC) 15078; JCM 1344; NCIMB 11030). Ex: chinese paddy DNA sequences: AB045888, AB184859, AJ310925, AJ399486, AB046363, AM410691, AM042692. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, C-1, F-1, F-3) |
| Curtobacterium citreum (Komagata and Iizuka 1964) Yamada and Komagata 1972 | |
| VKM Ac-2098 | <-- IFO 15231. Synonym: Brevibacterium citreum Komagata and Iizuka 1964. (IAM 12545; IFO (now NBRC) 15231; JCM 1346). Ex: chinese paddy. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Curtobacterium citreum (Komagata and Iizuka 1964) Yamada and Komagata 1972 | |
| VKM Ac-2187 Type | <-- VKM B-1207 < INMI, VKM B-1207 < IBPM, B-131. Received as: Brevibacterium citreum Komagata and Iizuka 1964 Type. Synonym: Brevibacterium citreum Komagata and Iizuka 1964. (ATCC 15828; CCM 2297; CCRC 12126; CIP 81.26; DSM 20528; IAM 1614; IFO (now NBRC) 12677; IMET 10359; JCM 1345; NCIMB 10702). Ex: chinese paddy DNA sequences: AM410690, X77436. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, C-1, F-1, F-3) |
| Curtobacterium herbarum Behrendt et al. 2002 | |
| VKM Ac-2512 Type | <-- DSM 14013. (DSM 14013; JCM 12140; LMG 19917; NBRC 103064). Ex: phyllosphere of grasses. Germany DNA sequences: AJ310413, AM410692. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Curtobacterium insectiphilium (Steinhaus) Yamada and Komagata | |
| VKM Ac-1957 | <-- JCM 1348. (IAM 12546; IFM AM-23; JCM 1348). Ex: fish. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Curtobacterium luteum (Komagata and Iizuka 1964) Yamada and Komagata 1972 | |
| VKM Ac-2188 Type | <-- VKM B-1210 < INMI, VKM B-1210 < IBPM, B-134 < CCM 2298. Received as: Brevibacterium luteum Komagata and Iizuka 1964 Type. Synonym: Brevibacterium luteum Komagata and Iizuka 1964. (ATCC 15830; CCM 2298; CCRC 12127; CCUG 23848; DSM 20542; IAM 1623; IFO (now NBRC) 12676; IMET 10360; JCM 1480; LMG 8787; NCIMB 11029;). Ex: chinese paddy DNA sequences: X77437. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, C-1, F-1, F-3) |
| Curtobacterium pusillum (Iizuka and Komagata 1965) Yamada and Komagata 1972 | |
| VKM Ac-2099 Type | <-- IFO 12674. Synonym: Brevibacterium pusillum Iizuka and Komagata 1965. (VKM Ac-1413; ATCC 19096; CCRC 10376; CIP 81.24; DSM 20527; IAM 1479; IFO (now NBRC) 12674; JCM 1350; LMG 8788; NCIMB 10354). Ex: oil-brine. Yabase-oil field. Akita Pref. Japan DNA sequences: AJ784400, AB046364. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Curtobacterium pusillum (Iizuka and Komagata 1965) Yamada and Komagata 1972 | |
| VKM Ac-2102 | <-- IFO 15232. Synonym: Brevibacterium pusillum Iizuka and Komagata 1965. (ATCC 19097; DSM 20529; IAM 1489; IFO (now NBRC) 15232; JCM 1351). Ex: oil-brine. Yabase-oil field. Akita Pref. Japan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Curtobacterium sp. | |
| VKM Ac-1376 | <-- Dobrovolskaya T.G. DSB MSU, 3g1b. Received as: Clavibacter gallus. (IFO (now NBRC) 16384). Ex: Poa annua. Root gall, induced by nematode Subanguina radicicola. Moscow Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Curtobacterium sp. | |
| VKM Ac-1386 | <-- IBPM, DL-114. (IFO (now NBRC) 16385). Ex: Agrostis sp. Seed gall induced by nematode Anguina agrostis, Iturup Island. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Curtobacterium sp. | |
| VKM Ac-1387 | <-- Dobrovolskaya T.G. DSB MSU, 2g. (IFO (now NBRC) 16386). Ex: Centaurea leucophila. Leaf gall induced by nematode Mesoanguina picridis, North Caucasus. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Curtobacterium sp. | |
| VKM Ac-1393 | <-- IBPM, DL-101. (IFO (now NBRC) 16387). Ex: Calamagrostis sp. Stem gall induced by nematode Heteroanguina graminophila, Kunashir Island. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Curtobacterium sp. | |
| VKM Ac-1395 | <-- IBPM, DL-54. (IFO (now NBRC) 16388). Ex: Festuca rubra. Leaf gall induced by nematode Anguina graminis. Moscow Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Curtobacterium sp. | |
| VKM Ac-1397 | <-- IBPM, DL-76. (IFO (now NBRC) 16389). Ex: Festuca rubra. Leaf gall induced by nematode Anguina graminis. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Curtobacterium sp. | |
| VKM Ac-1399 | <-- IBPM, DL-92. (IFO (now NBRC) 16390). Ex: Festuca rubra. Leaf gall induced by nematode Anguina graminis. Moscow Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Curtobacterium sp. | |
| VKM Ac-1794 | <-- IBPM, DL-8. (IFO (now NBRC) 16391). Ex: Agrostis sp. Seed gall induced by nematode Anguina agrostis, Kunashir Island. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Curtobacterium sp. | |
| VKM Ac-1795 | <-- IBPM, DL-3. (IFO (now NBRC) 16392). Ex: Agrostis sp. Seed gall induced by nematode Anguina agrostis, Sakhalin Island. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Curtobacterium sp. | |
| VKM Ac-1796 | <-- Dobrovolskaya T.G. DSB MSU, 1g. (IFO (now NBRC) 16393). Ex: Centaurea leucophila. Leaf gall induced by nematode Mesoanguina picridis, North Caucasus. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Curtobacterium sp. | |
| VKM Ac-1809 | <-- IBPM, DL-71. (IFO (now NBRC) 16395). Ex: Festuca rubra. Leaf gall induced by nematode Anguina graminis. Moscow Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Curtobacterium sp. | |
| VKM Ac-1811 | <-- IBPM, DL-77. (IFO (now NBRC) 16396). Ex: Calamagrostis sp. Stem gall induced by nematode Heteroanguina graminophila, Kunashir Island. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Curtobacterium sp. | |
| VKM Ac-2054 | <-- IBPM, DL-91. (IFO (now NBRC) 16399). Ex: Calamagrostis sp. Stem gall induced by nematode Heteroanguina graminophila, Kunashir Island. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Curtobacterium sp. | |
| VKM Ac-2055 | <-- IBPM, DL-470. (IFO (now NBRC) 16400). Ex: Stipa pennata, seed. Moscow Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Curtobacterium sp. | |
| VKM Ac-2056 | <-- IBPM, DL-468. (IFO (now NBRC) 16401). Ex: Stipa pennata, seed. Moscow Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Curtobacterium sp. | |
| VKM Ac-2057 | <-- IBPM, DL-363. (IFO (now NBRC) 16402). Ex: Centaurea sp. Phyllosphere. Belgorod Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Cyclobacterium marinum corrig. (Raj 1976) Raj and Maloy 1990 | |
| UQM 40231 | <-- UNIQEM, UQM 40231 < Nikitin D.I., UNIQEM 629 < Raj H.D. Department of Microbiology, California State University, USA, strain WH. (ATCC 43824). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Cyclobacterium marinum corrig. (Raj 1976) Raj and Maloy 1990 | |
| UQM 40232 Type | <-- UNIQEM, UQM 40232 < Nikitin D.I., UNIQEM 630 [ < DSMZ, DSM 745 ] < H.D. Raj, Department of Microbiology, California State University, USA, strain WH. (ATCC 25205, DSM 745; LMG 13164). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Cystobacter fuscus Schroeter 1886 | |
| UQM 40036 | <-- UNIQEM, UQM 40036 < Afinogenova A.V., UNIQEM 17. Danube basin. Slovakia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 30oC, C-1) |
| Cystobacter fuscus Schroeter 1886 | |
| UQM 40037 | <-- UNIQEM, UQM 40037 < Afinogenova A.V., UNIQEM 8D. Rostov. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 30oC, C-1) |
| Cystobacter fuscus Schroeter 1886 | |
| UQM 40038 | <-- UNIQEM, UQM 40038 < Afinogenova A.V., UNIQEM 10D UNIQEM, UQM 40038 < Afinogenova A.V., UNIQEM 10D. Orel. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 30oC, C-1) |
| Cytobacillus firmus (Bredemann and Werner 1933) Patel and Gupta 2020 | |
| VKM B-734 | <-- INMI, VKM B-734 < CCM, CCM 2212 < Smith N.R., 854 < Bredemann G.A., Hamburg. Received as: Bacillus firmus. Synonym: Bacillus firmus Bredemann and Werner 1933. (VKM B-957; ATCC 8247; BCRC 11729; CCM 2212; CIP 52.69; DSM 359; IAM 1188; JCM 20092; LMG 12352; NBRC 3330; NCIM 2264; NCIMB 8162). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Cytobacillus firmus (Bredemann and Werner 1933) Patel and Gupta 2020 | |
| VKM B-957 | <-- INMI, VKM B-957 < INMIA. Received as: Bacillus firmus. Synonym: Bacillus firmus Bredemann and Werner 1933. (VKM B-734; ATCC 8247; BCRC 11729; CCM 2212; CIP 52.69; DSM 359; IAM 1188; JCM 20092; LMG 12352; NBRC 3330; NCIM 2264; NCIMB 8162). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Cytobacillus firmus (Bredemann and Werner 1933) Patel and Gupta 2020 | |
| VKM B-1000 | <-- INMI, VKM B-1000 < Vasilyeva L.V. INMI. Received as: Bacillus sp. Synonym: Bacillus firmus Bredemann and Werner 1933. Ex: reedy bog. Moscow Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Cytobacillus firmus (Bredemann and Werner 1933) Patel and Gupta 2020 | |
| VKM B-3800 | <-- Abashina T.N., IBPM RAS FRC PSCBR RAS, B2. Received as: Cytobacillus firmus. Ex: arsenopyrite ore flotation concntrate. Transbaikal region. Russia DNA sequences: OR842263.. (Medium 5, 28oC Growth condition: aerobic., F-1) |
| Cytobacillus pseudoceanisediminis Tarasov et al. 2023 | |
| VKM B-3664 Type | <-- Tarasov K., JINR, BNO1. Received as: Cytobacillus sp. (BIM B-1921). Ex: saline spring. Baksan Neutrino Observatory INR RAS. Kabardino-Balkarian Republic, Neutrino village. Russia DNA sequences: chromosome: CP097349; plasmid: CP097350. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 37oC Growth condition: aerobic., F-1) |
| Dactylosporangium aurantiacum Thiemann et al. 1967 | |
| VKM Ac-654 Type | <-- INMI, VKM Ac-654 < RIA 922 < Thiemann J.E., D-748. (RIA 922; ATCC 23491; DSM 43157; IFO (now NBRC) 12592; IMET 9028; JCM 3083; KCTC 9073; NCIMB 12887; NRRL B-8018; NRRL B-8111). Ex: soil DNA sequences: X93191, X72779, D85480, U58528. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, C-1, F-1) |
| Dactylosporangium matsuzakiense Shomura and Niida 1983 | |
| VKM Ac-1321 Type | <-- DSM 43810. (ATCC 31570; DSM 43810; IFO (now NBRC) 14259; JCM 3311; KCTC 9546; NCIMB 12890; NRRL B-16293). Ex: soil. Japan DNA sequences: X93193, D86940. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, C-1, F-1) |
| Dactylosporangium thailandense Thiemann et al. 1967 | |
| VKM Ac-655 Type | <-- INMI, VKM Ac-655 < RIA 923 < Thiemann J.E., D-449. (RIA 923; ATCC 23490; DSM 43158; IFO (now NBRC) 12593; IMET 9029; JCM 3084; KCTC 9358; NCIMB 12749). Ex: soil. Thailand DNA sequences: X92630, D85481. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, F-1) |
| Dactylosporangium vinaceum Shomura et al. 1983 | |
| VKM Ac-1322 Type | <-- DSM 43823. (ATCC 35207; DSM 43823; IFO (now NBRC) 14181; JCM 3307; KCTC 9359; NCIMB 12891; NRRL B-16297). Ex: soil. Sekigahara, Gifu Pref. Japan DNA sequences: X93196, D86939. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, C-1, F-1) |
| Deferrisoma camini Slobodkina et al. 2012 | |
| VKM B-2672 Type | <-- Slobodkina G.B. INMI. Received as: S3R1. (DSM 24185). Ex: deep-sea hydrothermal chimney. Pacific Ocean, ABE hydrothermal field on the Eastern Lau Spreading Centre. DNA sequences: 16S rRNA gene: JF802205. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 319, 50oC Growth condition: anaerobic., F-2) |
| Deinococcus depolymerans Asker et al. 2011 | |
| VKM B-1338 | <-- INMI, VKM B-1338 < Kondratyeva L.M. IVEP. Received as: Flavobacterium vulkanense Ten Hak Mun and Kondratjeva 1980 Type. Ex: volcanic ash. Volcano Tyatya, Kunashir Island. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 30oC, F-1, S-4, S-5) |
| Deinococcus proteolyticus Brooks and Murray 1981 | |
| VKM Ac-1939 Type | <-- IFO 15345. Synonym: Micrococcus radioproteolyticus Kobatake et al. 1973. (ATCC 35074; CCM 2703; DSM 20540; IAM 12141; IFO (now NBRC) 15345; JCM 6276). Ex: faeces of Lama glama DNA sequences: CP002536 (complete genome), Y11331. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1) |
| Deinococcus radiodurans (ex Raj et al. 1960) Brooks and Murray 1981 | |
| VKM B-1422 Type | <-- INMI, VKM B-1422 < CCM, CCM 1700. Received as: Micrococcus radiodurans Type. Synonym: Micrococcus radiodurans Raj et al. 1960. (ATCC 13939; BCRC 12827; CCM 1700; CCUG 27074; CECT 833; DSM 20539; HAMBI 1924; LMG 4051; NBRC 15346; NCIMB 9279). Ex: irradiated ground pork and beef. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 50, 30oC, C-1, F-1, F-3) |
| Deinococcus radiodurans (ex Raj et al. 1960) Brooks and Murray 1981 | |
| VKM B-1467 | <-- CCM, CCM 1701. Received as: Deinococcus radiodurans. Synonym: Micrococcus radiodurans Raj et al. 1960. (CCM 1701; DSM 46620). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 50, 30oC, C-1, F-1, F-3) |
| Deinococcus radiodurans (ex Raj et al. 1960) Brooks and Murray 1981 | |
| UQM 40252 Type | <-- UNIQEM, UQM 40252 < Nikitin D.I., UNIQEM 595 < INMI, VKM B-1422 < CCM, CCM 1700 < Murray R.G.E. < Anderson A.W., R1. Synonym: Micrococcus radiodurans. (ATCC 13939, BCRC 12827; CCM 1700; CCUG 27074; CECT 833; DSM 20539; HAMBI 1924; JCM 16871; LMG 4051; NBRC 15346; NCIMB 9279; VKM B-1422). Ex: irradiated ground pork and beef. unknown origin. unknown origin DNA sequences: 16S rRNA gene: Y11332, whole genome: JHYL00000000.1; JMLF00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 50, 30oC, C-1) |
| Deinococcus radiophilus (ex Lewis 1973) Brooks and Murray 1981 | |
| VKM B-1468 Type | <-- CCM, CCM 2564. Received as: Deinococcus radiodurans. Synonym: Micrococcus radiophilus Lewis 1973. (ATCC 27603; CCM 2564; CECT 4323; DSM 20551; JCM 21311; NBRC 15347; NCIMB 10648). Ex: irradiated Bombay duck, Harpodon nehereu. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 50, 30oC, C-1, F-1, F-3) |
| Deinococcus sp. | |
| UQM 40247 | <-- UNIQEM, UQM 40247 < Nikitin D.I., UNIQEM 663 (deposited as Deinococcus sp. NP-901). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 50, 30oC, C-1) |
| Deinococcus sp. | |
| UQM 40248 | <-- UNIQEM, UQM 40248 < Nikitin D.I., UNIQEM 664 (deposited as Deinococcus sp. NP-903). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 50, 30oC, C-1) |
| Deinococcus sp. | |
| UQM 40249 | <-- UNIQEM, UQM 40249 < Nikitin D.I., UNIQEM 599 (deposited as 'Deinococcus radiodurans' NP-910). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 50, 30oC, C-1) |
| Deinococcus sp. | |
| UQM 40250 | <-- UNIQEM, UQM 40250 < Nikitin D.I., UNIQEM 596 (deposited as 'Deinococcus radiodurans' NP-902). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 50, 30oC, C-1) |
| Deinococcus sp. | |
| UQM 40251 | <-- UNIQEM, UQM 40251 <-- D.I. Nikitin, UNIQEM 600 (deposited as 'Deinococcus radiodurans' NP-904). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 50, 30oC, C-1) |
| Deinococcus sp. | |
| UQM 40253 | <-- UNIQEM, UQM 40253 < Nikitin D.I., UNIQEM 598 (deposited as 'Deinococcus radiodurans' NP-909). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 50, 30oC, C-1) |
| Deinococcus sp. | |
| UQM 40254 | <-- UNIQEM, UQM 40254 < Nikitin D.I., UNIQEM 597 (deposited as 'Deinococcus radiodurans' NP-906). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 50, 30oC, C-1) |
| Deinococcus taklimakanensis Liu et al. 2017 | |
| VKM B-3297 | <-- Petrova M.A. IMG, FFP 4. Received as: Deinococcus sp. Ex: soil. Oasis Larsemann Hills, Antarctica. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 140, 28oC, F-1) |
| Deinococcus taklimakanensis Liu et al. 2017 | |
| VKM B-3299 | <-- Petrova M.A. IMG, FFP 12. Received as: Deinococcus sp. Ex: soil. Oasis Larsemann Hills, Antarctica. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 140, 20oC, F-1) |
| Delftia acidovorans (den Dooren de Jong 1926) Wen et al. 1999 | |
| VKM B-1239 | <-- INMI, VKM B-1239 < CCM, CCM 283. Received as: Pseudomonas indoloxidans. Synonym: Comamonas acidovorans (den Dooren de Jong 1926) Tamaoka et al. 1987; Pseudomonas desmolytica Gray and Thornton 1928; Pseudomonas indoloxidans Gray 1928; Pseudomonas acidovorans den Dooren de Jong 1926. (ATCC 13751; ATCC 9355; BCRC 14830; CCM 283; CCUG 1822; CIP 64.36; IAM 14419; IAM 14421; ICMP 13635; JCM 6218; JCM 6220; LMD 28.24; LMG 1801; NBRC 13582; NCCB 28024; NCIMB 2760; NCIMB 9153; NCTC 2769; NRRL B-783). Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, C-1, F-1, F-3) |
| Delftia acidovorans (den Dooren de Jong 1926) Wen et al. 1999 | |
| VKM B-1251 | <-- INMI, VKM B-1251 < IMV, 2863. Received as: Pseudomonas acidovorans. Synonym: Comamonas acidovorans (den Dooren de Jong 1926) Tamaoka et al. 1987; Pseudomonas desmolytica Gray and Thornton 1928; Pseudomonas indoloxidans Gray 1928; Pseudomonas acidovorans den Dooren de Jong 1926. Ex: mosquito larvas. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, C-1, F-1, F-3) |
| Delftia sp. | |
| VKM B-3039 | <-- Doronina N.V. IBPM, LP-1. Received as: Delftia sp. (DSM 24446). Ex: rhizosphere of Lupinus polymorphus. Moscow Region, Pushchino. Russia DNA sequences: 16S rRNA gene: GQ994938. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 15, 29oC, F-1) |
| Dermacoccus nishinomiyaensis (Oda 1935) Stackebrandt et al. 1995 | |
| VKM Ac-2160 Type | <-- VKM B-1818 < IMG, CCM 2140 < Kocur M., CCM 2140. Received as: Micrococcus nishinomiyaensis Oda 1935. Synonym: Micrococcus nishinomiyaensis Oda 1935. (ATCC 29093; CCM 2140; CIP 81.71; DSM 20448; IFO (now NBRC) 15356; LMG 14222; NCDO 2358; NCTC 11039; OUT 8094). Ex: water DNA sequences: X87757. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Dermacoccus nishinomiyaensis (Oda 1935) Stackebrandt et al. 1995 | |
| VKM Ac-2161 | <-- VKM B-1819 < IMG, CCM 2669 < Kocur M., CCM 2669. Received as: Micrococcus nishinomiyaensis Oda 1935. Synonym: Micrococcus nishinomiyaensis Oda 1935. (CCM 2669; CIP 82.60; LMG 14223). Ex: human skin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Dermacoccus nishinomiyaensis (Oda 1935) Stackebrandt et al. 1995 | |
| VKM Ac-2162 | <-- VKM B-1820 < IMG, CCM 2670 < Kocur M., CCM 2670. Received as: Micrococcus nishinomiyaensis Oda 1935. Synonym: Micrococcus nishinomiyaensis Oda 1935. (CCM 2670). Ex: human skin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Dermacoccus nishinomiyaensis (Oda 1935) Stackebrandt et al. 1995 | |
| VKM Ac-2163 | <-- VKM B-1870 < IMG, CCM 2671 < Kocur M., CCM 2671. Received as: Micrococcus nishinomiyaensis Oda 1935. Synonym: Micrococcus nishinomiyaensis Oda 1935. (CCM 2671). Ex: human skin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Dermacoccus nishinomiyaensis (Oda 1935) Stackebrandt et al. 1995 | |
| VKM Ac-2164 | <-- VKM B-1871 < IMG, CCM 2672 < Kocur M., CCM 2672. Received as: Micrococcus nishinomiyaensis Oda 1935. Synonym: Micrococcus nishinomiyaensis Oda 1935. (CCM 2672). Ex: human skin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Dermacoccus nishinomiyaensis (Oda 1935) Stackebrandt et al. 1995 | |
| VKM Ac-2165 | <-- VKM B-1872 < IMG, CCM 2673 < Kocur M., CCM 2673. Received as: Micrococcus nishinomiyaensis Oda 1935. Synonym: Micrococcus nishinomiyaensis Oda 1935. (CCM 2673). Ex: human skin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Dermacoccus nishinomiyaensis (Oda 1935) Stackebrandt et al. 1995 | |
| VKM Ac-2166 | <-- VKM B-1873 < IMG, CCM PM 297 < Kocur M., CCM PM 297. Received as: Micrococcus nishinomiyaensis Oda 1935. Synonym: Micrococcus nishinomiyaensis Oda 1935. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Dermacoccus nishinomiyaensis (Oda 1935) Stackebrandt et al. 1995 | |
| VKM Ac-2167 | <-- VKM B-1874 < IMG, CCM JL 79 < Kocur M., CCM JL 79. Received as: Micrococcus nishinomiyaensis Oda 1935. Synonym: Micrococcus nishinomiyaensis Oda 1935. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Dermacoccus sp. | |
| VKM Ac-2168 | <-- VKM B-289 < INMI, VKM B-289 < Mishustina I.E. INMI, 4503 (Micrococcus luteolus). Received as: Micrococcus sp. Ex: sea water. Station 3814, Pacific Ocean, depth 2960 m, 08 27'7''S.lat., 170 39'0''E.l.. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 30oC, C-1, F-1, F-3) |
| Dermacoccus sp. | |
| VKM Ac-2169 | <-- VKM B-291 < INMI, VKM B-291 < Mishustina I.E. INMI, 5331(Micrococcus luteolus). Received as: Micrococcus sp. Ex: sea water. Station 3856, Pacific Ocean, depth 2960 m, 08 27'7'' S.lat., 170 39'0'' E.l. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 30oC, C-1, F-1, F-3) |
| Desuhalolfovibrio alkalitolerans' | |
| UQM 40384 | <-- UNIQEM, UQM 40384 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 800 = HSRB-E1. Ex: thiopaq bioreactors. unknown origin. unknown origin DNA sequences: 16S rRNA gene: GQ863489.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 35oC, C-1) |
| Desulfatitalea alkaliphila Khomyakova et al. 2023 | |
| UQM 41473 proposed type strain | <-- UNIQEM, UQM 41473 <-- Khomyakova M.A., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain M08but. (DSM 113909, JCM 39202; KCTC 25382; VKM B-3560). Ex: lake of terrestrial mud volcano. 45.202N, 36.783E. volcano Karabetova Gora, Tama Peninsula. Russia DNA sequences: 16S rRNA gene: OP380633, Gennome: JALJRB000000000.. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Desulfitispora alkaliphila Sorokin and Muyzer 2010 | |
| UQM 40424 type | <-- UNIQEM, UQM 40424 <-- D.Yu. Sorokin, UNIQEM 794, AHT17, 2009. (DSM 22410). Ex: sediments of soda lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: FJ788525, genome sequencing: PRJNA583243. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfitispora elongata Sorokin and Chernyh 2017 | |
| UQM 40408 type strain | <-- UNIQEM, UQM 40408 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 994 = Acr1. (DSM 29990). Ex: sediment from soda lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: KP657487. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 35oC, C-1) |
| Desulfobacterium autotrophicum Brysch et al. 1988 | |
| VKM B-1955 Type | <-- DSMZ, DSM 3382 < Widdel F., HRM 2. (DSM 3382; ATCC 43914). Ex: sea sludge. Venice. Italy DNA sequences: 16S rRNA gene: AF418177; complete genome: CP001087; plasmid pHRM2a: CP001088. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 182, 26oC Growth condition: anaerobic., S-2) |
| Desulfobotulus alkaliphilus Sorokin et al. 2010 | |
| UQM 40512 type | <-- UNIQEM, UQM 40512 <-- D.Yu. Sorokin, UNIQEM 759, ASO4-4, 2008. (DSM 22078). Ex: sediments from a hypersaline soda lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: FJ788523, genome: NZ_VLLC00000000.1; INSDC: VLLC00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfobotulus sapovorans (Widdel 1981) Kuever et al. 2009 | |
| VKM B-1803 Type | <-- DSMZ, DSM 2055. (DSM 2055; LMG 7857; ATCC 33892). Ex: freshwater sludge. Germany DNA sequences: 16S rRNA gene: M34402. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 30-35oC Growth condition: anaerobic., S-3) |
| Desulfobulbus propionicus Widdel 1981 | |
| VKM B-1956 Type | <-- DSMZ. Received as: Desulfobulbus propionicus DSM 2032 Lindhorst (1pr3). (ATCC 33891; DSM 2032). Ex: freshwater sludge. Germany DNA sequences: complete genome: CP002364; 16S rRNA gene: AY548789. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 37oC Growth condition: anaerobic., S-2) |
| Desulfobulbus alkaliphilus alkaliphilus Sorokin et al. 2012 | |
| UQM 40526 type | <-- UNIQEM, UQM 40526 <-- D.Yu. Sorokin, UNIQEM 900, APS1, 2010. (DSM 24258). Ex: sediments from hypersaline soda lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: HM750216, genome: NZ_JAFFQC000000000.1; INSDC: JAFFQC000000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfococcus amyloliticus Bonch-Osmolovskaya et al. 2001 | |
| VKM B-2775 | <-- Perevalova A.A. INMI. Received as: Desulfococcus amyloliticus 313. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 237, 65oC Growth condition: anaerobic., S-2) |
| Desulfococcus amyloliticus Bonch-Osmolovskaya et al. 2001 | |
| VKM B-2776 | <-- Perevalova A.A. INMI. Received as: Desulfococcus amyloliticus 603. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 237, 65oC Growth condition: anaerobic., S-2) |
| Desulfofundulus salinum Gruozdev et al 2023 | |
| VKM B-1492 Type strain | <-- Rozanova E.P. INMI AN USSR. Received as: Desulfotomaculum nigrificans strain 435. Synonym: Desulfotomaculum nigrificans, Desulfotomaculum salinum. (DSM 23196). Ex: oil pool. Russia DNA sequences: Genome RBWE00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 60oC Growth condition: anaerobic., S-2) |
| Desulfohalobiaceae gen. sp. | |
| UQM 40543 | <-- UNIQEM, UQM 40543 <-- D.Yu. Sorokin, UNIQEM 892, HTR8, 2010. Ex: hypersaline chloride–sulfate lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: HQ157564. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfohalobium utahense Jakobsen et al. 2006 | |
| VKM B-2384 Type | <-- Shcherbakova V.A. IBPM. (DSM 17720). Ex: anoxic hypersaline sediment sample. Northern arm of the Great Salt Lake. Utah. USA DNA sequences: 16S rRNA gene: DQ386236. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 234, 30oC Growth condition: anaerobic., S-2) |
| Desulfomicrobium apsheronum Rozanova et al. 1994 | |
| VKM B-1804 Type | <-- Rozanova E.P. INMI. Received as: 1105. (DSM 5918). Ex: stratal water. Apsheron Peninsula. Azerbaijan DNA sequences: 16S rRNA gene: U64865. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 30oC, S-3) |
| Desulfomicrobium baculatum (Rozanova and Nazina 1984) Rozanova et al. 1994 | |
| VKM B-1378 Type | <-- INMI, VKM B-1378 < Rozanova E.P. INMI, X. Received as: Desulfovibrio baculatus. Synonym: Desulfovibrio baculatus Rozanova and Nazina 1984 Type. (DSM 4028; NCIMB 8310). Ex: moistened dumps of manganese ore. Ukraine DNA sequences: AJ277894. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 30oC Growth condition: anaerobic., S-3) |
| Desulfomicrobium macestii (Gogotova and Vainshtein 1989) Hippe et al. 2003 | |
| VKM B-1598 Type strain | <-- Gogotova G.I. IBPM, M-9. Received as: Desulfobacterium macestii. Synonym: Desulfobacterium macestii Gogotova and Vainstein 1989 Type. Ex: underground sulfide waters. Old Macesta,. Kudepsta River, Noth Caucasus. Russia DNA sequences: 16S rRNA gene AJ237604. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 30oC Growth condition: anaerobic., S-2) |
| Desulfomicrobium sp. | |
| VKM B-3257 Type strain | <-- Frank Y.A. Tomsk State University. Received as: strain DI. Ex: microbial mat. Kemerovo coal mine. near Kemerovo. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 28oC Growth condition: anaerobic., F-1) |
| Desulfonatronobacter acetoxidans Sorokin et al. 2016 | |
| UQM 40407 type strain | <-- UNIQEM, UQM 40407 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 992 = APT3. (DSM 29847). Ex: sulfidic sediment of hypersaline soda lake. Kulunda steppe, Lake Bitter 1. Russian Federation DNA sequences: 16S rRNA gene: KP223254. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 37oC, C-1) |
| Desulfonatronobacter acidivorans Sorokin et al. 2012 | |
| UQM 40423 type | <-- UNIQEM, UQM 40423 <-- D.Yu. Sorokin, UNIQEM 853, APT2, 2010. (DSM 24257). Ex: sediments of soda lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: GU289732. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronospira delicata Sorokin et al. 2008 | |
| UQM 40458 type | <-- UNIQEM, UQM 40458 <-- D.Yu. Sorokin, UNIQEM 270, AHT6, 2007. (DSM 19491). Ex: sediments from hypersaline soda lake. Libyan desert, Wadi el Natrun valley. Egypt DNA sequences: 16S rRNA gene: EU296539. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronospira sp. | |
| UQM 40422 | <-- UNIQEM, UQM 40422 <-- D.Yu. Sorokin, UNIQEM 854, AHT26, 2010. Ex: soda lake. unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronospira sulfatiphila Sorokin and Chernyh 2017 | |
| UQM 40406 type strain | <-- UNIQEM, UQM 40406 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 993 = ASO3-2. (DSM 100427). Ex: sediments of hypersaline soda lake. Kulunda steppe, Lake Bitter 1. Russian Federation DNA sequences: 16S rRNA gene: KP223255. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronospira thiodismutans Sorokin et al. 2008 | |
| UQM 40393 | <-- UNIQEM, UQM 40393 <-- D.Yu. Sorokin, UNIQEM 272, AHT8, 2007. Ex: soda lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: EU296538. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronospira thiodismutans Sorokin et al. 2008 | |
| UQM 40489 type | <-- UNIQEM, UQM 40489 <-- D.Yu. Sorokin, UNIQEM 234, ASO3-1, 2005. (DSM 19093). Ex: sediments from hypersaline soda lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: EU296537, genome: NZ_ACJN00000000.2; INSDC: ACJN00000000.2. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronovibrio sp. | |
| UQM 40395 | <-- UNIQEM, UQM 40395 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 888 = HTR6. Ex: sediments from hypersaline soda lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: HQ157563. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 28oC, C-1) |
| Desulfonatronovibrio sp. | |
| UQM 40397 | <-- UNIQEM, UQM 40397 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 755 = AHT10. Ex: sediments from soda lake. Kulunda steppe, Lake Bitter 1. Russian Federation DNA sequences: 16S rRNA gene: FJ469580. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronovibrio sp. | |
| UQM 40399 | <-- UNIQEM, UQM 40399 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 847 =AHT23. Ex: sediments from soda lake. Kulunda steppe, Lake Bitter 1. Russian Federation DNA sequences: 16S rRNA gene: GU196830. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronovibrio sp. | |
| UQM 40400 | <-- UNIQEM, UQM 40400 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 846 = AHT21. Ex: sediments from soda lake. Kulunda Steppe, Cock Soda Lake. Russian Federation DNA sequences: 16S rRNA gene: GU196828. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronovibrio sp. | |
| UQM 40401 | <-- UNIQEM, UQM 40401 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 845 = AHT20. Ex: sediments from soda lake. Kulunda steppe, Lake Tanatar 5. Russian Federation DNA sequences: 16S rRNA gene: GU196829. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronovibrio sp. | |
| UQM 40402 | <-- UNIQEM, UQM 40402 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 842 = ASO4-6. Ex: sediments from soda lake. Kulunda Steppe, Cock Soda Lake. Russian Federation DNA sequences: 16S rRNA gene: GU196827. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronovibrio sp. | |
| UQM 40403 | <-- UNIQEM, UQM 40403 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 840 = ASO3-3. Ex: sediments from soda lake. Kulunda steppe, Lake Bitter 1. Russian Federation DNA sequences: 16S rRNA gene: GU196826. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronovibrio sp. | |
| UQM 40404 | <-- UNIQEM, UQM 40404 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 801 = ASO4-5. Ex: sediments from hypersaline soda lake. Owens Lake California. USA DNA sequences: 16S rRNA gene: GQ863493. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronovibrio sp. | |
| UQM 40405 | <-- UNIQEM, UQM 40405 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 841 = ASO3-4-. Ex: sediments from soda lake. unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronovibrio thiodismutans Sorokin et al. 2011 | |
| UQM 40396 type strain | <-- UNIQEM, UQM 40396 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 754 = AHT9. (DSM 21540). Ex: sediments from soda lake. Kulunda steppe, Lake Tanatar 5. Russian Federation DNA sequences: 16S rRNA gene: FJ469579, genome sequencing: PRJNA262420. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronovibrio halophilus Sorokin et al. 2012 | |
| UQM 40502 type | <-- UNIQEM, UQM 40502 <-- D.Yu. Sorokin, UNIQEM 802, HTR1, 2009. (DSM 24312). Ex: anoxic sediment from a hypersaline chloride–sulfate lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: GQ922847. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 359, 30oC, C-1) |
| Desulfonatronovibrio magnus Sorokin et al. 2011 | |
| UQM 40394 type strain | <-- UNIQEM, UQM 40394 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 844 = AHT22. (DSM 24400). Ex: sediments from hypersaline soda lake. Kulunda steppe, Lake Tanatar 5. Russian Federation DNA sequences: 16S rRNA gene: GU196831, genome NZ_JYNP00000000.1; INSDC: JYNP00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronum alkalitolerans Sorokin et al. 2013 | |
| UQM 40392 type strain | <-- UNIQEM, UQM 40392 <-- A.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 799 = HSRB-L1. (DSM 24646). Ex: bioreactor. Lelystad. Netherlands DNA sequences: 16S rRNA gene: GQ863488. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronum buryatense Ryzhmanova et al. 2013 | |
| VKM B-2477 Type | <-- Shcherbakova V.A. IBPM, Ki5. Received as: Desulfonatronum sp. Ex: soda lake sediments. Solenoe Lake, South Buryatia. Republic of Byriatia. Russia DNA sequences: 16S rRNA gene: GQ227729. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 224, 30oC Growth condition: anaerobic, pH 9.5., S-2) |
| Desulfonatronum cooperativum Zhilina et al. 2005 | |
| VKM B-2329 Type | <-- Zhilina T.N. INMI. Received as: Z-7999. (DSM 16749). Ex: sediments of the soda lake. Khadyn Lake. Republic of Tuva. Russia DNA sequences: 16S rRNA gene: AY725424. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 35oC Growth condition: anaerobic., S-2) |
| Desulfonatronum lacustre Pikuta et al. 1998 | |
| VKM B-2475 | <-- Shcherbakova V.A. IBPM, Su2. Received as: Desulfonatronum sp. (DSM 21707). Ex: soda lake sediments. Sulfatnoe Lake, South Buryatia. Republic of Byriatia. Russia DNA sequences: 16S rRNA gene: EU315115. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 224, 30oC Growth condition: anaerobic, pH 10.0., S-2) |
| Desulfonatronum lacustre Pikuta et al. 1998 | |
| VKM B-2476 Type | <-- Shcherbakova V.A. IBPM. Received as: Desulfonatronum sp. Ki4. (DSM 26297). Ex: soda lake sediments. Solenoe Lake, South Buryatia. Republic of Byriatia. Russia DNA sequences: 16S rRNA gene: EU315113. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC Growth condition: anaerobic, pH 9.5., S-2) |
| Desulfonatronum lacustre Pikuta et al. 1998 | |
| VKM B-3473 Type strain | <-- Zhilina T.N. Received as: Z-7951. Ex: mud from alkaline lake. Khadyn Lake. Republic of Tuva. Russia DNA sequences: 16S rRNA gene: Y14594. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 37-40oC Growth condition: anaerobic, pH 9.5., S-2) |
| Desulfonatronum thioautotrophicum Sorokin et al. 2011 | |
| UQM 40390 type strain | <-- UNIQEM, UQM 40390 <-- A.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 756 = ASO4-1. (DSM 21337). Ex: sediments from hypersaline soda lake. Kulunda steppe, Lake Tanatar I. Russian Federation DNA sequences: 16S rRNA gene: FJ469577, genome: NZ_JYNO00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronum thiosulfatophilum Sorokin et al. 2011 | |
| UQM 40389 type strain | <-- UNIQEM, UQM 40389 <-- A.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 757 = ASO4-2. (DSM 21338). Ex: sediments from hypersaline soda lake. Kulunda Steppe, Lake Picturesque. Russian Federation DNA sequences: 16S rRNA gene: FJ469578, genome: NZ_FMXO00000000.1; INSDC: FMXO00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronum thiosulfatophilum Sorokin et al. 2011 | |
| UQM 40391 | <-- UNIQEM, UQM 40391 <-- A.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 843 = ASO3-6. Ex: sediments from soda lake. Kulunda Steppe, Cock Soda Lake. Russian Federation DNA sequences: 16S rRNA gene: GU196832.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfonatronum zhilinae Zakharyuk et al. 2015 | |
| VKM B-2744 Type | <-- Zakharyuk A. IBPM, Al915-01. Received as: strain Al915-01. (DSM 26338). Ex: bottom sediment of soda lake. Alginskoe Lake. Trans-Baikal Territory. Russia DNA sequences: 16S rRNA gene: JX984981. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 36oC Growth condition: anaerobic, pH 9.0., S-2) |
| Desulforococcus kamchatkensis Kublanov et al. 2009 | |
| VKM B-2413 Type | <-- Kublanov I.V. INMI. Received as: 1221n. (DSM 18924). Ex: errestrial hot spring. Caldera, Uzon Volcano, Kamchatka Peninsula. Kamchatka Territory. Russia DNA sequences: 16S rRNA gene: EU167539. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 366, 85oC Growth condition: anaerobic., F-2) |
| Desulforudis sp. | |
| VKM B-3564 | . Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 496) |
| Desulfosarcina variabilis Widdel 1981 | |
| VKM B-1627 Type | <-- DSMZ, DSM 2060 < Widdel F., Montpellier (3 be 13). (DSM 2060). Ex: sea black sludge. Montpellier. France DNA sequences: M34407. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 107, 30-33oC Growth condition: anaerobic., S-2) |
| Desulfosporosinus hippei Vatsurina et al. 2008 | |
| VKM B-2003 Type | <-- Vainstein M.B. IBPM, 343. Received as: Desulfotomaculum sp. 343. (DSM 8344). Ex: permafrost. Kolyma Lowland, Arctic. Russia DNA sequences: 16S rRNA gene: Y11571. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 30oC Growth condition: anaerobic., S-2) |
| Desulfosporosinus metallidurans Panova et al. 2021 | |
| VKM B-3021 Type strain | <-- Karnachuk O.V., Tomsk State University. Received as: Desulfosporosinus sp. OL. (DSM 104464). Ex: a microbial mat in a tailing dam at a gold ore mining site. Kemerovo Region. Russia DNA sequences: 16S rRNA gene: MT359230; genome NZ_MLBF00000000.. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 139, 30oC Growth condition: anaerobic., F-2, S-2) |
| Desulfosporosinus orientis (Campbell and Postgate 1965) Stackebrandt et al. 1997 | |
| VKM B-1628 Type | <-- DSMZ, Hippe H. DSM 765. Received as: Desulfotomaculum orientis. Synonym: Desulfotomaculum orientis Campbell and Postgate 1965 Type strain; Desulfovibrio orientis Adams and Postgate 1959. (DSM 765; ATCC 23193; NCIMB 8382; NCIMB 8382). Ex: soil. Singapore, Sungei Whampoa. Singapore DNA sequences: 16S rRNA gene Y11570. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 30oC Growth condition: anaerobic., S-2) |
| Desulfosporosinus sp. | |
| VKM B-3146 Type | <-- Frank Y.A. Tomsk State University. Received as: strain I2. Ex: gold mine tailings. Mokrii Berikul River. Kemerovo Region. Russia DNA sequences: complete genome: NZ_JYNH00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 28oC Growth condition: anaerobic., F-1) |
| Desulfosporosinus sp. | |
| VKM B-3147 Type | <-- Frank Y.A. Tomsk State University. Received as: strain OT. Ex: acidic sediment of a copper-mining. South part of the Taimyr Peninsula. Norilsk. Russia DNA sequences: complete genome: NZ_AGAF01000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 28oC Growth condition: anaerobic., S-2) |
| Desulfosporosinus sp. | |
| VKM B-3258 Type | <-- Frank Y.A. Tomsk State University. Received as: strain BG. Ex: tailings pound sediment tungsten deposit. Bom-Gorhon, surrounding area. Trans-Baikal Territory. Russia DNA sequences: 16S rRNA gene: KP184717. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 28oC Growth condition: anaerobic., S-2) |
| Desulfosporosinus sp. Panova et al. 2021 | |
| VKM B-3377 Type | <-- Frank Y.A. Tomsk State University. Received as: OK10. Ex: metal mine sediments. Dzhida ore cluster. Republic of Byriatia. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 139, 29oC Growth condition: anaerobic.) |
| Desulfothermobacter acidiphilus Frolov et al. 2018 | |
| VKM B-3183 Type strain | <-- Frolov E., INMI RAS. Received as: strain 3408-1. (DSM 105356). Ex: terrestial hot spring. Kamchatka Peninsula. Kronotsky Nature Reserve. Russia DNA sequences: 16S rRNA gene KY465722. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 442, 55oC Growth condition: anaerobic., F-2) |
| Desulfotomaculum alkaliphilum Pikuta et al. 2000 | |
| VKM B-2192 Type | <-- Pikuta E.V. IBPM, S1. Received as: Desulfotomaculum sp. S1. (ATCC 700784; DSM 12257). Ex: cows and pigs mixed manure. Moscow Region. Russia DNA sequences: 16S rRNA gene: AF097024. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 224, 55-60oC Growth condition: anaerobic pH 8.6., S-2) |
| Desulfotomaculum kuznetsovii Nazina et al. 1990 | |
| VKM B-1805 Type | <-- Rozanova E.P. INMI, 17. (DSM 6115). Ex: water. Thermal well. Sukhumi. Abkhazia DNA sequences: 16S rRNA gene: Y11569. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 103, 65oC Growth condition: anaerobic., S-2) |
| Desulfotomaculum nigrificans (Werkman and Weaver 1927) Campbell and Postgate 1965 emend. Visser et al. 2014 | |
| VKM B-1379 | <-- INMI, VKM B-1379 < Rozanova E.P. INMI, 781. Received as: Desulfotomaculum nigrificans subsp. salinus Nazina and Rozanova 1978. Ex: oil pool. Tyumen Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 139, 60oC Growth condition: anaerobic., S-2) |
| Desulfotomaculum nigrificans (Werkman and Weaver 1927) Campbell and Postgate 1965 emend. Visser et al. 2014 | |
| VKM B-2319 Type | <-- Parshina S.N. INMI. Received as: CO-1-SRB. Synonym: Desulfotomaculum carboxydivorans Parshina et al. 2005. (DSM 14880). Ex: sludge from an anaerobic bioreactor. Netherlands DNA sequences: 16S rRNA gene: AY961415; complete genome: CP002736. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 236, 55oC Growth condition: anaerobic., S-2) |
| Desulfotomaculum nigrificans (Werkman and Weaver 1927) Campbell and Postgate 1965 emend. Visser et al. 2014 | |
| UQM 40998 type strain for Desulfotomaculum carboxydivorans | <-- UNIQEM, UQM 40998 <-- Parshina S.N., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain CO-1-SRB, 2005. (DSM 14880, VKM B-2319). Ex: sludge from anaerobic wastewater treatment plant. Netherlands, Eerbeek, Industriewater Eerbeek BV. Netherlands, Eerbeek, Industriewater Eerbeek BV. Netherlands DNA sequences: 16S rRNA gene: AY961415.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 236, 55oC, S-1) |
| Desulfotomaculum sp. | |
| VKM B-3259 Type | <-- Frank Y.A. Tomsk State University. Received as: strain FU. Ex: microbial mat. Malyj Zhemchug village. Republic of Byriatia. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 50oC Growth condition: anaerobic., F-1) |
| Desulfovibrio africanus Campbell et al. 1966 subsp. africanus Campbell et al. 1966 | |
| VKM B-1757 Type | <-- Hippe H. DSMZ. Received as: DSM 2603. Synonym: Desulfovibrio africanus Campbell et al. 1966. (DSM 2603; ATCC 19996; NCIMB 8401; NCIMB 8401). Ex: well water. Benghazi. Libya DNA sequences: 16S rRNA gene: X99236. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 30oC Growth condition: anaerobic., S-2) |
| Desulfovibrio alcoholivorans corrig. Qatibi et al. 1995 | |
| VKM B-1761 Type | <-- DSMZ, Hippe H. < Garcia J.L. SPSN. Received as: DSM 5433. Synonym: Desulfovibrio alcoholovorans Qatibi et al. 1991. (DSM 5433; ATCC 49738). Ex: alcohol industry waste water. France DNA sequences: 16S rRNA gene: AF053751. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 35oC Growth condition: anaerobic., C-8) |
| Desulfovibrio arcticus Pecheritsyna et al. 2012 | |
| VKM B-2367 Type | <-- Pecheritsyna S.A. IBPM, B15. Received as: Desulfovibrio sp. (DSM 21064). Ex: permafrost, water brine. Barents Sea coast, Varandey Peninsula. Russia DNA sequences: 16S rRNA gene: DQ296030. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 30oC Growth condition: anaerobic., S-2) |
| Desulfovibrio carbinolicus Nanninga and Gottschal 1995 | |
| VKM B-1758 Type | <-- DSMZ, DSM 3852 < Nanninga H.J., EDK 82. Received as: EDK 82. (DSM 3852). Ex: anaerobic waste water treatment plant. Potato starch factory. Dekrim. the Netherlands DNA sequences: 16S rRNA gene: AY626035. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 180, 37oC Growth condition: anaerobic., S-2) |
| Desulfovibrio desulfuricans subsp. desulfuricans (Beijerinck 1895) Kluyver and van Niel 1936 | |
| VKM B-1799 Type | <-- DSMZ, DSM 642 < Gottschalk G. < NCIB, NCIB 8307. Received as: DSM 642. (VKM B-1800; DSM 642; ATCC 29577; NCIMB 8307; NCIMB 8307). Ex: soil near gas main. England. UK DNA sequences: 16S rRNA gene: M34113. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 37oC Growth condition: anaerobic., S-2) |
| Desulfovibrio fructosivorans Ollivier et al. 1990 | |
| VKM B-1801 Type | <-- Hippe H. DSMZ. Received as: DSM 3604. Synonym: Desulfovibrio fructosovorans Ollivier et al. 1990. (DSM 3604; ATCC 49200). Ex: estuarine sediment DNA sequences: draft genome: AECZ00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 30oC Growth condition: anaerobic., S-2) |
| Desulfovibrio gigas LeGall 1963 | |
| VKM B-1759 Type | <-- DSMZ. Received as: DSM 1382. (DSM 1382; NCIMB 9332; NCIMB 9332; ATCC 19364). Ex: water sample. The Etang de Berre. Marseille. France DNA sequences: 16S rRNA gene: AY726757. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 90, 30-37oC Growth condition: anaerobic., S-2) |
| Desulfovibrio gilichinskyi Ryzhmanova et al. 2019 | |
| VKM B-2877 Type | <-- Ryzhmanova Ya.V., IBPM. Received as: K3S. Ex: permafrost, cryopeg, water. Yamal Peninsula, Arctic. Russia DNA sequences: 16S rRNA gene: KJ739728. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 433, 26oC Growth condition: anaerobic., S-2) |
| Desulfovibrio halophilus | |
| UQM 40566 | <-- UNIQEM, UQM 40566 <-- D.Yu. Sorokin, UNIQEM 889, HTR7, 2010. Ex: hypersaline chloride–sulfate lake. Cock salt lake, Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: JN408679. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Desulfovibrio salexigens Postgate and Campbell 1966 | |
| VKM B-1763 Type | <-- DSMZ, DSM 2638 < NCIB, NCIB 8403. Received as: DSM 2638. (ATCC 14822; NCIMB 8403; NCIMB 8403; DSM 2638). Ex: sling sludge. South America. British Guyana. Co-operative Republic of Guyana DNA sequences: complete genome: CP001649. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 110, 30oC Growth condition: anaerobic., S-2) |
| Desulfovibrio sp. | |
| VKM B-2200 Type | <-- Shcherbakova V.A. IBPM, SR-1. Received as: SR-1. Ex: anaerobic sewage sludge digester. Moscow Region. Russia DNA sequences: 16S rRNA gene: FJ606758. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 37oC Growth condition: anaerobic., S-2) |
| Desulfovibrio sp. | |
| VKM B-3047 Type strain | <-- Frank Y.A. Tomsk State University. Received as: strain ED. Ex: marsh water. Trans-Baikal Territory, New Akatui. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 28oC Growth condition: anaerobic., F-2) |
| Desulfovibrio sp. | |
| VKM B-3048 Type strain | <-- Frank Y.A. Tomsk State University. Received as: strain ED20. Ex: microbial mat on the wooden structure under the water. Akatui polymetallic ore field. Trans-Baikal Territory, New Akatui. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 28oC Growth condition: anaerobic., F-2) |
| Desulfovibrio sp. | |
| VKM B-3049 Type strain | <-- Frank Y.A. Tomsk State University. Received as: strain TomC. (DSM 104453). Ex: sediments from the bottom of the wetland, tailing Tsentralnyy. Kuzbass. Kemerovo Region. Russia DNA sequences: complete genome: JSEH 00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 28oC Growth condition: anaerobic., F-2) |
| Desulfovibrio sp. | |
| VKM B-3050 Type strain | <-- Frank Y.A. Tomsk State University. Received as: strain VK. Ex: microbial mat on the wooden structure under the water. Akatui polymetallic ore field. Trans-Baikal Territory, New Akatui. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 28oC Growth condition: anaerobic., F-2) |
| Desulfovibrio sp. | |
| VKM B-3051 Type strain | <-- Frank Y.A. Tomsk State University. Received as: strain DV. (DSM 104456). Ex: marsh water under the dam. Akatui polymetallic ore field. Trans-Baikal Territory, New Akatui. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 28oC Growth condition: anaerobic., F-2) |
| Desulfovibrio sulfodismutans Bak and Pfennig 1988 | |
| VKM B-1764 Type | <-- DSMZ, DSM 3696. (DSM 3696; ATCC 43913). Ex: freshwater sludge. Konstanz. Germany DNA sequences: Y17764. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 154, 35oC Growth condition: anaerobic., S-2) |
| Desulfovibrio vulgaris Postgate and Campbell 1966 | |
| VKM B-1388 | <-- INMI, VKM B-1388 < Rozanova E.P. INMI, 2198. Received as: Desulfovibrio desulfuricans. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 30oC Growth condition: anaerobic., S-2) |
| Desulfovibrio vulgaris subsp. vulgaris Postgate and Campbell 1966 | |
| VKM B-1760 Type | <-- DSMZ. Received as: DSM 644. (DSM 644; ATCC 29579; NCIMB 8303; NCIMB 8303). Ex: soil. England, Kent. UK DNA sequences: 16S rRNA gene: AF418179. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 109, 30oC Growth condition: anaerobic., S-2) |
| Desulfuribacillus alkaliarsenatis Sorokin et al. 2014 | |
| UQM 40515 type | <-- UNIQEM, UQM 40515 <-- D.Yu. Sorokin, UNIQEM 855, AÐÅ28, 2010. (DSM 24608). Ex: soda lake sediments. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: HM046584, genome: NZ_MIJE00000000.1; INSDC: MIJE00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Desulfurispira natronophila Sorokin and Muyzer 2010 | |
| UQM 40421 | <-- UNIQEM, UQM 40421 <-- D.Yu. Sorokin, UNIQEM 852, AHT19, 2010. Ex: sediments of soda lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: GQ922843. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfurispira natronophila Sorokin and Muyzer 2010 | |
| UQM 40511 type | <-- UNIQEM, UQM 40511 <-- D.Yu. Sorokin, UNIQEM 758, AHT11, 2008. (DSM 22071). Ex: sediments of soda lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: GQ922842, genome: NZ_JACHID000000000.1; JACHID000000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Desulfurispirillum alkaliphilum Sorokin et al. 2010 | |
| UQM 40383 type strain | <-- UNIQEM, UQM 40383 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 250 = SR 1. (DSM 18274, JCM 15827). Ex: sulfide-removing bioreactor. Eerbeek. Netherlands DNA sequences: 16S rRNA gene: DQ666683. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 28oC, C-1) |
| Desulfurivibrio alkaliphilus Sorokin et al. 2008 | |
| UQM 40382 type strain | <-- UNIQEM, UQM 40382 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 267 = AHT2. (DSM 19089). Ex: highly alkaline saline soda lake, mixed sediments. Wadi Natrun. Egypt DNA sequences: 16S rRNA gene: EF422413, genome: CP001940. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Desulfurivibrio sp. | |
| UQM 40420 | <-- UNIQEM, UQM 40420 <-- D.Yu. Sorokin, UNIQEM 934, AMeS2, 2012. Ex: soda lake. South-Western Siberia, Altai. Russian Federation DNA sequences: 16S rRNA gene: KF148062.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 35oC, C-1) |
| Desulfurococcus amylolyticus Bonch-Osmolovskaya et al. 2001, emend. Perevalova et al. 2016 | |
| UQM 40969 type strain | <-- UNIQEM, UQM 40969 <-- A.A. Perevalova, Z-1312T, 1988 <-- E. Bonch-Osmolovskaya, Z-533, INMI. (DSM 3822, JCM 9188; VKM-B-2316). Ex: hot spring. Caldera, Uzon Volcano. Caldera, Uzon Volcano. Russian Federation DNA sequences: 16S rRNA gene: AB661712, AF250331, genome sequence: CP003321.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 237, 80oC, C-1) |
| Desulfurococcus fermentans Perevalova et al. 2005 | |
| VKM B-2316 Type | <-- Bonch-Osmolovskaya E.A. INMI. Received as: Z-1312. (DSM 16532; JCM 13383). Ex: freshwater hot spring. Caldera, Uzon Volcano, Kamchatka Peninsula. Kamchatka Territory. Russia DNA sequences: 16S rRNA gene: AY264344; complete genome: CP003321. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 237, 80-82oC Growth condition: anaerobic., S-2) |
| Dethiobacter alkaliphilus Sorokin et al. 2008 | |
| VKM B-3572 | <-- Zavarzina D.G. Research Center of Biotechnology RAS. Received as: strain Z-1002. Ex: bottom sediments. soda lake Magadi. Kenia. Kenia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 35oC Growth condition: anaerobic.) |
| Dethiobacter alkaliphilus Sorokin et al. 2008 | |
| UQM 40381 type strain | <-- UNIQEM, UQM 40381 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 266 = AHT1. (DSM 19026). Ex: soda lake, mixed sediments. NE Mongolia. Mongolia DNA sequences: 16S rRNA gene: EF422412, genome: ACJM00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Devosia enhydra (Staley 1968) Park et al. 2016 | |
| VKM B-1376 Type | <-- INMI, VKM B-1376 < Staley J.T., 9b. Received as: Prosthecomicrobium enhydrum Type. Synonym: Prosthecomicrobium enhydrum Staley 1968; Vasilyevaea enhydra (Staley 1968) Yee et al. 2010. (ATCC 23634; DSM 8908; JCM 21106; NBRC 102409; NCIMB 12775). Ex: freshwater creek. California, Davis. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 30oC, F-1, S-4, S-5) |
| Devosia enhydra (Staley 1968) Park et al. 2016 | |
| UQM 40198 Type | <-- UNIQEM, UQM 40198 < Nikitin D.I., UNIQEM 667 < VKM INMI, VKM B-1376 < Staley J.T., 9b. Synonym: Vasilyevaea enhydra (Staley 1968) Yee et al. 2010, Prosthecomicrobium enhydrum Staley 1968. (ATCC 23634, DSM 8908; JCM 21106; NBRC 102409; VKM B-1376). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Devosia riboflavina (ex Foster 1944) Nakagawa et al. 1996 | |
| VKM B-1322 Type | <-- INMI, VKM B-1322 < CCM, CCM 1979 < BU CSAV < NCIB < ATCC < Merck & Co., Inc. Received as: Pseudomonas riboflavina. Synonym: Pseudomonas riboflavina Foster 1944. (ATCC 9526; CCM 1979; CCUG 1825; CIP 59.10; DSM 7230; IAM 14524; NBRC 13284; LMG 2277; NCIMB 8177). Ex: riboflavin-rich soil. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, F-1) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| IEGM 45 | <-- IEGM, 1988 < Berdichevskaya M.V. (NCIMB 13380). Ex: Stratal water. Oilfield. Perm region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| IEGM 46 | <-- IEGM, 1988 < Berdichevskaya M.V. Ex: Stratal water. Oilfield. Perm region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| IEGM 47 | <-- IEGM, 1988 < Berdichevskaya M.V. Ex: Stratal water. Oilfield. Perm region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| IEGM 54 | <-- IEGM, 1988 < Berdichevskaya M.V. Ex: Stratal water. Oilfield. Perm region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| IEGM 166 | <-- IEGM, 1988 < Berdichevskaya M.V. Ex: Oil-polluted water. Kama reservoir. Perm region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| IEGM 291 | <-- IEGM, 1989 < Berdichevskaya M.V. Ex: Bottom sediments, Silt. River water. Tyumen region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| IEGM 296 | <-- IEGM, 1988 < UCM, 1987 < Nesterenko O.A. (UCM Ac-537). Ex: Soil. Plain. Unknown. Ukraine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| IEGM 297 | <-- IEGM, 1988 < UCM, 1987 < Nesterenko O.A. (UCM Ac-678). Ex: Soil. Plain. Unknown. Ukraine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| IEGM 300 | <-- IEGM, 1989 < Ivshina I.B. Ex: Turf soil. Oil deposit. Perm region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| IEGM 305 | <-- IEGM, 1988 < Ivshina I.B. Ex: Soil. Oil-extracting enterprise area. Perm region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| IEGM 313 | <-- IEGM, 1988 < UCM, 1980 < Nesterenko O.A. (UCM Ac-46). Ex: Soil. Plain. Unknown. Ukraine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| IEGM 317 | <-- IEGM, 1988 < UCM, 1980 < Nesterenko O.A. (JCM 6167, VKM Ac-959, N1020, UCM Ac-283). Ex: Intestinal tract of carp, Intestinal tract. River carp. Unknown. Unknown. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| IEGM 512 | <-- IEGM, 1995 < Berdichevskaya M.V. Ex: Stratal water. Oilfield. Perm region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| IEGM 515 | <-- IEGM, 1995 < Berdichevskaya M.V. Ex: Stratal water. Oilfield. Perm region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| IEGM 516 | <-- IEGM, 1995 < Richkova M.I. Ex: Soil. Plain. Sverdlovsk region, Yekaterinburg. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| VKM Ac-593 Type | <-- INMI, VKM Ac-593 < Nesterenko O.A. IMV, 195. Received as: Rhodococcus maris (ex Harrison 1929) Nesterenko et al. 1982 Type. Synonym: Rhodococcus maris (ex Harrison 1929) Nesterenko et al. 1982; Flavobacterium maris Harrison 1929; Brevibacterium maris (Harrison 1929) Breed 1953. (IMV 195; ATCC 35013; CIP 104188; DSM 43672; IFO (now NBRC) 15801; JCM 6166; LMG 5361; NCIMB 11744; NRRL B-16941). Ex: soil, impregnated with oil. Chernigov Region. Ukraine DNA sequences: FJ468333, X79290, X81920, KF410336. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 183, 28oC, C-1, F-1, F-3, F-4) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| IEGM 750 | <-- IEGM, 1995 < Richkova M.I. Ex: Oil sludge. Oilfield. Saratov region, Saratov. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| IEGM 789 | <-- IEGM, 1996 < Richkova M.I. Ex: Bottom sediments. River water. Unknown. Italy DNA sequences: MG637001.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| VKM Ac-959 | <-- Nesterenko O.A. IMV, 283. Received as: Rhodococcus maris (ex Harrison 1929) Nesterenko et al. 1982. Synonym: Rhodococcus maris (ex Harrison 1929) Nesterenko et al. 1982. (IMV 283; JCM 6167). Ex: Cyprinus carpio, skin of carp. Ukraine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 183, 28oC, C-1, F-1) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| VKM Ac-980 | <-- Nesterenko O.A., IMV 294. Received as: Rhodococcus maris (ex Harrison 1929) Nesterenko et al. 1982. Synonym: Rhodococcus maris (ex Harrison 1929) Nesterenko et al. 1982. (IMV 294; JCM 6168). Ex: soil, impregnated with oil. Oil and gas field. Poltava. Ukraine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 183, 28oC, C-1, F-1) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| VKM Ac-983 | <-- Nesterenko O.A., IMV 392. Received as: Rhodococcus maris (ex Harrison 1929) Nesterenko et al. 1982. Synonym: Rhodococcus maris (ex Harrison 1929) Nesterenko et al. 1982. (IMV 392; JCM 6169). Ex: soil, impregnated with oil. Oil and gas field. Poltava. Ukraine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 183, 28oC, C-1, F-1) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| IEGM 1172 | <-- IEGM, 2011 < Richkova M.I. Ex: Sulfitsidny dirt from a superficial silt layer, Silt. Golubitskoye lake. Krasnodar Krai, Temryuk district. Russia DNA sequences: MG637017.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| IEGM 1175 | <-- IEGM, 2011 < Richkova M.I. Ex: Sulfitsidny dirt from a superficial silt layer, Silt. Tambukan lake. Stavropol region. Russia DNA sequences: JAWLKJ010000001-JAWLKJ010000009, MG607381.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Dietzia maris (Nesterenko et al. 1982) Rainey et al. 1995 | |
| VKM Ac-2170 | <-- VKM, B-1042 < INMI, VKM B-1042 < ARRIAM, 253 (Sarcina erythromyxa (Zopf) Chester 1901). Received as: Sarcina sp. Synonym: Rhodococcus maris (ex Harrison 1929) Nesterenko et al. 1982. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, C-1, F-1, F-3) |
| Dietzia sp. | |
| UQM 40170 | <-- UNIQEM, UQM 40170 < Zvyagintseva I.S., UNIQEM 711, INMI 101. Ex: oil contaminated lake. Tatarstan. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 418, 28oC, C-1) |
| Dietzia sp. | |
| UQM 40171 | <-- UNIQEM, UQM 40171 < Zvyagintseva I.S., UNIQEM 722, 7816r. Ex: oil deposit brine. Tatarstan. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 418, 28oC, C-1) |
| Dietzia sp. | |
| UQM 40182 | <-- UNIQEM, UQM 40182 < Zvyagintseva I.S., UNIQEM 721, 2842r. Ex: oil deposit brine. Tatarstan. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 418, 28oC, C-1) |
| Dietzia sp. | |
| UQM 40183 | <-- UNIQEM, UQM 40183 < Zvyagintseva I.S., UNIQEM 720, 4 3. Ex: oil deposit brine. Tatarstan. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 418, 28oC, C-1) |
| Dietzia sp. | |
| UQM 40184 | <-- UNIQEM, UQM 40184 < Zvyagintseva I.S., UNIQEM 719, 367-5. Ex: oil deposit brine. Tatarstan. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 418, 28oC, C-1) |
| Diplocloster agilis Chaplin et al 2022 | |
| VKM B-3496 | <-- Efimov B.A. Pirogov RNRMU. Received as: strain ASD3451. (JCM 34350). Ex: human feces. Moscow. Russia DNA sequences: whole genome: JAHQCY000000000; 16S rRNA gene: MK615130. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 344, 37oC Growth condition: anaerobic conditions.) |
| Diplocloster agilis Chaplin et al 2022 | |
| VKM B-3497 Type strain | <-- Efimov B.A. Pirogov RNRMU. Received as: strain ASD5720. (JCM 34353). Ex: human feces. Moscow. Russia DNA sequences: whole genome: JAHQCW000000000; 16S rRNA gene: MT908949. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 344, 37oC Growth condition: anaerobic conditions.) |
| Diplocloster modestus Chaplin et al 2022 | |
| VKM B-3498 Type strain | <-- Efimov B.A. Pirogov RNRMU. Received as: strain ASD5720. (JCM 34351). Ex: human feces. Moscow. Russia DNA sequences: whole genome: JAHQCX000000000; 16S rRNA gene: MT908948. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 344, 37oC Growth condition: anaerobic conditions., C-2) |
| Dissulfuribacter thermophilus Slobodkin et al. 2013 | |
| VKM B-2760 Type | <-- Slobodkin A.I. INMI. Received as: S69. (DSM 25762). Ex: deep-sea hydrothermal vent chimney at a depth of 1910 m. Eastern Lau Spreading, Center and Valu Fa Ridge, Pacific Ocean. DNA sequences: 16S rRNA gene: JQ414031. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 320, 61oC Growth condition: anaerobic, NaCl 1.8-2.7%., F-2, S-2) |
| Dissulfuribacter thermophilus Slobodkin et al. 2013 | |
| UQM 40999 type strain | <-- UNIQEM, UQM 40999 <-- Slobodkin A.I., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain S69, 2016. (DSM25762, VKM B-2760). Ex: deep-sea hydrothermal chimney. Eastern Lau Spreading, Center and Valu Fa Ridge, Pacific Ocean. Eastern Lau Spreading, Center and Valu Fa Ridge, Pacific Ocean. Tonga DNA sequences: 16S rRNA gene: JQ414031, genome: ASM168733v1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 320, 61oC, C-1) |
| Dissulfurimicrobium hydrothermale Slobodkin et al. 2016 | |
| UQM 41394 type strain | <-- UNIQEM, UQM 41394 <-- Slobodkin A.I., Winogradsky Institute of Microbiology, RAS, Moscow, Russia, strain Sh68. (JCM 19990, VKM B-2854). The Uzon Caldera, The Kamchatka Peninsula. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 340, 50oC, C-1, S-1) |
| Dissulfurirhabdus thermomarina Slobodkina et al. 2016 | |
| VKM B-2960 Type | <-- Slobodkina G.B. INMI. Received as: SH388. (DSM 100025). Ex: shallow-sea hydrothermal vent. Geothermal field, Kunashir Island. Russia DNA sequences: 16S rRNA gene: KU051627. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 340, 50oC Growth condition: anaerobic., F-1, F-2) |
| Dissulfurirhabdus thermomarina Slobodkina et al. 2016 | |
| UQM 41000 type strain | <-- UNIQEM, UQM 41000 <-- Slobodkina A.I., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain SH388, 2014. (DSM 100025, VKM B-2960). Ex: water and sediment from a shallow, submarine hydrothermal vent. Kurils, Geothermal field, Kunashir Island. Russian Federation DNA sequences: 16S rRNA gene: KU051627, genome: GCA_001687335.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 340, 61oC, S-1) |
| Dissulfurmicrobium hydrothermalis Slobodkin et al. 2016 | |
| VKM B-2854 Type | <-- Slobodkina G.B., Slobodkin A.I. INMI. Received as: Sh68. (JCM 19990). Ex: water. hydrothermal pond, The Uzon Caldera, The Kamchatka Peninsula. Kamchatka Territory. Russia DNA sequences: 16S rRNA gene: KT159733. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 340, 50oC Growth condition: anaerobic., S-2) |
| Ectothiorhodosinus mongolicus corrig. Gorlenko et al. 2007 | |
| UQM 40061 Type | <-- UNIQEM, UQM 40061 < Bryantseva I.A., Gorlenko V.M., UNIQEM 217. (DSM 15479). Ex: soda lake shoreline. Lake Dzun-Uldziit-Nur. Mongolia DNA sequences: 16S rRNA gene: AY298904 https://www.ncbi.nlm.nih.gov/nuccore/31747325. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 415, 30oC, C-1) |
| Ectothiorhodospira lacustris Bryantseva et al. 2023 | |
| UQM 41491 type strain | <-- UNIQEM, UQM 41491 <-- I.A.Bryanseva Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain B14B. (DSM 116064, KCTC 25542). Ex: soda lake. Mongolia. Mongolia DNA sequences: 16S rRNA gene: OQ618219, genome: JAJNQM000000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 28oC, S-4, C-1, S-1) |
| Ectothiorhodospira magna Bryantseva et al. 2011 | |
| VKM B-2537 Type | <-- Gorlenko V.M. INMI. Received as: B7-7. (DSM 22250). Ex: water. Chemocline meromictic soda lake, Doroninskoe Lake. Trans-Baikal Territory. Russia DNA sequences: 16S rRNA gene: HM149323.. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 272, 30oC Growth condition: anaerobic in the light., F-2) |
| Ectothiorhodospira magna Bryantseva et al. 2011 | |
| UQM 41001 type strain | <-- UNIQEM, UQM 41001 <--Bryantseva I.A. and Gorlenko V.M., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain B7-7, 2008. (DSM 22250, VKM B-2537). Ex: chemocline water of meromictic soda lake. Transbaikal region, Lake Doroninskoe. Russian Federation DNA sequences: 16S rRNA gene: HM149323, genome: NZ_FOFO00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 272, 30oC, S-1) |
| Ectothiorhodospira shapashnikovii Cherni et al. 1969 emend. Ventura et al. 2000 | |
| VKM B-1525 Type | <-- Kondratyeva E.N. DM MSU, 1. Received as: Ectothiorhodospira shaposhnikovii Type. Synonym: Rhodopseudomonas sp. Kondrat’eva 1956; Ectothiorhodospira vacuolata Imhoff et al. 1982. (DSM 243). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 289, 30oC, S-2) |
| Ectothiorhodospira variabilis Gorlenko et al. 2009 | |
| VKM B-2479 Type | <-- Gorlenko V.M., Sorokin D.Yu. INMI. Received as: WN22. (DSM 21381). Ex: microbial mat of shallow water soda lake. Um-Risha Lake, Wadi Natrum. Arab Republic of Egypt DNA sequences: 16S rRNA gene: AM943121. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 265, 28oC Growth condition: anaerobially in the light., S-2) |
| Ectothiorhodospira variabilis Gorlenko et al. 2009 | |
| UQM 41002 type strain | <-- UNIQEM, UQM 41002 <--Gorlenko V.M., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, WN22, 2004. (DSM 21381, VKM B-2479). Ex: microbial mat of shallow water soda lake. Egypt, Um-Risha Lake, Wadi Natrum. Egypt DNA sequences: 16S rRNA gene: AM943121.1, genome: PRJNA782335. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 265, 30oC, S-4, S-1) |
| Ensifer adhaerens Casida 1982 | |
| VKM B-3385 | <-- Babich T.L. Research Center of Biotechnology RAS, SHC-2-14. Synonym: Sinorhizobium adhaerens (Casida 1982) Willems et al. 2003. Ex: groundwater sampled from observation well near of preserved surface repositore of liquid radioactive waste. Tomsk Region, Seversk. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 118, 28oC, F-1) |
| Ensifer meliloti (Dangeard 1926) Young 2003 | |
| VKM B-117 | <-- INMI, VKM B-117 < ARRIAM, 422a. Received as: Rhizobium meliloti. Synonym: Rhizobium meliloti Dangeard 1926; Sinorhizobium meliloti (Dangeard 1926) De Lajudie et al. 1994. Ex: alfalfa, Medicago sativa, roots. Alma-Ata Region. Kazakhstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 72, 28oC, C-1, F-1, F-3) |
| Ensifer meliloti (Dangeard 1926) Young 2003 | |
| VKM B-489 | <-- INMI, VKM B-489 < ARRIAM, 414a. Received as: Rhizobium meliloti. Synonym: Rhizobium meliloti Dangeard 1926; Sinorhizobium meliloti (Dangeard 1926) De Lajudie et al. 1994. Ex: alfalfa, Medicago sativa. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 72, 28oC, C-1, F-1, F-3) |
| Ensifer meliloti (Dangeard 1926) Young 2003 | |
| VKM B-1009 | <-- INMI, VKM B-1009 < ARRIAM, 279. Received as: Rhizobium meliloti. Synonym: Rhizobium meliloti Dangeard 1926; Sinorhizobium meliloti (Dangeard 1926) De Lajudie et al. 1994. Ex: Melilotus sp. Estonia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 72, 28oC, C-1, F-1, F-3) |
| Ensifer meliloti (Dangeard 1926) Young 2003 | |
| VKM B-1010 | <-- INMI, VKM B-1010 < ARRIAM, 288. Received as: Rhizobium meliloti. Synonym: Rhizobium meliloti Dangeard 1926; Sinorhizobium meliloti (Dangeard 1926) De Lajudie et al. 1994. Ex: Melilotus sp. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 72, 28oC, C-1, F-1, F-3) |
| Ensifer meliloti (Dangeard 1926) Young 2003 | |
| VKM B-1011 | <-- INMI, VKM B-1011 < ARRIAM, 285. Received as: Rhizobium meliloti. Synonym: Rhizobium meliloti Dangeard 1926; Sinorhizobium meliloti (Dangeard 1926) De Lajudie et al. 1994. Ex: Melilotus sp. Kustanai Region. Kazakhstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 72, 28oC, C-1, F-1, F-3) |
| Ensifer oleiphilus Ershov et al. 2022 | |
| VKM B-3646 Type | <-- Ershov A.P. Research Center of Biotechnology RAS, HO-A22. (KCTC 92427; UQM 41511). Ex: injection water. Cheremukhovskoe oilfield. Republic of Tatarstan, Nurlat region. Russia DNA sequences: 16S rRNA: MT495799; draft genome: JABWDU000000000.. (Medium 393, 22oC, F-1) |
| Enterobacter asburiae Brenner et al. 1988 | |
| VKM B-1048 | <-- INMI, VKM B-1048 < ARRIAM, 68. Received as: Aerobacter aerogenes. Synonym: Enterobacter muelleri Kampfer et al. 2015. (ATCC 7256; NBRC 3320; NRRL B-411; VTT E-84209). Ex: water. Well. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1) |
| Enterobacter kobei Kosako et al. 1997 emend. Hoffmann et al. 2005 | |
| VKM B-631 | <-- INMI, VKM B-631 < CCM, CCM 1591. Received as: Xanthomonas vasculorum (Cobb) Dowson 1939. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 112, 28oC, C-1, F-1, F-3) |
| Enterococcus avium (ex Nowlan and Deibel 1967) Collins et al. 1984 | |
| VKM B-1673 Type | <-- IMET, IMET 3257 < IFM, Q 28/58. Received as: Enterococcus avium Type. Synonym: Streptococcus avium Nowlan and Deibel 1967. (ATCC 14025; BCRC 14728; CCM 4049; CCUG 7983; CECT 968; CIP 103019; DSM 20679; JCM 8722; LMG 10744; NBRC 100477; NCIMB 702369; VTT E-97804). Ex: human feces. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 157, 37oC, F-1, S-5) |
| Enterococcus durans (ex Sherman and Wing 1937) Collins et al. 1984 | |
| VKM B-603 | <-- INMI, VKM B-603 < CCM, CCM 1876. Received as: Streptococcus lactis (Lister 1873) Lohnis 1909. Synonym: Streptococcus durans Sherman and Wing 1937; Streptococcus durans (ex Sherman and Wing 1937) Knight et al. 1984. (NCIMB 662; NCTC 662). Ex: milk. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC, F-1, S-5) |
| Enterococcus hirae Farrow and Collins 1985 | |
| VKM B-602 | <-- INMI, VKM B-602 < CCM, CCM 1874. Received as: Streptococcus faecalis Andrewes and Horder 1906. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC, F-1, S-5) |
| Enterococcus hirae Farrow and Collins 1985 | |
| VKM B-2107 Type | <-- ATCC, ATCC 9790. Received as: Enterococcus hirae Type. (ATCC 8043; ATCC 9790; BCRC 11054; BCRC 12496; CCM 2423; CCUG 1332; CCUG 18659; CCUG 19917; CDBB 1094; CECT 279; CECT 294; CFBP 4250; CIP 53.48; CIP 82.112; CNCTC 5767; CNCTC Str 16/66; DSM 20160; HAMBI 1709; HAMBI 644; JCM 8729; LMG 6399; NBRC 3181; NCCB 46070; NCIMB 6459; NCIMB 8123; NCIMB 8191; VTT E-97046). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 37oC, F-1) |
| Enterococcus sp. | |
| VKM B-1578 | <-- Nikken Foods Co., ITD, Japan. Received as: Streptococcus lactis. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC, F-1, S-5) |
| Enterococcus sp. | |
| VKM B-1944 | <-- S.F. Barefoot Clemson University USA, CFM 130. Received as: Lactococcus lactis. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 30oC, S-5) |
| Escherichia coli (Migula 1895) Castellani and Chalmers 1919 | |
| VKM B-2968 | <-- Kudryashova E.B., Ariskina E.V. IBPM, 1I. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): 4. (Medium 498, 37oC Growth condition: Aerobic., F-1) |
| Escherichia coli (Migula 1895) Castellani and Chalmers 1919 | |
| VKM B-3034 | . (ATCC 25922; DSM 1103; NCIB 12210; WDCM 00013). Ex: clinical isolate. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): 4. (Medium 498, 37oC Growth condition: Aerobic., F-1) |
| Escherichia coli (Migula 1895) Castellani and Chalmers 1919 | |
| VKM B-3674 | . (ATCC 8739). Ex: Feces. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): 4. (Medium 498, 37oC Growth condition: Aerobic., F-1) |
| Eubacterium barkeri (Stadtman et al. 1972) Collins et al. 1994 | |
| VKM B-1775 Type | <-- DSMZ, DSM 1223 < ATCC, ATCC 25849. Received as: Clostridium barkeri DSM 1223. Synonym: Clostridium barkeri Stadtman et al. 1972 Type. (ATCC 25849; NCIMB 10623; NCIMB 10623; DSM 1223; ICM 1389; Smith L.DS. VPI 5359). Ex: river sludge. Potomak River. USA DNA sequences: 16S rRNA gene: M23927. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 152, 37oC Growth condition: anaerobic., F-1, S-5) |
| Euhalothece natronophila Mikhodyuk et al. 2008 | |
| UQM 41003 type strain | <-- UNIQEM, UQM 41003 <-- Zavarzin G.A., Z-M001, 2007. Ex: water from soda lake. Magadi Lake. Kenya DNA sequences: 16S rRNA gene: EU628548, genome: PRJNA557809. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 35oC, S-4, S-1) |
| Excellospora japonica Furihata and Shimazu | |
| VKM Ac-2001 | <-- JCM 3396. (CCRC 13423; IFO (now NBRC) 14486; JCM 3396). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 214, 50oC, F-1) |
| Faecalicatena fissicatena (Taylor 1972) Sakamoto et al 2017 | |
| VKM B-3243 Type strain | <-- Vainshtein M.B., IBPM. Received as: DSM 3598 strain AzA. Synonym: Eubacterium fissicatena Taylor 1972. (DSM 3598; ATCC 33661; JCM 31501; NCIB 10446; NCIMB 10446). Ex: alimentary tract of goat DNA sequences: 16S rRNA gene: NR_117142, hsp60 gene: LC192836. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 152, 37oC Growth condition: anaerobic., S-2) |
| Ferroplasma acidiphilum Golyshina et al. 2000 | |
| UQM 40970 type strain | <-- UNIQEM, UQM 40970 <-- A.G. Bulaev, Y1, 1999, INMI <-- O. V. Golyshina, T.A. Pivovarova, 1993, INMI. (DSM 12658, JCM 10970). Ex: liquid phase of pulp in bioreactor at a pilot plant (Tula, Russia). Bakyrtchik. Bakyrtchik. Kazakhstan DNA sequences: 16S rRNA gene: AJ224936.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 35oC, S-1) |
| Ferrovibrio denitrificans Sorokina et al. 2013 | |
| UQM 40192 type strain | <-- UNIQEM, UQM 40192 <-- A.Yu. Sorokina, Winogradsky Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 797 = SP-1. (LMG 25817). Ex: A.Yu. Sorokina, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia. Krasnodar krai, Northern Caucasus. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 28oC, C-1) |
| Ferrovum myxofaciens Johnson et al. 2016 | |
| VKM B-3027 Type strain | <-- Johnson D.B., Bangor University, U.K. Received as: Ferrovum myxofaciens P3G. (ATCC BAA-2595). Ex: acidic stream draining a metal mine. Anglesey. Wales. UK DNA sequences: HQ322122 (cbbL), HQ322123 (nifH), HM044161 (16S ðÐÍÊ). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 480, 25oC Growth condition: acidophilic, pH 2., F-2, S-2) |
| Fervidicoccus fontis Perevalova et al. 2010 | |
| VKM B-3509 | <-- Kochetkova T.V., Research Center of Biotechnology RAS. Received as: Fervidicoccus fontis strain 3639Fd. Ex: hot spring. Uzon Caldera. Kamchatka. Russia DNA sequences: Genome:JADEZV000000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 306, 70oC Growth condition: anaerobic.) |
| Fervidicoccus fontis Perevalova et al. 2010 | |
| UQM 40971 type strain | <-- UNIQEM, UQM 40971 <-- A. Perevalova, Winogradsky Institute of Microbiology, RAS, Moscow, Russia, KAM940. (DSM 19380). Ex: hot spring. Treschinnyi spring, Caldera, Uzon Volcano. Treschinnyi spring, Caldera, Uzon Volcano. Russian Federation DNA sequences: 16S rRNA gene: EF552404, genome sequence: CP003423. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 306, 70oC, C-1) |
| Fervidicoccus sp. | |
| UQM 41492 | <-- UNIQEM, UQM 41492 <-- Kochetkova T.V., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain 4215c. Ex: hot spring. Kamchatka, Uzon Caldera. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 78oC, C-1) |
| Fervidobacterium riparium Podosokorskaya et al. 2011 | |
| VKM B-2549 Type | <-- Podosokorskaya O.A. INMI. Received as: 1445t. (DSM 21630). Ex: thermal spring. Kunashir Island, Kuril Islands. Sakhalin Region, Yuzhno-Kurilsky District. Russia DNA sequences: 16S rRNA gene: EU851047. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 307, 65oC Growth condition: anaerobic., F-2, S-2) |
| Fimbriiglobus ruber Kulichevskaya et al. 2017 | |
| VKM B-3045 Type | <-- Kulichevskaya I.S., Dedysh S.N. Research Center of Biotechnology RAS, SP5. Received as: Fimbriiglobus ruber Type. (LMG 29572). Ex: peat soil. Sphagnum-dominated ombrotrophic peat bog Obukhovskoe. Yaroslavl Region. Russia DNA sequences: draft genome: NIDE00000000; 16S rRNA gene: KX369544. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 280, 25oC, F-3) |
| Fimbriiglobus ruber Kulichevskaya et al. 2017 | |
| UQM 41004 type strain | <-- UNIQEM, UQM 41004 <-- I. S. Kulichevskaya, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, RussiaWinogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, SP5, 2010. (LMG 29572, VKM B-3045). Ex: sphagnum peat bog. Yaroslavl Region, peat bog Obukhovskoe. Russia DNA sequences: 16S rRNA gene: KX369544, genome: NIDE00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 280, 22oC, S-4, S-1) |
| Flavobacterium johnsoniae subsp. aurantiacum (Lewin 1969) Garcia-Lopez et al. 2020 | |
| VKM B-1426 Type | <-- INMI, VKM B-1426 < NCMB, NCMB 1382. Received as: Flexibacter aurantiacus Lewin 1969 Type. Synonym: Flexibacter aurantiacus Lewin 1969. (ATCC 23107; IFO 15970; LMG 3987; NBRC 15970; NCMB 1382). Ex: garden soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 28oC, F-1, S-5) |
| Flavobacterium pectinovorum (Reichenbach 1989) Bernardet et al. 1996 | |
| VKM B-1171 Type | <-- INMI, VKM B-1171 < NCIB, NCIB 9059 < Dorey M.Y., 81. Received as: Flavobacterium pectinovorum Type. Synonym: Cytophaga johnsonae (ex Dorey 1959) Reichenbach 1989; Flavobacterium pectinovorum Dorey 1959; Empedobacter pectinovorum (sic) (Dorey 1959) Kaiser 1961. (ATCC 19366; CIP 104742; DSM 6368; IAM 14307; JCM 8518; LMG 4031; LMG 8366; NBRC 15945; NCIMB 9059). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 25oC, F-1, S-4, S-5) |
| Flectobacillus major (Gromov 1963) Larkin et al. 1977 | |
| VKM B-859 Type | <-- INMI, VKM B-859 < Gromov B.V. LM BiNII StPGU. Received as: Microcyclus major Type. Synonym: Microcyclus major Gromov 1963. (ATCC 29496; CCM 2921; CCUG 14833; DSM 103; LMG 13163; NCIMB 11363). Ex: Scenedesmus sp. Chudskoye Lake. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 162, 28oC, C-1, F-1, F-3) |
| Flectobacillus major (Gromov 1963) Larkin et al. 1977 | |
| UQM 40245 Type | <-- UNIQEM, UQM 40245 < Nikitin D.I., UNIQEM 608 < Gromov B.V., type strain. (ATCC 29496, DSM 103; LMG 13163; VKM B-859). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Fontisphaera persica Podosokorskaya et al. 2023 | |
| UQM 41469 type strain | <-- UNIQEM, UQM 41469 <-- Podosokorskaya Î.À., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain B-154. (KCTC 82379, VKM B-3508). Ex: hot spring. Goryachinsk, Pribaikalsky district, Republic of Buryatia. Russian Federation DNA sequences: 16S rRNA gene: OP858675.1, genome: CP116615. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 53oC, C-1) |
| Fontivita pretiosa Podosokorskaya et al., 2022 | |
| VKM B-3507 Type strain | <-- Podosokorskaya O.V. Research Center of Biotechnology RAS. Received as: strain B-254. (KCTC 82380). Ex: hot spring. Goryachinsk city. Baikal region. Russia DNA sequences: IMG Gemome ID 2923704041. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 50oC Growth condition: anaerobic conditions., C-2) |
| Fontivita pretiosa | |
| UQM 41468 type strain | <-- UNIQEM, UQM 41468 <-- Podosokorskaya Î.À., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain B-254. (KCTC 82380, VKM B-3507). Ex: hot spring. Goryachinsk, Pribaikalsky district, Republic of Buryatia. Russian Federation DNA sequences: IMG Gemome ID 2923704041. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 53oC, C-1) |
| Frankia sp. | |
| VKM Ac-918 | <-- Baker D.D., DDB 010210 (Baker D.D., Ar I 4). Ex: red alder, Alnus rubra, root nodules. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 131, 28oC, C-1, F-1) |
| Frankia sp. | |
| VKM Ac-919 | <-- Baker D.D., DDB 130120 (Baker D.D., EuI1b). (VKM Ac-1255). Ex: Elaeagnus umbellata, hydroponics cultures, root nodules. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 131, 28oC, C-1, F-1) |
| Frankia sp. | |
| VKM Ac-920 | <-- Lechevalier M.P., LLR 01321. Ex: speckled alder, Alnus incana, root nodules. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 131, 28oC, C-1, F-1) |
| Frankia sp. | |
| VKM Ac-921 | <-- Lechevalier M.P., LLR 01322. Ex: speckled alder, Alnus incana, root nodules. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 131, 28oC, C-1, F-1) |
| Frankia sp. | |
| VKM Ac-922 | <-- Akkermans A.D.L., An 2-1. Ex: rhizosphera of the alder, Alnus nitida, root nodules. Pakistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 131, 28oC, C-1, F-1) |
| Frankia sp. | |
| VKM Ac-1015 | <-- Akkermans A.D.L., Avc I1.R.1. Ex: reizolated from strain Avc I1; alder, Alnus viridis subsp. Crispa, root nodules. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 131, 28oC, C-1, F-1) |
| Frankia sp. | |
| VKM Ac-1251 | <-- Sundman V., UHF 01111 (Sundman V., Ai 15a). Ex: speckled alder, Alnus incana, root nodules. Finland. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 131, 28oC, C-3, F-1) |
| Frankia sp. | |
| VKM Ac-1252 | <-- Berry A.M., USA, Ar I3 < HFP 013003. Ex: red alder, Alnus rubra, root nodules. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 131, 28oC, C-1, F-1) |
| Frankia sp. | |
| VKM Ac-1253 | <-- Torrey J.G. USA, CpI1 < HFP 070101. Ex: rhizosphera, Comptonia peregrina, root nodules. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 131, 28oC, C-3, F-1) |
| Frankia sp. | |
| VKM Ac-1254 | <-- Sundman V., Ag9b. Ex: black alder, Alnus glutinosa, root nodules. Finland. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 131, 28oC, C-3, F-1) |
| Frankia sp. | |
| VKM Ac-1256 | <-- Torrey J.G. USA < DDB 010110. Ex: rhizosphera of the alder, Alnus viridis subsp.crispa, root nodules. Ontario. Canada. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 131, 28oC, C-1, F-1) |
| Frigoribacterium faeni Kampfer et al. 2000 | |
| VKM Ac-2505 Type | <-- DSM 10309. (ATCC BAA-3; DSM 10309; JCM 11265; NBRC 103066). Ex: airborne dust. cattle barn. Finland DNA sequences: AM410686, Y18807. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Frigoribacterium faeni Kampfer et al. 2000 | |
| VKM Ac-2506 | <-- DSM 10310. (DSM 10310). Ex: airborne dust. cattle barn. Finland DNA sequences: AF157478,. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Frigoribacterium faeni Kampfer et al. 2000 | |
| VKM Ac-2507 | <-- DSM 10311. (DSM 10311). Ex: airborne dust. cattle barn. Finland DNA sequences: AF157479. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Frigoribacterium sp. | |
| VKM Ac-1396 | <-- Evtushenko L.I. IBPM, DL-74. Ex: Festuca sp., leaf gall induced by Anguina graminis. Moscow Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Frigoriglobus tundricola Kulichevskaya et al. 2021 | |
| VKM B-3467 Type | <-- Kulichevskaya I.S. Research Center of Biotechnology RAS, PL17T. Received as: Frigidiglobus tundricola. (CECT 9407T). Ex: water. Littoral wetland in a forested tundra. Yamalo-Nenets Autonomous Okrug, Nadym District. Russia DNA sequences: complete genome: CP053452. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 395, 22oC, F-1) |
| Frigoriglobus tundricola Kulichevskaya et al. 2021 | |
| UQM 41401 type strain | <-- UNIQEM, UQM 41401 <-- Kulichevskaya I.S., Winogradsky Institute of Microbiology, RAS, Moscow, Russia, strain PL 17. (CECT 9407, VKM B-3467). Yamalo-Nenets Autonomous Okrug, Nadym District. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 395, 22oC, C-1, S-1) |
| Fuchsiella alkaliacetigena Zhilina et al. 2012 | |
| VKM B-2667 Type | <-- Zhilina T.N. INMI, Z-7100 DNA sequences: 16S rRNA gene: HQ828140. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 315, 37oC Growth condition: anaerobic., F-2, S-2) |
| Fuchsiella alkaliacetigena Zhilina et al. 2012 | |
| UQM 41501 type strain | <-- UNIQEM, UQM 41501 <-- Zhilina T.N., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, Z-7100. (DSM 24880, VKM B-2667). Ex: bottom sediments of soda lake. Altai Territory,Irtysh river, Tanatar III Lake. Russian Federation DNA sequences: 16S rRNA gene: HQ828140, genome: NZ_JALKBZ000000000.1 GI: 2236615663. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 315, 37oC, C-1) |
| Fuchsiella ferrireducens Zhilina et al. 2015 | |
| VKM B-2766 Type | <-- Zhilina T.N. INMI RAS. Received as: Z-7101. (DSM 26031). Ex: soda lake. Tanatar III Lake. Altai Territory. Russia DNA sequences: 16S rRNA gene: JX566887. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 315, 35-37oC Growth condition: anaerobic, pH 9.8., F-2, S-2) |
| Fuchsiella ferrireducens Zhilina et al. 2015 | |
| VKM B-2790 | <-- Zhilina T.N. INMI. Received as: Fuchsiella sp. Z-7102. (DSM 26052). Ex: soda lake. Tanatar III Lake. Altai Territory. Russia DNA sequences: 16S rRNA gene: KM215211. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 315, 37oC Growth condition: anaerobic., F-2, S-2) |
| Fuchsiella ferrireducens Zhilina et al. 2015 | |
| UQM 41499 type strain | <-- UNIQEM, UQM 41499 <-- Zhilina T.N., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, Z-7101. (DSM 26031, VKM B-2766). Ex: bottom sediments of water collecting area. Altai Territory,Irtysh river, Tanatar III Lake. Russian Federation DNA sequences: 16S rRNA gene: JX566885.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 315, 37oC, C-1) |
| Fuchsiella ferrireducens Zhilina et al. 2015 | |
| UQM 41500 | <-- UNIQEM, UQM 41500 <-- Zhilina T.N., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, Z-7102. (DSM 26052, VKM B-2790). Ex: soda lake sediment. Altai Territory,Irtysh river, Tanatar III Lake. Russian Federation DNA sequences: 16S rRNA gene: KM215211. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 315, 37oC, C-1) |
| Fuchsiella ferrireducens Zhilina et al., 2015 | |
| UQM 41005 type strain | <-- UNIQEM, UQM 41005 <-- Zhilina T.N., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, Z-7101, 2010. (DSM 26031, VKM B-2766). Ex: alkaline soda lake. Altai Territory, Tanatar III Lake. Russia DNA sequences: 16S rRNA gene: JX566885.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 315, 37oC, C-1, S-1) |
| Geitlerinema sp. | |
| UQM 41006 | <-- UNIQEM, UQM 41006 <-- Gerasimenko L.M., Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, Z-9627, 1996. (IPPAS B-353). Ex: soda lake. Khilganta Lake, Zabaikal Krai. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 22oC, S-4, S-1) |
| Gemmata palustris Ivanova et al. 2021 | |
| VKM B-3541 Type | <-- Ivanova A.A. Research Center of Biotechnology RAS, G18. Ex: peat from Radionskoe fen. Vologda Region. Russia DNA sequences: 16S rRNA: MW542577. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 399, 25oC Growth condition: the strain forms round pink colonies, 1-2 mm in size after 8-10 days of incubation., F-3) |
| Genus sp. | |
| UQM 40062 | <-- UNIQEM, UQM 40062 < Bryantseva I.A. UNIQEM 258. Mono Lake. Mono Lake. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 261, 25oC, C-1) |
| Genus sp. | |
| UQM 40063 | <-- UNIQEM, UQM 40063 < Bryantseva I.A., UNIQEM 260. Mono Lake. Mono Lake. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 261, 25oC, C-1) |
| Genus sp. | |
| UQM 40064 | <-- UNIQEM, UQM 40064 < Bryantseva I.A., UNIQEM 257. Mono Lake. Mono Lake. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 261, 25oC, C-1) |
| Genus sp. | |
| UQM 40065 | <-- UNIQEM, UQM 40065 < Bryantseva I.A., UNIQEM 259. Mono Lake. Mono Lake. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 261, 25oC, C-1) |
| Genus sp. | |
| UQM 40066 | <-- UNIQEM, UQM 40066 < Bryantseva I.A. UNIQEM 261. Mono Lake. Mono Lake. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 261, 25oC, C-1) |
| Genus sp. | |
| UQM 40310 | <-- UNIQEM, UQM 40310 <-- D.Yu. Sorokin, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain ASL6, 1999. Ex: sulfide-rich haloalkaline water. Washington State, Grant County, Soap Lake. USA DNA sequences: 16S rRNA gene: DQ900621.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 443, 28oC, C-1) |
| Genus sp. | |
| UQM 40327 | <-- UNIQEM, UQM 40327 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 380 = ES1. Ex: soda solonchak soil. Wadi Natrun. Egypt DNA sequences: 16S rRNA gene: EU143686. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 25oC, C-1) |
| Genus sp. | |
| UQM 40328 | <-- UNIQEM, UQM 40328 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 379= MS5. Ex: soda solonchak soil. Mongolian north-eastern area. Mongolia DNA sequences: 16S rRNA gene: EU143684. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 25oC, C-1) |
| Genus sp. | |
| UQM 40332 | <-- UNIQEM, UQM 40332 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 933 = 93dLM4-. Ex: soda lake. Lake Magadi, Kenyan Rift Valley. Kenya DNA sequences: 16S rRNA gene: X92170. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Genus sp. | |
| UQM 40339 | <-- UNIQEM, UQM 40339 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 1004 = AMET-SL. Ex: highly alkaline saline soda lake. Searles Lake, California. USA DNA sequences: 16S rRNA gene: KY449327. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 50oC, C-1) |
| Genus sp. | |
| UQM 40410 | <-- UNIQEM, UQM 40410 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 922 = ACht9. Ex: soda solonchak soil near Tanatar-6 soda lake . Kulunda Steppe. Kulunda Steppe DNA sequences: 16S rRNA gene: JQ901943. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Genus sp. | |
| UQM 40443 | <-- UNIQEM, UQM 40443 <-- D.Yu. Sorokin, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 290 = 5B-1. Ex: soda lake. Bitter-1 Lake, Kulunda steppe. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 336, 30oC, C-1) |
| Genus sp. | |
| UQM 40448 | <-- UNIQEM, UQM 40448 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 986 = AMET4. Ex: sediments from hypersaline soda lakes. Kulunda Steppe, Altai. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 48oC, C-1) |
| Genus sp. | |
| UQM 40449 | <-- UNIQEM, UQM 40449 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 987 = AMET5. Ex: sediments from hypersaline soda lakes. Kulunda Steppe, Altai. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 48oC, C-1) |
| Genus sp. | |
| UQM 40450 | <-- UNIQEM, UQM 40450 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 988 = AMET6-2. Ex: sediments from hypersaline soda lakes. Wadi Natrun. Egypt. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 60oC, C-1) |
| Genus sp. | |
| UQM 40453 | <-- UNIQEM, UQM 40453 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 985 = AMET3. Ex: sediments from hypersaline soda lakes. Kulunda Steppe, Altai. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 48oC, C-1) |
| Genus sp. | |
| UQM 40455 | <-- UNIQEM, UQM 40455 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 984 = AMET2. Ex: sediments from hypersaline soda lakes. Wadi Natrun. Egypt. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 60oC, C-1) |
| Genus sp. | |
| UQM 40463 | <-- UNIQEM, UQM 40463 <-- D.Yu. Sorokin, UNIQEM 973, Aarcel, 2013. Ex: mixed sample hypersaline lake. Libyan desert, Wadi el Natrun valley. Egypt DNA sequences: 16S rRNA gene: KT247982.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Genus sp. | |
| UQM 40472 | <-- UNIQEM, UQM 40472 <-- D.Yu. Sorokin, UNIQEM 989, AMET7, 2012. Ex: soda crystallizer. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: KY449323.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 55oC, C-1) |
| Genus sp. | |
| UQM 40478 | <-- UNIQEM, UQM 40478 <-- D.Yu. Sorokin, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 357 = AL 31. Ex: soda lake. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 336, 30oC, C-1) |
| Genus sp. | |
| UQM 40479 | <-- UNIQEM, UQM 40479 <-- D.Yu. Sorokin, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 356 = AL 30. Ex: soda lake. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 336, 30oC, C-1) |
| Genus sp. | |
| UQM 40483 | <-- UNIQEM, UQM 40483 <-- D.Yu. Sorokin, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 352 = AL 26. Ex: soda lake. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 336, 30oC, C-1) |
| Genus sp. | |
| UQM 40484 | <-- UNIQEM, UQM 40484 <-- D.Yu. Sorokin, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 351 = AL 25. Ex: soda lake. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 336, 30oC, C-1) |
| Genus sp. | |
| UQM 40485 | <-- UNIQEM, UQM 40485 <-- D.Yu. Sorokin, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 350 = AL 24. Ex: soda lake. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 336, 30oC, C-1) |
| Genus sp. | |
| UQM 40486 | <-- UNIQEM, UQM 40486 <-- D.Yu. Sorokin, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 349 = AL 23. Ex: soda lake. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 336, 30oC, C-1) |
| Genus sp. | |
| UQM 40514 | <-- UNIQEM, UQM 40514 <-- D.Yu. Sorokin, UNIQEM 793, AHT16, 2009. Ex: surface sediments of soda lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: FJ788524. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 235, 30oC, C-1) |
| Genus sp. | |
| UQM 40518 | <-- UNIQEM, UQM 40518 <-- D.Yu. Sorokin, UNIQEM 803, APP1, 2009. Ex: D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia. Kulunda Steppe. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Genus sp. | |
| UQM 40519 | <-- UNIQEM, UQM 40519 <-- D.Yu. Sorokin, UNIQEM 804, AP61, 2009. Ex: D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia. Kulunda Steppe. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Genus sp. | |
| UQM 40533 | <-- UNIQEM, UQM 40533 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 894 = Acht7, 2010. Ex: sediments of soda lake. Altai, south-eastern Siberia, Kulunda Steppe, soda lake Tanatar-5. Russian Federation DNA sequences: 16S rRNA gene: JF304642.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 88, 30oC, C-1) |
| Genus sp. | |
| UQM 40534 | <-- UNIQEM, UQM 40534 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 895 = Acht6-2, 2010. Ex: sediments of soda lake. Libyan desert, Wadi el Natrun valley. Egypt DNA sequences: 16S rRNA gene: JF304643. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 88, 37oC, C-1) |
| Genus sp. | |
| UQM 40554 | <-- UNIQEM, UQM 40554 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 926 = ABCh6. Ex: D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia. Kulunda Steppe. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 28oC, C-1) |
| Genus sp. | |
| UQM 40961 | <-- UNIQEM, UQM 40961<-- S.N.Filippova, UNIQEM 911 = K-3965, 2011 <-- V.D. Kuznetsov, a candidate for a new speies/genus. unknown origin. unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 205, 30oC, C-1) |
| Genus sp. | |
| UQM 40442 | <-- UNIQEM, UQM 40442 <-- D.Yu. Sorokin, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 289 = AL 22. Ex: soda lake. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 336, 30oC, C-1) |
| Genus sp. | |
| UQM 40480 | <-- UNIQEM, UQM 40480 <-- D.Yu. Sorokin, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 355 = AL 29. Ex: soda lake. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 336, 30oC, C-1) |
| Genus sp. | |
| UQM 40481 | <-- UNIQEM, UQM 40481 <-- D.Yu. Sorokin, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 354 = AL 28. Ex: soda lake. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 336, 30oC, C-1) |
| Genus sp. | |
| UQM 40495 | <-- UNIQEM, UQM 40495 <-- D.Yu. Sorokin, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 340= ALMg10. Ex: soda lake. Northeastern. Mongolia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Genus sp. | |
| UQM 40541 | <-- UNIQEM, UQM 40541 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 333 = ALMg5. Ex: soda lake. Mongolia. Mongolia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Geoalkalibacter ferrihydriticus Zavarzina et al. 2007 | |
| UQM 41007 type strain | <-- UNIQEM, UQM 41007 <-- Zavarzina D.G., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, Z-0531, 2005. (DSM 17813). Ex: bottom sediments of soda lake. Lake Khadyn. Tuva Republic DNA sequences: 16S rRNA gene: DQ309326, genome:JWJD00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 362, 35oC, C-1, S-1) |
| Geobacillus icigianus Bryanskaya et al. 2015 | |
| VKM B-2853 Type | <-- Bryanskaya A.V ICG, G1W1. Received as: Geobacillus icigianus Type. (DSM 28325). Ex: water and sludge sample of the hydrothermal (97 C) outlets of the Troinoy geyser. Valley of Geysers, Kamchatka Peninsula. Kamchatka Territory. Russia DNA sequences: draft genome: JPYA00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 270, 55oC, F-1) |
| Geobacillus jurasicus Nazina et al. 2005 emend. Coorevits et al. 2012 | |
| UQM 41014 type strain | <-- UNIQEM, UQM 41014 <-- Nazina T.N., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain DS1, 2016. (BCRC 17566, CCM 7224; DSM 15726; LMG 23069; NBRC 107829). Ex: formation water of oil field. Dagang oil field, Kongdian area. China DNA sequences: 16S rRNA gene: NR_042835.1, genome: NZ_BCQG00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 418, 60oC, S-4, S-1) |
| Geobacillus jurasicus Nazina et al. 2005 emend. Coorevits et al. 2012 | |
| UQM 41015 | <-- UNIQEM, UQM 41015 <-- Nazina T.N., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain DS2, 2016. (VKM B-2302, DSM 15727). Ex: formation water of oil field. Dagang oil field, Kongdian area. China DNA sequences: 16S rRNA gene: AY312405.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 418, 60oC, S-4, S-1) |
| Geobacillus jurassicus Nazina et al. 2005 emend. Coorevits et al. 2012 | |
| VKM B-2301 Type | <-- Nazina T.N. INMI, DS1. Received as: Geobacillus jurassicus Type. (BCRC 17566; CCM 7224; DSM 15726; LMG 23069; NBRC 107829). Ex: formation water. Dayang oil field. Hebei Province, Kongdian area. China. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 60oC, F-3, S-5) |
| Geobacillus jurassicus Nazina et al. 2005 emend. Coorevits et al. 2012 | |
| VKM B-2302 | <-- Nazina T.N. INMI, DS2. Received as: Geobacillus jurassicus. (DSM 15727). Ex: formation water. Dayang oil field. Hebei Province, Kongdian area. China. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 60oC, F-3, S-5) |
| Geobacillus lituanicus Kuisiene et al. 2004 | |
| VKM B-2294 Type | <-- Kuisiene N. Vilnius Univ., N-3. Received as: Geobacillus lituanicus Type. (BCRC 17562; DSM 15325; LMG 23033). Ex: high temperature oilfield. Girkaliai. Lithuania. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 60oC, F-3, S-5) |
| Geobacillus posolskii Khanaeva et al. | |
| VKM B-3150 Type | <-- Pavlova O.N. LIN, PB15/Grf7geo. Received as: Geobacillus posolskii Type. Ex: bottom sediment. Posolsk Bank methane seep, Central Baikal. Trans-Baikal Territory. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 60oC, F-1) |
| Geobacillus proteiniphilus Semenova et al. 2019 | |
| VKM B-3132 Type | <-- Nazina T.N. Research Center of Biotechnology RAS, 1017. Received as: Geobacillus proteiniphilus Type. (KCTC 33986). Ex: production water from oilfield. Dagang oilfield. Hebei province. PR China DNA sequences: 16S rRNA gene: GU459251. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 393, 60oC, F-1) |
| Geobacillus proteiniphilus Semenova et al. 2019 | |
| UQM 41016 type strain | <-- UNIQEM, UQM 41016 <-- Nazina T.N., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain 1017, 2016 (Geobacillus sp. 1017). (KCTC 33986, VKM B-3132). Ex: oil field water. Dagang oil field, Kongdian area. China DNA sequences: 16S rRNA gene: GU459251, genome: NZ_MQMG00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 393, 60oC, S-4, S-1) |
| Geobacillus stearothermophilus (Donk 1920) Nazina et al. 2001 emend. Coorevits et al. 2012 | |
| VKM B-510 Type | <-- INMI, VKM B-510 < NCTC, NCTC 10339 < Smith N.R., T 18. Received as: Bacillus stearothermophilus Type. Synonym: Bacillus stearothermophilus Donk 1920. (ATCC 12980; BGSC 9A20; CCM 2062; BCRC 11092; CCUG 26241; CIP 66.23; DSM 22; IAM 11062; JCM 2501; KCTC 1665; KCTC 1752; LMG 6939; NBRC 12550; NCCB 75019; NCIMB 8923 (formerly NCDO 1768); NCTC 10339; NRRL B-1172). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 55oC, F-1, S-4, S-5) |
| Geobacillus stearothermophilus (Donk 1920) Nazina et al. 2001 emend. Coorevits et al. 2012 | |
| VKM B-715 | <-- INMI, VKM B-715 < NCIB, NCIB 8157 < Smith N.R., T 17. Received as: Bacillus stearothermophilus. Synonym: Bacillus stearothermophilus Donk 1920. (ACM 5041; ATCC 7953; BCRC 10285; CCM 4395; CCUG 11735; CCUG 621; CIP 52.81; CNCTC 6227; CNCTC Bac 1/64; DSM 5934; IAM 11002; JCM 9488; KCTC 2107; LMD 89.155; LMG 13578; NBRC 13737; NCAIM B.01096; NCCB 89155; NCIM 2235; NCIMB 8157; NCTC 10007; NRRL B-1102; VTT E-88318). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 60oC, F-1, S-4) |
| Geobacillus stearothermophilus (Donk 1920) Nazina et al. 2001 emend. Coorevits et al. 2012 | |
| VKM B-716 | <-- INMI, VKM B-716 < NCIB, NCIB 8222 < Smith N.R., T 141. Received as: Bacillus stearothermophilus. Synonym: Bacillus stearothermophilus Donk 1920. (NCIMB 8222). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 60oC, F-1, S-4) |
| Geobacillus stearothermophilus (Donk 1920) Nazina et al. 2001 emend. Coorevits et al. 2012 | |
| VKM B-718 | <-- INMI, VKM B-718 < NCIB, NCIB 8224 < Smith N.R., T 148. Received as: Bacillus stearothermophilus. Synonym: Bacillus stearothermophilus Donk 1920. (CCM 2186; NCIMB 8224). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 60oC, F-1, S-4) |
| Geobacillus stearothermophilus (Donk 1920) Nazina et al. 2001 emend. Coorevits et al. 2012 | |
| VKM B-2101 | <-- Rowe M. Centre for Food and Agriculture Microbiology, ATCC 10149. Received as: Bacillus stearothermophilus. Synonym: Bacillus stearothermophilus Donk 1920. (ATCC 10149; BCRC 10610; CCUG 620; CECT 4517; CIP 105453; CNCTC 6228; CNCTC Bac 12/83; DSM 6790; JCM 11297; LMG 17962; NCIMB 13693). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 55oC, F-1, S-4) |
| Geobacillus stearothermophilus (Donk 1920) Nazina et al. 2001 emend. Coorevits et al. 2012 | |
| VKM B-2194 | <-- DSMZ, DSM 494. Received as: Bacillus stearothermophilus. Synonym: Bacillus stearothermophilus Donk 1920. (CCUG 11734; DSM 494; LMG 8193; NCIMB 702010; NCTC 10003). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 60oC, F-1, S-4) |
| Geobacillus stearothermophilus (Donk 1920) Nazina et al. 2001 emend. Coorevits et al. 2012 | |
| VKM B-2195 | <-- DSMZ, DSM 2313. Received as: Bacillus stearothermophilus. Synonym: Bacillus stearothermophilus Donk 1920. (DSM 2313; NCIMB 10278; NRRL B-14316). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 60oC, F-1, S-4) |
| Geobacillus stearothermophilus (Donk 1920) Nazina et al. 2001 emend. Coorevits et al. 2012 | |
| VKM B-2196 | <-- DSMZ, DSM 2357. Received as: Bacillus stearothermophilus. Synonym: Bacillus stearothermophilus Donk 1920. (DSM 2357; KCTC 1830; LMG 6515; NCIMB 10279). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 60oC, F-1, S-4) |
| Geobacillus subterraneus Nazina et al. 2001 | |
| UQM 41010 | <-- UNIQEM, UQM 41010 <-- Nazina T.N., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain K, 2016. Ex: formation water of oil field. Uzen oil field, Mangyshlak Peninsula. Khazakhstann DNA sequences: 16S rRNA gene: AF276307.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 418, 55oC, S-4, S-1) |
| Geobacillus subterraneus Nazina et al. 2001 | |
| UQM 41011 | <-- UNIQEM, UQM 41011 <-- Nazina T.N. Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain Sam, 2016. Ex: formation water of oil field. Samotlor, oil field. Russian Federation DNA sequences: 16S rRNA gene: AF276308. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 418, 55oC, S-4, S-1) |
| Geobacillus subterraneus (Nazina et al. 2001) Poli et al. 2013 subsp. subsp. Subterraneus | |
| UQM 41009 type strain | <-- UNIQEM, UQM 41009 <-- Nazina T.N., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain 34, 2016. (AS 12673, DSM 13552). Ex: formation water of oil field. Liaoring province, Liaohe oil field DNA sequences: 16S rRNA gene: AF276306, FN428689. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 418, 55oC, S-4, S-1) |
| Geobacillus thermocatenulatus (Golovacheva et al. 1991) Nazina et al. 2001 emend. Dinsdale et al. 2011 | |
| VKM B-1259 Type | <-- INMI, VKM B-1259 < Golovacheva R.S., Loginova L.G. INMI, 178. Received as: Bacillus thermocatenulatus Type. Synonym: Bacillus thermocatenulatus Golovacheva et al. 1991. (BCRC 17466; CCM 2809; DSM 730; KACC 11364; KCTC 3921; LMG 19007; NBRC 15316). Ex: hot-gas well, coatings inside tube. Jangan-Tau Mountain, Southern Ural. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 60oC, F-1, S-4) |
| Geobacillus thermocatenulatus (Golovacheva et al. 1991) Nazina et al. 2001 emend. Dinsdale et al. 2011 | |
| VKM B-2300 | <-- Nazina T.N. INMI, GaT. Received as: Geobacillus gargensis Type. Synonym: Bacillus thermocatenulatus Golovacheva et al. 1991; Geobacillus gargensis Nazina et al. 2004. (BCRC 17564; CCM 7223; DSM 15378; LMG 23385). Ex: water. 66/5000, Garga hot spring, the north-eastern part of the Transbaikal region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 65oC, F-3, S-5) |
| Geobacillus thermocatenulatus (Golovacheva et al. 1991) Nazina et al. 2001 emend. Dinsdale et al. 2011 | |
| UQM 41008 type strain for Geobacillus gargensis | <-- UNIQEM, UQM 41008 <--Nazina, T.N. Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia <-- Lebedeva E.V.,Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, Ga, 2004. (DSM 15378, VKM B-2300). Ex: hot spring. Garga hot spring, the north-eastern part of the Transbaikal region. Buryatia DNA sequences: 16S rRNA gene: AY193888, GU459253.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 418, 65oC, S-4, S-1) |
| Geobacillus uzenensis Nazina et al. 2001 | |
| UQM 41012 type strain | <-- UNIQEM, UQM 41012 <-- Nazina T.N., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain U, 2016. (DSM 23175). Ex: oil field. Uzen. Khazakhstan DNA sequences: 16S rRNA gene: AF276304.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 418, 60oC, S-4, S-1) |
| Geobacillus uzenensis Nazina et al. 2001 | |
| UQM 41013 | <-- UNIQEM, UQM 41013 <-- Nazina T.N., Nazina T.N., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain X, 2016. Ex: oil field. Mykhpayskoye oil field. Russian Federation DNA sequences: 16S rRNA gene: AF276305.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 418, 60oC, S-4, S-1) |
| Geobacillus uralicus Popova et al. 2002 | |
| UQM 40289 | <-- UNIQEM, UQM 40289 <-- Popova N.A. Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 773 = K2, 2001. Ex: Popova N.A. Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia. Yangan-Tau Mountain, Southern Ural. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 65oC, C-1) |
| Geodermatophilus obscurus Luedemann 1968 emend. Montero-Calasanz et al. 2017 | |
| VKM Ac-658 Type | <-- INMI, VKM Ac-658 < RIA 944 < Luedemann G.M., G-20. (RIA 944; ATCC 25078; CBS 237.69; DSM 43160; IFO (now NBRC) 13315; JCM 3152; NRRL B-3577). Ex: soil. Amargosa Desert, Nevada. Nevada. USA DNA sequences: CP001867 (complete genome)., X92356. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 158, 28oC, C-1, F-1) |
| Geodermatophilus obscurus Luedemann 1968 emend. Montero-Calasanz et al. 2017 | |
| VKM Ac-659 | <-- INMI, VKM Ac-659 < RIA 945 < Luedemann G.M., G-5. Received as: Geodermatophilus obscurus subsp. dictyosporus Luedemann 1968 Type. (RIA 945; ATCC 25080; CBS 234.69; DSM 43161; IFO (now NBRC) 13317; IMET 9241; JCM 3154; NRRL B-3579). Ex: soil. Westgard Pass. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 158, 28oC, C-1, F-1) |
| Geodermatophilus obscurus Luedemann 1968 emend. Montero-Calasanz et al. 2017 | |
| VKM Ac-1443 | <-- DSM 43162. Received as: Geodermatophilus obscurus subsp. utahensis Luedemann 1968 Type. (ATCC 25079; CBS 235.69; DSM 43162; IFO (now NBRC) 13318; IMET 9242; JCM 3155; NRRL B-3580). Ex: soil. Zion National Park. Uta. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 158, 28oC, F-1) |
| Geodermatophilus obscurus Luedemann 1968 emend. Montero-Calasanz et al. 2017 | |
| UQM 40244 Type | <-- UNIQEM, UQM 40244 < Nikitin D.I., UNIQEM 659 < INMI, VKM Ac-658 < RIA 944 < Luedemann G.M., G-20. (ATCC 25078, DSM 43160; G-20; IFO 13315; JCM 3152; NBRC 13315; NRRL B-3577; VKM Ac-658). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Geodermatophilus sp. | |
| VKM Ac-1439 | <-- Dobrovolskaya T.G. DSB MSU, 2BL. Ex: soil. Kyzylkum Desert. near Bukhara. Uzbekistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 190, 28oC, F-1) |
| Geodermatophilus sp. | |
| VKM Ac-1440 | <-- Dobrovolskaya T.G. DSB MSU, 26K1. Ex: soil. Kyzylkum Desert. near Bukhara. Uzbekistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 190, 28oC, F-1) |
| Geodermatophilus sp. | |
| VKM Ac-1441 | <-- Dobrovolskaya T.G. DSB MSU, 2GE 114. Ex: soil. Kyzylkum Desert. near Bukhara. Uzbekistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 190, 28oC, F-1) |
| Geodermatophilus sp. | |
| VKM Ac-1442 | <-- Dobrovolskaya T.G. DSB MSU, 25 G1. Ex: soil. Kyzylkum Desert. near Bukhara. Uzbekistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 190, 28oC, F-1) |
| Geodermatophilus sp. | |
| UQM 40242 | <-- UNIQEM, UQM 40242 < Nikitin D.I., UNIQEM 656 (NP-800). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Geodermatophilus sp. | |
| UQM 40243 | <-- UNIQEM, UQM 40243 < Nikitin D.I., UNIQEM 658 (NP-860). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 50, 30oC, C-1) |
| Geoglobus acetivorans Slobodkina et al. 2009 | |
| VKM B-2522 Type | <-- Slobodkin A.I. INMI. Received as: SBH6. (DSM 21716). Ex: hydrothermal water. Ashadze field, Mid-Atlantic Ridge. DNA sequences: 16S rRNA gene: FJ216404. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 305, 81oC Growth condition: anaerobic., F-2) |
| Giesbergeria giesbergeri (Williams and Rittenberg 1957) Grabovich et al. 2006 | |
| VKM B-1404 Type | <-- INMI, VKM B-1404 < ATCC, ATCC 11334. Received as: Aquaspirillum giesbergeri Type. Synonym: Aquaspirillum giesbergeri (Williams and Rittenberg 1957) Hylemon et al. 1973; Spirillum giesbergeri Williams and Rittenberg 1957. (ATCC 11334; CCUG 15844; CIP 107316; DSM 9157; JCM 21431; LMG 4331; NBRC 13959 ; NCIMB 9073). Ex: water. Pond. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 238, 28oC, C-1, F-1, F-3) |
| Giesbergeria kuznetsovii Grabovich et al. 2006 | |
| UQM 40126 type strain | <-- UNIQEM, UQM 40126 <-- G.A. Dubinina Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 773 = D-412. (DSM 12827). Crimea. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 238, 28oC, C-1) |
| Giesbergeria voronezhensis Grabovich et al. 2006 | |
| VKM B-2350 Type | <-- Grabovich M.Yu. VSU, D-419. Received as: Aquaspirillum voronezhense Type. (CIP 107340; DSM 12825). Ex: activated sludge. Waste water aeration tank. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 238, 30oC, F-2, S-3) |
| Giesbergeria voronezhensis Grabovich et al. 2006 | |
| UQM 40122 type strain | <-- UNIQEM, UQM 40122 <-- G.A. Dubinina Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 776 = D-419, 1999 <-- Grabovich M.Yu. VSU, D-419. (DSM 12825, VKM B-2350). Voronezh. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 238, 30oC, C-1) |
| Giesbergeria voronezhensis Grabovich et al. 2006 | |
| UQM 40125 | <-- UNIQEM, UQM 40125 <-- G.A. Dubinina Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 777 = D-420, 1999. Voronezh. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 238, 28oC, C-1) |
| Gluconobacter cerinus (ex Asai 1935) Yamada and Akita 1984 emend. Katsura et al. 2002 | |
| VKM B-1283 | <-- INMI, VKM B-1283 < DM SPbSU, Yg-22 < Bukin V.N. BiNII SPbSU, Yg-22. Received as: Gluconobacter cerinus. Synonym: Gluconobacter cerinus (Asai 1935) Asai and Shoda 1958; Gluconobacter asaii Mason and Claus 1989. Ex: fruit. Japan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 120, 28oC, F-1, S-5) |
| Gluconobacter oxydans (Henneberg 1897) De Ley 1961 (AL) emend. Mason and Claus 1989 | |
| VKM B-885 | <-- INMI, VKM B-885 < KM StPGU, NCIB 7069. Received as: Acetobacter suboxydans Kluyver and de Leeuw 1924. Synonym: Bacterium oxydans Henneberg 1897; Bacillus oxydans (Henneberg 1897) Migula 1900; Acetobacter oxydans (Henneberg 1897) Bergey et al. 1923; Acetomonas oxydans (Henneberg 1897) Shimwell and Carr 1959; Gluconobacter oxydans (Henneberg 1897) Asai in Asai et al. 1964. (ATCC 621; BCRC 10684; CCM 1783; CCUG 18135; CIP 104737; DSM 50049; MD 23.2; LMG 1673; NCAIM B.01220). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 120, 28oC, F-1, S-5) |
| Gluconobacter oxydans (Henneberg 1897) De Ley 1961 (AL) emend. Mason and Claus 1989 | |
| VKM B-1280 | <-- INMI, VKM B-1280 < DM SPbSU, NCIB 5595 < NCIB, NCIB 5595. Received as: Acetobacter suboxydans subsp. muciparum Frateur 1950. Synonym: Bacterium oxydans Henneberg 1897; Bacillus oxydans (Henneberg 1897) Migula 1900; Acetobacter oxydans (Henneberg 1897) Bergey et al. 1923; Acetomonas oxydans (Henneberg 1897) Shimwell and Carr 1959; Gluconobacter oxydans (Henneberg 1897) Asai in Asai et al. 1964; Bacterium oxydans Henneberg 1897; Bacillus oxydans (Henneberg 1897) Migula 1900; Acetobacter oxydans (Henneberg 1897) Bergey et al. 1923; Acetomonas oxydans (Henneberg 1897) Shimwell and Carr 1959; Gluconobacter oxydans (Henneberg 1897) Asai in Asai et al. 1964. (ATCC 23772; IAM 14366; JCM 21179; LMG 1399; NCIM 2525; NCIMB 5595). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 120, 27oC, F-1, S-5) |
| Gluconobacter sp. | |
| VKM B-1227 | <-- INMI, VKM B-1227 < CCM, CCM 1772 < BUCSAV, Bu 113. Received as: Gluconobacter oxydans. (VKM B-1277; ATCC 9937; BCRC 16080; CCM 1772; KCTC 2750; LMG 1404; NCIMB 8084; NRRL B-751) DNA sequences: 5S rRNA gene: M76579. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 120, 28oC, F-1, S-5) |
| Gluconobacter sp. | |
| VKM B-1284 | <-- INMI, VKM B-1284 < DM SPbSU, H-15 < Bukin V.N. BiNII SPbSU, H-15. Received as: Gluconobacter suboxydans (Kluyver and de Leeuw 1924) Asai and Shoda 1958. Ex: fruit. Japan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 120, 28oC, F-1, S-5) |
| Gluconobacter sp. | |
| VKM B-1285 | <-- INMI, VKM B-1285 < DM SPbSU, A-3. Received as: Gluconobacter suboxydans (Kluyver and de Leeuw 1924) Asai and Shoda 1958. Ex: fruit. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 99, 28oC, F-1, S-5) |
| Glutamicibacter nicotianae (Giovannozzi-Sermanni 1959) Busse 2016 | |
| VKM Ac-1113 Type | <-- INMI, VKM B-662 < NCIMB 9458. Synonym: Arthrobacter nicotianae Giovannozzi-Sermanni 1959. (VKM Ac-1127; ATCC 15236; CCM 1648; CIP 82.107; DSM 20123; IAM 12342; IFO (now NBRC)14234; IMET 10353; JCM 1333; LMG 16305; NCIMB 9458). Ex: air. tobacco warehouse. DNA sequences: X80739. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, C-1, F-1) |
| Glutamicibacter nicotianae (Giovannozzi-Sermanni 1959) Busse 2016 | |
| VKM Ac-1127 Type | <-- INMI, VKM B-803 < CCM 1648. Synonym: Arthrobacter nicotianae Giovannozzi-Sermanni 1959. (VKM Ac-1113; ATCC 15236; CCM 1648; CIP 82.107; DSM 20123; IAM 12342; IFO (now NBRC) 14234; IMET 10353; JCM 1333; LMG 16305; NCIMB 9458). Ex: air. tobacco warehouse. DNA sequences: X80739. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, C-1, F-1) |
| Glutamicibacter protophormiae (Stackebrandt et al. 1984) Busse 2016 | |
| VKM Ac-2104 Type | <-- IFO 12128. Synonym: Arthrobacter protophormiae (Lysenko 1959) Stackebrandt et al. 1984; Brevibacterium protophormiae Lysenko 1959. (ATCC 19271; CCEB 282; CCRC 12118; CIP 106987; DSM 20168; IFO (now NBRC) 12128; JCM 1973; LMG 16324; NCIMB 12765). Ex: fly, Protophormia terraenovae DNA sequences: X80745. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Glutamicibacter uratoxydans (Stackebrandt et al. 1984) Busse 2016 | |
| VKM Ac-1979 Type | <-- IFO 15515. Synonym: Arthrobacter uratoxydans Stackebrandt et al. 1984. (ATCC 21749; CIP 102367; DSM 20647; IFO (now NBRC) 15515; JCM 11944; LMG 16220). Ex: humus soil DNA sequences: X83410. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Glycomyces harbinensis Labeda et al. 1985 | |
| VKM Ac-1247 Type | <-- Lechevalier M.P., LL-D05139. (ATCC 43155; DSM 46494; IFO (now NBRC) 14487; IMET 43812; JCM 7347; KCTC 9362; NRRL 15337). Ex: soil. Harbin. China DNA sequences: D85483. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 205, 28oC, F-1) |
| Glycomyces rutgersensis Labeda et al. 1985 | |
| VKM Ac-1248 Type | <-- Lechevalier M.P., LL- I -20. (ATCC 43156; DSM 43812; IFO (now NBRC) 14488; IFO (now NBRC) 15934; IMET 43813; JCM 6238; KCTC 9654; NRRL B-16106). Ex: soil. Greenhouse. New Jersey, Trenton. USA DNA sequences: AJ293748, D85484. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 205, 28oC, F-1) |
| Glycomyces tenuis Evtushenko et al. 1991 | |
| VKM Ac-1250 Type | <-- Terekhova L.P. INA, n-5888. Received as: Streptomyces sp. (ATCC 49849; DSM 44171; IFO (now NBRC) 15904; JCM 9087; KCTC 9658; NRRL B-16895). Ex: contaminant of strain Streptomyces galilaeus INA 5888 (VKM Ac-1280), a single isolate DNA sequences: D85482. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, C-1, F-1) |
| Goodfellowiella coeruleoviolacea (Preobrazhenskaya and Terekhova 1987) Labeda et al. 2008 | |
| VKM Ac-1083 Type | <-- INA 3564. Received as: Actinomadura coeruleoviolacea Preobrazhenskaya and Terekhova 1987 Type. Synonym: Actinomadura coeruleoviolacea Preobrazhenskaya and Terekhova 1987; Saccharothrix coeruleoviolacea (Preobrazhenskaya and Terekhova 1987) Kroppenstedt et al. 1991. (INA 3564; DSM 43935; IFO (now NBRC) 14988; JCM 9110; NRRL B-24058). Ex: soil DNA sequences: DQ093349, AB297963, AB327258. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 205, 37oC, C-1, F-1) |
| Gordonia alkanivorans Kummer et al. 1999 | |
| IEGM 748 | <-- IEGM, 2002 < Kamenskikh T.N. Ex: Oil-contaminated soil. Oilfield. Perm region, Osa. Russia DNA sequences: JASHLK010000001-JASHLK010000157, MG637007.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia alkanivorans Kummer et al. 1999 | |
| IEGM 1269 | <-- IEGM, 2014 < Kamenskikh T.N. Ex: Oil-contaminated soil. Oilfield. Udmurt Republic. Russia DNA sequences: JASHLM010000001-JASHLM010000057. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia alkanivorans Kummer et al. 1999 | |
| IEGM 1398 | <-- IEGM, 2019 < Kamenskikh T.N. Ex: Oil-contaminated soil. Oilfield. Udmurt Republic, Zavyalovsky district. Russia DNA sequences: JASHLL010000001-JASHLL010000074. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia amarae (Lechevalier and Lechevalier 1974) Klatte et al. 1994 | |
| VKM Ac-801 Type | <-- IMET 7518 < Gordon R.E. IMRU, 3960. Received as: Nocardia amarae Lechevalier and Lechevalier 1974 Type. Synonym: Nocardia amarae Lechevalier and Lechevalier 1974. (ATCC 27808; CCM 2753; CIP 104501; DSM 43392; IFO (now NBRC) 15530; IMET 7518; JCM 3171; NCIMB 11222; NRRL B-8176; NRRL B-16281). Ex: abnormal foam on activated sludge. Florida, Miami, Andover. USA DNA sequences: X80635, X80601, X75902, KF410368. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 183, 28oC, C-1, F-1) |
| Gordonia amicalis Kim et al. 2000 | |
| IEGM 726 | <-- IEGM, 1994 < Kuyukina M.S. < Philp J.C., Napier Univ., Edinburgh, UK. Ex: Foam. Activated sludge plant. Scotland, Irvin. The United Kingdom DNA sequences: MG645210.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia amicalis Kim et al. 2000 | |
| IEGM 768 | <-- IEGM, 1994 < Richkova M.I. Ex: Oil-contaminated soil. Oilfield. Udmurt Republic, Izhevsk. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia amicalis Kim et al. 2000 | |
| IEGM 1266 | <-- IEGM, 2014 < Richkova M.I. Ex: Oil-contaminated soil. Oilfield. Udmurt Republic. Russia DNA sequences: JAWLKI010000001-JAWLKI010000080, MG637028.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia amicalis Kim et al. 2000 | |
| IEGM 1273 | <-- IEGM, 2014 < Kamenskikh T.N. Ex: Oil-contaminated soil. Oilfield. Udmurt Republic. Russia DNA sequences: MG637029.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia amicalis Kim et al. 2000 | |
| IEGM 1274 | <-- IEGM, 2014 < Richkova M.I. Ex: Oil-contaminated soil. Oilfield. Udmurt Republic. Russia DNA sequences: MG645195.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia amicalis Kim et al. 2000 | |
| IEGM 1275 | <-- IEGM, 2014 < Richkova M.I. Ex: Oil-contaminated soil. Oilfield. Udmurt Republic. Russia DNA sequences: MG645190.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia amicalis Kim et al. 2000 | |
| IEGM 1277 | <-- IEGM, 2014 < Richkova M.I. Ex: Oil-polluted waste. Oilfield. Komi Republic, Sosnogorsk. Russia DNA sequences: JASIRQ010000001-JASIRQ010000143, MG645191.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia amicalis Kim et al. 2000 | |
| IEGM 1279 | <-- IEGM, 2014 < Richkova M.I. Ex: Oil-polluted waste. Oilfield. Komi Republic, Sosnogorsk. Russia DNA sequences: JAWLKH010000001-JAWLKH010000075, MG912571.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia bronchialis (Tsukamura 1971) Stackebrandt et al. 1989 | |
| VKM Ac-956 Type | <-- Nesterenko O.A. IMV, R-654 < Goodfellow M., N 654. Received as: Rhodococcus bronchialis (Tsukamura 1971) Tsukamura 1974 Type. Synonym: Rhodococcus bronchialis (Tsukamura 1971) Tsukamura 1974; Gordona (sic) bronchialis Tsukamura et al. 1971. (ATCC 25592; CCM 2631; CIP 100847; DSM 43247; IFO (now NBRC) 16047; IMET 7370; JCM 3198; JCM 3231; LMG 5355; NCTC 10667). Ex: sputum of woman with cavitary disease of both upper lungs DNA sequences: CP001802 (complete genome), X79287. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 183, 28oC, C-1, F-1) |
| Gordonia rhizosphera Takeuchi and Hatano 1998 | |
| VKM Ac-2072 Type | <-- IFO 16068. (CIP 105727; DSM 44383; IFO (now NBRC) 16068; JCM 10426; KCTC 9824). Ex: soil and the surface of fine roots in rhizosphera of Bruguiera gymnorrhiza Lamk (mangrove). Mangrove forest in the Shiira River estuary, Iriomote Island. Japan DNA sequences: BAHC01000019, AB004729. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| IEGM 96 | <-- IEGM, 1988 < UCM, 1980 < Nesterenko O.A. (UCM Ac-133). Ex: Oil-contaminated soil. Oilfield. Unknown. Ukraine DNA sequences: JARWLO010000001-JARWLO010000080. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| IEGM 112 | <-- IEGM, 1988 < UCM, 1980 < Nesterenko O.A. (NCIMB 13381, UCM Ac-397). Ex: Soil. Plain. Unknown. Ukraine DNA sequences: JARUXG010000001-JARUXG010000087. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| IEGM 122 | <-- IEGM, 1988 < UCM, 1980 < Nesterenko O.A. (UCM Ac-193). Ex: Oil-contaminated soil. Oilfield. Unknown. Ukraine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| IEGM 124 | <-- IEGM, 1988 < UCM, 1980 < Nesterenko O.A. (UCM Ac-214). Ex: Oil-contaminated soil. Oil-extracting enterprise. Unknown. Ukraine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| IEGM 128 | <-- IEGM, 1988 < UCM, 1980 < Nesterenko O.A. (UCM Ac-203). Ex: Oil-contaminated soil. Oilfield. Ivano-Frankovsk region. Ukraine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| IEGM 518 | <-- IEGM, 1993 < Ivshina I.B. Ex: Water. Kama River. Perm region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| IEGM 721 | <-- IEGM, 1994 < Kuyukina M.S. < Philp J.C., Napier Univ., Edinburgh, UK. Ex: Foam. Activated sludge plant. Scotland, Irvin. The United Kingdom. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| IEGM 723 | <-- IEGM, 1994 < Kuyukina M.S. < Philp J.C., Napier Univ., Edinburgh, UK. Ex: Foam. Activated sludge plant. Scotland, Irvin. The United Kingdom. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| IEGM 724 | <-- IEGM, 1994 < Kuyukina M.S. < Philp J.C., Napier Univ., Edinburgh, UK. Ex: Foam. Activated sludge plant. Scotland, Irvin. The United Kingdom. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| IEGM 725 | <-- IEGM, 1994 < Kuyukina M.S. < Philp J.C., Napier Univ., Edinburgh, UK. Ex: Foam. Activated sludge plant. Scotland, Irvin. The United Kingdom. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| IEGM 733 | <-- IEGM, 1994 < Philp J.C. Ex: Foam, Foam. Wastewater aeration plant with activated sludge. Scotland, Irvin. The United Kingdom. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| IEGM 747 | <-- IEGM, 1995 < Richkova M.I. Ex: Oil-contaminated soil. Oilfield. Udmurt Republic, Izhevsk. Russia DNA sequences: JASIRP010000001-JASIRP010000114, MG912564.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| IEGM 749 | <-- IEGM, 2010 < Kamenskikh T.N. Ex: Taraxacum officinale rhizosphere, soil, Root system. Petrol station. Perm region, Perm. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| IEGM 761 | <-- IEGM, 2002 < Kamenskikh T.N. Ex: Oil-polluted soil. Oilfield. Udmurt Republic, Izhevsk. Russia DNA sequences: MG637026.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| VKM Ac-1016 Type | <-- Nesterenko O.A. IMV, N 4 < Goodfellow M., N 4. Received as: Rhodococcus rubropertinctus (Hefferan 1904) Tsukamura 1974 Type. Synonym: Rhodococcus rubropertinctus (Hefferan 1904) Tsukamura 1974; Nocardia rubropertincta (Hefferan 1904) Waksman and Henrici 1948. (ATCC 14352; CIP 104661; DSM 43197; IMET 7277; JCM 3204; LMG 5367; NCIMB 9664). Ex: soil DNA sequences: X80632, X81915. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 183, 28oC, C-1, F-1) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| VKM Ac-1017 | <-- Nesterenko O.A. IMV, N 657 < Goodfellow M., N 657. Received as: Rhodococcus corallinus (Bergey et al. 1923) Goodfellow and Alderson 1977 Type. Synonym: Rhodococcus corallinus (Bergey et al. 1923) Goodfellow and Alderson 1977; Rhodococcus rubropertinctus (Hefferan 1904) Tsukamura 1974 emend. Mordarski et al. 1980. (ATCC 25593; CIP 100848; DSM 43248; IMET 7372; JCM 3199; JCM 3227; LMG 5368; NCTC 10668; NRRL B-16540). Ex: soil DNA sequences: AY995558. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 184, 28oC, C-1, F-1) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| IEGM 1136 | <-- IEGM, 2011 < Kamenskikh T.N. Ex: Poa pratensis rhizosphere, soil, Root system. Power station. Perm region, Solikamsk. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| IEGM 1388 | <-- IEGM, 2019 < Kamenskikh T.N. Ex: Oil-polluted soil. Udmurt State Research Institute of Agriculture. Udmurt Republic. Russia DNA sequences: JAPWIE010000001-JAPWIE010000029. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| IEGM 1390 | <-- IEGM, 2019 < Kamenskikh T.N. Ex: Oil-contaminated soil. Oilfield. Udmurt Republic, Zavyalovsky district. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia rubripertincta (Hefferan 1904) Stackebrandt et al. 1989 | |
| IEGM 1392 | <-- IEGM, 2019 < Kamenskikh T.N. Ex: Oil-contaminated soil. Oilfield. Udmurt Republic, Zavyalovsky district. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia sp. | |
| VKM Ac-1165 | <-- INMI, VKM B-853 < DM MSU, 48-47. Received as: Mycobacterium lacticolum Lehmann and Neumann 1927. Ex: ground and stratal water of gas field. Rostov Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Gordonia sp. | |
| VKM Ac-1166 | <-- INMI, VKM B-854 < DM MSU, 35. Received as: Mycobacterium lacticolum Lehmann and Neumann 1927. Ex: ground and stratal water of gas field. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, F-1) |
| Gordonia sp. | |
| UQM 40169 | <-- UNIQEM, UQM 40169 <-- I.S. Zvyagintseva, Institute of Microbiology, Russian Academy of Sciences, strain UNIQEM 714 = strain 8. Ex: oil field. Bordyuzhskoe oil deposit. Tatarstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 418, 30oC, C-1) |
| Gordonia terrae (Tsukamura 1971) Stackebrandt et al. 1989 | |
| IEGM 130 | <-- IEGM, 1988 < UCM, 1980 < Nesterenko O.A. (UCM Ac-207). Ex: Oil-polluted soil. Oilfield. Unknown. Ukraine DNA sequences: KF155233.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia terrae (Tsukamura 1971) Stackebrandt et al. 1989 | |
| IEGM 136 | <-- IEGM, 1988 < UCM, 1980 < Nesterenko O.A. (UCM Ac-211, VKPM AC-1897). Ex: Oil-polluted soil. Oilfield. Unknown. Ukraine DNA sequences: JAPWIN010000001-JAPWIN010000151, KF134399.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia terrae (Tsukamura 1971) Stackebrandt et al. 1989 | |
| IEGM 146 | <-- IEGM, 1988 < UCM, 1980 < Nesterenko O.A. (UCM Ac-231). Ex: Oil-polluted soil. Oilfield. Unknown. Ukraine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia terrae (Tsukamura 1971) Stackebrandt et al. 1989 | |
| IEGM 147 | <-- IEGM, 1988 < UCM, 1980 < Nesterenko O.A. (UCM Ac-232). Ex: River water. Dnieper river. Dnepropetrovsk region. Ukraine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia terrae (Tsukamura 1971) Stackebrandt et al. 1989 | |
| IEGM 148 | <-- IEGM, 1988 < UCM, 1980 < Nesterenko O.A. (UCM Ac-233). Ex: River water. Dnieper river. Dnepropetrovsk region. Ukraine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia terrae (Tsukamura 1971) Stackebrandt et al. 1989 | |
| IEGM 150 | <-- IEGM, 1988 < UCM, 1980 < Nesterenko O.A. (UCM Ac-235). Ex: Oil-polluted soil. Oilfield. Unknown. Ukraine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia terrae (Tsukamura 1971) Stackebrandt et al. 1989 | |
| IEGM 151 | <-- IEGM, 1988 < UCM, 1980 < Nesterenko O.A. (UCM Ac-236). Ex: River water. Dnieper river. Dnepropetrovsk region. Ukraine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia terrae (Tsukamura 1971) Stackebrandt et al. 1989 | |
| IEGM 164 | <-- IEGM, 1988 < Ivshina I.B. Ex: Poorly cultivated sandy loam soil. The Chona river bank. Sakha Republic (Yakutia). Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia terrae (Tsukamura 1971) Stackebrandt et al. 1989 | |
| IEGM 586 | <-- IEGM, 1998 < Ivshina I.B. Ex: River water. Kama River. Perm region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia terrae (Tsukamura 1971) Stackebrandt et al. 1989 | |
| IEGM 735 | <-- IEGM, 1999 < Napier Univ., Edinburgh, UK, 1999 < Philp J.C. Ex: Foam, Foam. Wastewater aeration plant with activated sludge. Scotland, Irvin. The United Kingdom DNA sequences: JAJNDG010000001-JAJNDG010000065, MG912567.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia terrae (Tsukamura 1971) Stackebrandt et al. 1989 | |
| IEGM 751 | <-- IEGM, 1995 < IBPPM RAS, 1994 < Pleshakova Ye.V. Ex: Oil-sludge. Oil-refining plant. Saratov region, Saratov. Russia DNA sequences: JASIRO010000001-JASIRO010000140. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Gordonia terrae (Tsukamura 1971) Stackebrandt et al. 1989 | |
| VKM Ac-1023 Type | <-- Nesterenko O.A. IMV, N 659 < Goodfellow M., N 659. Received as: Rhodococcus terrae (Tsukamura 1971) Tsukamura 1974 Type;. Synonym: Rhodococcus terrae (Tsukamura 1971) Tsukamura 1974; Gordona (sic) terrae Tsukamura 1971. (ATCC 25594; CIP 104295; DSM 43249; IMET 7371; JCM 3206; JCM 3229; LMG 5369; NBRC 100016; NCTC 10669; NRRL B-16283). Ex: soil DNA sequences: X79286, X53202, X81922, KF410339. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 183, 28oC, C-1, F-1) |
| Gordonia terrae (Tsukamura 1971) Stackebrandt et al. 1989 | |
| IEGM 1123 | <-- IEGM, 2009 < Kamenskikh T.N. Ex: Achillea rhizosphere, soil, Root system. Former landfill area. Perm region, Perm. Russia DNA sequences: MG645212.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 475, 28oC) |
| Granulicella aggregans Pankratov and Dedysh 2010 | |
| VKM B-2571 Type | <-- Dedysh S.N. INMI, TPB6028. Received as: Granulicella aggregans Type. (DSM 22516; LMG 25274). Ex: sphagnum peat bog. Bakchar bog. Tomsk Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 274, 20oC, F-3) |
| Granulicella pectinivorans Pankratov and Dedysh 2010 | |
| VKM B-2509 Type | <-- Dedysh S.N. INMI, TPB6011. Received as: Granulicella pectinivorans Type. (DSM 21001). Ex: sphagnum peat bog. Bakchar bog. Tomsk Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 267, 20oC, F-3) |
| Granulicella sibirica Oshkin et al. 2019 | |
| VKM B-3276 Type | <-- Kulichevskaya I.S., Dedysh S.N. Research Center of Biotechnology RAS, AF10. Ex: upper oxic layer (0-10 cm) of organic layer of soil in forested tundra. West Siberia. Yamalo-Nenets Autonomous Okrug, Nadym. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 379, 22oC, F-1) |
| Granulicella sibirica Oshkin et al. 2019 | |
| UQM 41399 type strain | <-- UNIQEM, UQM 41399 <-- Kulichevskaya I.S., Winogradsky Institute of Microbiology, RAS, Moscow, Russia, strain AF10. (DSM 104461, VKM B-3276). Yamalo-Nenets Autonomous Okrug, Nadym District. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 379, 22oC, C-1, S-1) |
| Halanaeroachaeum sp. | |
| UQM 41454 | <-- UNIQEM, UQM 41454 <-- D.Yu. Sorokin, strain HMSO, 2020. Ex: salt lakes. Russia. Russia DNA sequences: 16S rRNA gene: MT928301.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Halanaeroachaeum sp. | |
| UQM 41455 | <-- UNIQEM, UQM 41455 <-- D.Yu. Sorokin, strain HTMSO, 2020. Ex: salt lakes. Russia. Russia DNA sequences: 16S rRNA gene:MT928302.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Halanaeroarchaeum sulfurireducens Sorokin et al. 2016 | |
| UQM 40436 type | <-- UNIQEM, UQM 40436 <-- D.Yu. Sorokin, UNIQEM 935, HRS2, 2012. (JCM 30661). Ex: hypersaline chloride-sulfate lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: KM875608, genome: NZ_CP011564.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Halanaeroarchaeum sulfurireducens Sorokin et al. 2016 | |
| UQM 40468 | <-- UNIQEM, UQM 40468 <-- D.Yu. Sorokin, UNIQEM 938, HRS5, 2012. Ex: hypersaline chloride-sulfate lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: KM875612.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Halanaeroarchaeum sulfurireducens Sorokin et al. 2016 | |
| UQM 40469 | <-- UNIQEM, UQM 40469 <-- D.Yu. Sorokin, UNIQEM 937, HRS4, 2012. Ex: hypersaline chloride-sulfate lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: KM875611. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Halanaeroarchaeum sulfurireducens Sorokin et al. 2016 | |
| UQM 40470 | <-- UNIQEM, UQM 40470 <-- D.Yu. Sorokin, UNIQEM 936, HRS3, 2012. Ex: hypersaline chloride-sulfate lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: KM875610.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Halapricum desulfuricans Sorokin et al. 2022 | |
| UQM 40380 type strain | <-- UNIQEM, UQM 40380 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 1001 = HSR12-2. (JCM 34032). Ex: pH-neutral hypersaline Kulunda lakes brine/sediment. Kulunda Steppe. Russian Federation DNA sequences: genome: CP064788.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Halapricum desulfuricus' | |
| UQM 40378 | <-- UNIQEM, UQM 40378 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 1000 = HSR12-1. Ex: pH-neutral hypersaline Kulunda lakes brine/sediment. Kulunda Steppe. Russian Federation DNA sequences: genome: CP064787.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Halarchaeoglobus desulfuricus' | |
| UQM 40377 | <-- UNIQEM, UQM 40377 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 1003 = HSR-T2. Ex: pH-neutral hypersaline Kulunda lakes sediment. Kulunda Steppe. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 46oC, C-1) |
| Halarchaeoglobus desulfuricus' | |
| UQM 40379 | <-- UNIQEM, UQM 40379 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 1002 = HSR-T1-. Ex: pH-neutral hypersaline Kulunda lakes brine/sediment. Kulunda Steppe. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 46oC, C-1) |
| Haloarcula hispanica Juez et al. 1986 | |
| VKM B-1755 Type | <-- Tindall B.J. DSMZ, DSM 4426 < Rodriguez-Valera F. < G. Juez, Y.27. Received as: Haloarcula hispanica Type. (ATCC 33960; CCM 3601; DSM 4426; JCM 8911; NBRC 102182; NCIMB 2187). Ex: solar saltern. Alcante. Spain. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, S-3) |
| Haloarcula japonica Takashina et al. 1991 | |
| VKM B-2009 Type | <-- JCM, JCM 7785. Received as: Haloarcula japonica Type. (ATCC 49778; DSM 6131; JCM 7785; NBRC 101032; NCIMB 13157). Ex: saltern soil. Noto Peninsula. Japan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 42oC, C-5, S-5) |
| Haloarcula marismortui (Elazari-Volkani 1957) Oren et al. 1990 | |
| VKM B-1809 Type | <-- Tindall B.J. DSMZ, DSM 3752 < Ginzburg M. Received as: Haloarcula marismortui Type. Synonym: Halobacterium marismortui Elazari-Volcani 1957; Flavobacterium maris-mortui Elazari-Volcani 1940. (ATCC 43049; DSM 3752; JCM 8966; NCIMB 13162). Dead Sea. Israel. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, S-5) |
| Haloarcula sp. | |
| VKM B-1952 | <-- Ventosa A., ATCC 33799 < ATCC, ATCC 33799. Received as: Haloarcula californiae Torreblanca et al. 1986 Type. (ATCC 33799; CCM 3664; DSM 8905; JCM 8912; NCIMB 2267). Ex: salt brine. Baja California. Mexico. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, S-5) |
| Haloarcula sp. | |
| VKM B-1953 | <-- Ventosa A., ATCC 33800 < ATCC, ATCC 33800. Received as: Haloarcula sinaiiensis Torreblanca et al. 1986 Type. (ATCC 33800; CCM 3665; DSM 8928; JCM 8862; NCIMB 2268). Ex: salt brine. Red Sea. Israel. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, S-5) |
| Haloarcula vallismortis (Gonzalez et al. 1979) Torreblanca et al. 1986 | |
| VKM B-1791 Type | <-- Zvyagintseva I.S. INMI, CCM 3404 < CCM, CCM 3404 < Gonzalez C., JF 54. Received as: Haloarcula vallismortis Type. Synonym: Halobacterium vallismortis Gonzalez et al. 1979. (VKM B-1398; ATCC 29715; BCRC 14343; CCM 3404; DSM 3756; JCM 8877; NBRC 14741; NCIMB 2082). Ex: salt pools. Death Valley. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 40oC, S-5) |
| Haloarculaceae gen. sp. | |
| UQM 40163 | <-- UNIQEM, UQM 40163 <-- I.S. Zvyagintseva, Institute of Microbiology, Russian Academy of Sciences, strain UNIQEM 704 = 623, 1999. Ex: salted environments. Chokrak Lake, Crimea. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 194, 37oC, C-1) |
| Haloarculaceae gen. sp. | |
| UQM 40164 | <-- UNIQEM, UQM 40164 <-- I.S. Zvyagintseva, Institute of Microbiology, Russian Academy of Sciences, strain UNIQEM 701 = 620, 1999. Ex: salted environments. Chokrak Lake, Crimea. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, C-1) |
| Haloarculaceae gen. sp. | |
| UQM 40165 | <-- UNIQEM, UQM 40165 <-- I.S. Zvyagintseva, Institute of Microbiology, Russian Academy of Sciences, strain UNIQEM 703 = 622. Ex: salted environments. Chokrak Lake, Crimea. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, C-1) |
| Haloarculaceae gen. sp. | |
| UQM 40166 | <-- UNIQEM, UQM 40166 <-- I.S. Zvyagintseva, Institute of Microbiology, Russian Academy of Sciences, strain UNIQEM 702 = 621, 1999 <--. Ex: salted environments. Chokrak Lake, Crimea. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, C-1) |
| Haloarculaceae gen. sp. | |
| UQM 40167 | <-- UNIQEM, UQM 40167 <-- I.S. Zvyagintseva, Institute of Microbiology, Russian Academy of Sciences, strain UNIQEM 697 = 503. Ex: salted environments. Chokrak Lake, Crimea. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, C-1) |
| Haloarucla sp. | |
| UQM 40185 | <-- UNIQEM, UQM 40185 <--<-- I.S. Zvyagintseva, UNIQEM 706, strain 3Z, 1999. Ex: salted soil. unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 194, 37oC, C-1) |
| Halobacteriaceae gen. sp. | |
| UQM 40159 | <-- UNIQEM, UQM 40159 <-- I.S. Zvyagintseva, Institute of Microbiology, Russian Academy of Sciences, strain UNIQEM 698 = 524. Ex: saline lagoon. Chokrak Lake, Crimea. USSR DNA sequences: 16S rRNA gene: AJ002952.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 194, 42oC, C-1) |
| Halobacteriaceae gen. sp. | |
| UQM 40160 | <-- UNIQEM, UQM 40160 <-- I.S. Zvyagintseva, Institute of Microbiology, Russian Academy of Sciences, strain UNIQEM 699 = 599. Ex: saline lagoon. Chokrak Lake, Crimea. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 194, 42oC, C-1) |
| Halobacteriaceae gen. sp. | |
| UQM 40162 | <-- UNIQEM, UQM 40162 <-- I.S. Zvyagintseva, Institute of Microbiology, Russian Academy of Sciences, strain UNIQEM 694 = 30. Ex: salted soil. unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 194, 42oC, C-1) |
| Halobacterium salinarum corrig. (Harrison and Kennedy 1922) Elazari-Volcani 1957 emend. Gruber et al. 2004 | |
| VKM B-1769 Type | <-- Tindall B.J. DSMZ, DSM 3754 < NRC, NRC 34002 < Gibbons N.E. < Lochhead A.G., 91-R6. Received as: Halobacterium salinarum Type. Synonym: Halobacterium halobium (Petter 1931) Elazari-Volcani 1957; Halobacterium cutirubrum (Lochhead 1934) Elazari-Volcani 1957; Pseudomonas salinaria Harrison and Kennedy 1922; Serratia salinaria (Harrison and Kennedy 1922) Bergey et al. 1923; Flavobacterium (subgen. Halobacterium) salinarium (Harrison and Kennedy 1922) Elazari-volcani 1940; Halobacter salinaria (Harrison and Kennedy 1922) Anderson 1954. (ATCC 33171; DSM 3754; JCM 8978; NBRC 102687; NCIMB 764; VTT E-103154). Ex: salted cow hide. Canada. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, S-5) |
| Halobacterium salinarum corrig. (Harrison and Kennedy 1922) Elazari-Volcani 1957 emend. Gruber et al. 2004 | |
| VKM B-1781 | <-- Tindall B.J. DSMZ, DSM 4929 < Petter H.F.M. Received as: Halobacterium halobium. Synonym: Halobacterium halobium (Petter 1931) Elazari-Volcani 1957; Halobacterium cutirubrum (Lochhead 1934) Elazari-Volcani 1957; Pseudomonas salinaria Harrison and Kennedy 1922; Serratia salinaria (Harrison and Kennedy 1922) Bergey et al. 1923; Flavobacterium (subgen. Halobacterium) salinarium (Harrison and Kennedy 1922) Elazari-volcani 1940; Halobacter salinaria (Harrison and Kennedy 1922) Anderson 1954. Ex: salted herring. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, S-5) |
| Halobacterium salinarum corrig. (Harrison and Kennedy 1922) Elazari-Volcani 1957 emend. Gruber et al. 2004 | |
| UQM 40158 | <-- UNIQEM, UQM 40158 < Zvyagintseva I.S., UNIQEM 696, 32. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Halobacterium sp. | |
| VKM B-2149 | <-- Zvyagintseva I.S. INMI, 502. Received as: Halobacterium sp. Ex: sulfate salt marsh. Kaakhkinsky district, Ashgabat region. Turkmenistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 194, 37oC Growth condition: aerobic, with lighting., S-5) |
| Halobacterium sp. | |
| VKM B-2150 | <-- Zvyagintseva I.S. INMI, 46. Received as: Halobacterium sp. Ex: salt crust of light gray soil. Kaakhkinsky district, Ashgabat region. Turkmenistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 194, 37oC Growth condition: aerobic, with lighting., S-5) |
| Halobacterium sp. | |
| VKM B-2151 | <-- Zvyagintseva I.S. INMI, SH. Received as: Halobacterium sp. Ex: sulfate salt marsh. Kaakhkinsky district, Ashgabat region. Turkmenistan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 194, 37oC Growth condition: aerobic with lighting., S-5) |
| Halobacterium sp. | |
| UQM 40161 | <-- UNIQEM, UQM 40161 < Zvyagintseva I.S., UNIQEM 695, strain 31. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Halobiforma sp. | |
| UQM 41456 | <-- UNIQEM, UQM 41456 <-- D.Yu. Sorokin, strain AMSO2. Ex: soda lakes. Russia. Russia DNA sequences: 16S rRNA gene: MT928304.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Halococcoides cellulosivorans Sorokin et al. 2019 | |
| UQM 40370 type strain | <-- UNIQEM, UQM 40370 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 975 = HArcel1. (JCM 31941). Ex: surface brines and sediments of hypersaline athalassic lakes. Kulunda Steppe. Russian Federation DNA sequences: genome: CP028858. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Halococcus morrhuae (Farlow 1880) Kocur and Hodgkiss 1973 | |
| VKM B-1772 Type | <-- Tindall B.J. DSMZ, DSM 1307 < CCM, CCM 537 < van Niel C.B., LD.3.1. Received as: Halococcus morrhuae Type. Synonym: Sarcina litoralis Poulsen 1879; Sarcina morrhuae Farlow 1880; Micrococcus litoralis (Poulsen 1879) Kellerman 1915; Micrococcus morrhuae (Farlow 1880) Klebahn 1919; Halococcus litoralis (Poulsen 1879) Schoop 1935; not Sarcina litoralis (Oersted 1841) Winter 1884. (ATCC 17082; CCM 537; DSM 1307; JCM 8876; NBRC 14719; NCCB 71080; NCIMB 787). Ex: Dead Sea. Israel. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, S-5) |
| Halococcus saccharolyticus Montero et al. 1990 | |
| VKM B-1770 Type | <-- Tindall B.J. DSMZ, DSM 5350 < Ventosa A., P-423. Received as: Halococcus saccharolyticus Type. (ATCC 49257; CCM 4147; DSM 5350; CECT 4590; CIP 108107; DSM 5350; JCM 8878; NCIMB 12837). Ex: ponds of saltern. Cadiz, San Fernando. Spain. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, S-5) |
| Halodesulfurarchaeum formicicum Sorokin et al. 2017 | |
| UQM 40376 type | <-- UNIQEM, UQM 40376 <-- D.Yu. Sorokin, UNIQEM 983, HTSR6, 2014. (JCM 30662). Ex: anaerobic sediments of hypersaline chloride-sulfate lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: CP016804, genome: NZ_CP016804.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Haloferax denitrificans (Tomlinson et al. 1986) Tindall et al. 1989 | |
| VKM B-1754 Type | <-- Tindall B.J. DSMZ, DSM 4425 < Hochstein L.I., S 1. Received as: Halobacterium denitrificans Type. Synonym: Halobacterium denitrificans Tomlinson et al. 1986. (ATCC 35960; DSM 4425; JCM 8864; NCIMB 13115). Ex: saltern. San-Francisco. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, S-5) |
| Haloferax gibbonsii Juez et al. 1986 | |
| VKM B-1756 Type | <-- Tindall B.J. DSMZ, DSM 4427 < Rodriguez-Valera F., Ma 2.38 < G. Juez, Ma 2.38. Received as: Haloferax gibbonsii Type. (ATCC 33959; CCM 3603; DSM 4427; JCM 8863; NBRC 102184; NCIMB 2188). Ex: solar saltern. Alicante. Spain. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, C-5) |
| Haloferax sp. | |
| VKM B-1954 | <-- Zvyagintseva I.S. INMI, 39. Received as: Haloferax pamirei Zvyagintseva Type DNA sequences: 5S rRNA gene: L27165á L27166. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, S-5) |
| Haloferax sp. | |
| UQM 40155 | <-- UNIQEM, UQM 40155 <-- I.S. Zvyagintseva, Institute of Microbiology, Russian Academy of Sciences, strain UNIQEM 707 = KP-8. Ex: salted environments. unknown origin. unknown origin DNA sequences: available in UNIQEM. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, C-1) |
| Haloferax sp. | |
| UQM 40156 | <-- UNIQEM, UQM 40156 <-- I.S. Zvyagintseva, Institute of Microbiology, Russian Academy of Sciences, strain UNIQEM 709 = 4Mil. Ex: salted environments. unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, C-1) |
| Haloferax sp. | |
| UQM 40157 | <-- UNIQEM, UQM 40157 <-- I.S. Zvyagintseva, Institute of Microbiology, Russian Academy of Sciences, strain UNIQEM 708 = KC-1. Ex: salted environments. unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, C-1) |
| Halomicrobium sp. | |
| UQM 40373 | <-- UNIQEM, UQM 40373 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 964 = HArcht3-1. Ex: hypersaline lake sediments. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: KT247950. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Halomicrobium sp. | |
| UQM 40374 | <-- UNIQEM, UQM 40374 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 963 = HArcht1-1. Ex: hypersaline lake sediments. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: KT247946. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Halomonas chromatireducens Shapovalova et al. 2009 | |
| VKM B-2497 Type | <-- Khizniak T.V. INMI, AGD 8-2. (NCCB 100225). Ex: soda lake sediments. soda solonchak, Kulunda steppe. Altai krai. Russia DNA sequences: 16S rRNA: EU447163. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 474, 35oC, F-2) |
| Halomonas kenyensis Boltyanskaya et al. 2008 | |
| VKM B-2326 | <-- Zhilina T.N. INMI; AiR-2-1 < Sorokin D. Yu. Received as: AIR-2-1. Ex: sediments from the five highly alkaline soda lakes of Kenya. Kenya DNA sequences: 16S rRNA gene: AY962237.. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 343, 36oC Growth condition: anaerobic., S-2) |
| Halomonas kenyensis Boltyanskaya et al. 2008 | |
| VKM B-2354 Type | <-- Zhilina T.N. INMI, AIR-2 < D. Yu. Sorokin, INMI. Received as: Halomonas kenyensis Type. (VKM B-2326; DSM 17331). Ex: sediments from the five highly alkaline soda lakes. Kenya. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 80, 36oC, F-3) |
| Halomonas mongoliensis Boltyanskaya et al. 2008 | |
| VKM B-2353 Type | <-- T.N. Zhilina INMI, Z-7009. Received as: Halomonas mongoliensis Type. (DSM 17332). Ex: deposits of soda lake Dzun-Tukhem-Nur. Mongolia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 80, 36oC, F-3) |
| Halomonas nitrilica corrig. Chmura et al. 2021 | |
| UQM 40371 type | <-- UNIQEM, UQM 40371 <-- D.Yu. Sorokin, UNIQEM 241, ANL-?CH3, 2005. (NCCB 100121). Ex: soda soil (a mixed sample). SE Siberia. Russian Federation DNA sequences: 16S rRNA gene: EU447162.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 262, 32oC, C-1) |
| Halomonas sp. | |
| VKM B-153 | <-- INMI, VKM B-153 < Mitskevich I.N. INMI, 7345. Received as: Bacterium agile Jensen 1898. Ex: water, depth 146 m. Station 378, Atlantic Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, C-1, F-1, F-3) |
| Halomonas sp. | |
| VKM B-3104 | <-- Plotnikova E.G. IEGM UB RAS, M115-3N-a. Received as: Halomonas sp. Perm Territory, Solikamsk. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 43, 28oC, F-3) |
| Halomonas sp. | |
| UQM 40372 | <-- UNIQEM, UQM 40372 <-- D.Yu. Sorokin, UNIQEM 272, ?CH3, 2007. Ex: salted environment. SE Siberia. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 262, 30oC, C-1) |
| Halonatronum saccharophilum Zhilina et al. 2001 | |
| VKM B-2320 Type | <-- Zhilina T.N. INMI. Received as: Z-7986. (DSM 13868; UNIQEM 211). Magadi Lake. Kenya DNA sequences: 16S rRNA gene: AY014858.. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 304, 40oC Growth condition: anaerobic., S-2) |
| Halonatronum saccharophilum Zhilina et al. 2001 | |
| UQM 40132 Type | <-- UNIQEM, UQM 40132 < Zhilina T.N., Winogradsky Inst. Microbiol., RAS, Moscow, Russia, U211. (DSM 13868). Ex: coastal lagoon mud. Lake Magadi. Kenia DNA sequences: 16S rRNA gene: AY014858.1, https://www.ncbi.nlm.nih.gov/nuccore/AY014858. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 304, 40oC, C-1) |
| Halorubrum distributum (Zvyagintseva and Tarasov 1989) Oren and Ventosa 1996 | |
| VKM B-1733 Type | <-- Zvyagintseva I.S. INMI, 1 M. Received as: Halobacterium distributum Type. Synonym: Halobacterium distributus Zvyagintseva and Tarasov 1989; Halobacterium distributum corrig. Zvyagintseva and Tarasov 1989; Halorubrobacterium distributum (Zvyagintseva and Tarasov 1989) Kamekura and Dyall-Smith 1996; Halorubrum litoreum Cui et al. 2007; Halorubrum arcis Xu et al. 2007; Halorubrum terrestre Ventosa et al. 2004. (ATCC 51197; CIP 105238; JCM 10118; JCM 9100; NCIMB 13203). Ex: soil, sulfate salt marsh. Gjaur-Kala. Turkmenistan DNA sequences: 5S rRNA gene: L27343; 16S rRNA gene: L26170. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 194, 40oC, S-5) |
| Halorubrum distributum (Zvyagintseva and Tarasov 1989) Oren and Ventosa 1996 | |
| VKM B-1739 Type | <-- Zvyagintseva I.S. INMI, 4 P. Received as: Halobacterium distributum corrig. Zvyagintseva and Tarasov 1989. Synonym: Halobacterium distributus Zvyagintseva and Tarasov 1989; Halobacterium distributum corrig. Zvyagintseva and Tarasov 1989; Halorubrobacterium distributum (Zvyagintseva and Tarasov 1989) Kamekura and Dyall-Smith 1996; Halorubrum litoreum Cui et al. 2007; Halorubrum arcis Xu et al. 2007; Halorubrum terrestre Ventosa et al. 2004. (CIP 108318; JCM 10247). Ex: solar crust of light-coloured sierozem. Ashkhabad Region, Kaahkin District. Turkmenistan DNA sequences: 16S rRNA gene: AB090169; 5S rRNA gene: L27343. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 194, 37oC, S-5) |
| Halorubrum distributum (Zvyagintseva and Tarasov 1989) Oren and Ventosa 1996 | |
| VKM B-1740 | <-- Zvyagintseva I.S. INMI, 13. Received as: Halobacterium distributum. Synonym: Halobacterium distributus Zvyagintseva and Tarasov 1989; Halobacterium distributum corrig. Zvyagintseva and Tarasov 1989; Halorubrobacterium distributum (Zvyagintseva and Tarasov 1989) Kamekura and Dyall-Smith 1996; Halorubrum litoreum Cui et al. 2007; Halorubrum arcis Xu et al. 2007; Halorubrum terrestre Ventosa et al. 2004. Ex: saltern. Portugal. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 194, 40oC, S-5) |
| Halorubrum distributum (Zvyagintseva and Tarasov 1989) Oren and Ventosa 1996 | |
| UQM 40146 Type | <-- UNIQEM, UQM 40146 < Zvyagintseva I.S., UNIQEM 686, INMI 1-M. (CIP 105238, JCM 10118; JCM 9100; VKM B-1733). Ex: soil, sulfate salt marsh. Gjaur-Kala. Turkmenistan DNA sequences: 16S rRNA gene: D63572.1, https://www.ncbi.nlm.nih.gov/nuccore/D63572; genome: AOJN00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 194, 40oC, C-1) |
| Halorubrum distributum (Zvyagintseva and Tarasov 1989) Oren and Ventosa 1996 | |
| UQM 40148 | <-- UNIQEM, UQM 40148 < Zvyagintseva I.S., UNIQEM 688, INMI 352. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 194, 37oC, C-1) |
| Halorubrum distributum (Zvyagintseva and Tarasov 1989) Oren and Ventosa 1996 | |
| UQM 40150 | <-- UNIQEM, UQM 40150 < Zvyagintseva I.S., UNIQEM 689, INMI 13. (VKM B-1740). Ex: saltern. Saltern. Saltern. Portugal. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 194, 40oC, C-1) |
| Halorubrum distributum (Zvyagintseva and Tarasov 1989) Oren and Ventosa 1996 | |
| UQM 40151 | <-- UNIQEM, UQM 40151 < Zvyagintseva I.S., UNIQEM 693, strain 46. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Halorubrum distributum (Zvyagintseva and Tarasov 1989) Oren and Ventosa 1996 | |
| UQM 40152 | <-- UNIQEM, UQM 40152 <-- I.S. Zvyagintseva, Institute of Microbiology, Russian Academy of Sciences, strain UNIQEM 690 = 1 M (SH). (ATCC 51197, JCM 10118; JCM 9100; VKM B-1733). Ex: soil, sulfate salt marsh. Gjaur-Kala. Turkmenistan DNA sequences: 16S rRNA gene: D63572, L26170, genome sequence: AOJN00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 194, 37oC, C-1) |
| Halorubrum lacusprofundi (Franzmann et al. 1989) McGenity and Grant 1996 | |
| VKM B-1753 Type | <-- Tindall B.J. DSMZ, DSM 5036 < Franzmann P.D., ACAM 34. Received as: Halobacterium lacusprofundi Type. Synonym: Halobacterium lacusprofundi Franzmann et al. 1989. (ATCC 49239; CIP 105334; DSM 5036; JCM 8891; NCIMB 12997). Ex: sediment-water interface. Deep Lake in Antarctica. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 30oC, S-5) |
| Halorubrum lamobii Bryanskaya et al | |
| VKM B-3502 Type | <-- Bryanskaya A. ICG, 48-1-W. Received as: Halorubrum lamobii. Ex: water. äake Solenoye. Bagan district, Novosibirsk region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 182, 37oC Growth condition: Aerobic, in the light.) |
| Halorubrum saccharovorum (Tomlinson and Hochstein 1977) McGenity and Grant 1996 | |
| VKM B-1747 Type | <-- Tindall B.J. DSMZ, DSM 1137 < Hochstein L., M 6. Received as: Halobacterium saccharovorum Type. Synonym: Halobacterium saccharovorum Tomlinson and Hochstein 1977; Halorubrobacterium saccharovorum (Tomlinson and Hochstein 1977) Kamekura and Dyall-Smith 1996. (VKM B-1537; ATCC 29252; CCM 2887; CIP 105329; DSM 1137; NBRC 14717; NCIMB 2081). Ex: saltern. San Francisco Bay. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, S-5) |
| Halorubrum sodomense (Oren 1983) McGenity and Grant 1996 | |
| VKM B-1771 Type | <-- Tindall B.J. DSMZ, DSM 3755 < NCMB, NCMB 2197 < ATCC, ATCC 33755 < Oren A., RD-26. Received as: Halobacterium sodomense Type. Synonym: Halobacterium sodomense Oren 1983; Halorubrobacterium sodomense (Oren 1983) Kamekura and Dyall-Smith 1996. (ATCC 33755; DSM 3755; CIP 105330; JCM 8880; NBRC 14740; NCIMB 2197). Ex: Dead sea. Israel. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 185, 37oC, S-5) |
| Halorubrum sp. | |
| UQM 40147 | <-- UNIQEM, UQM 40147 < Zvyagintseva I.S., UNIQEM 687, INMI 39. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 194, 37oC, C-1) |
| Halorubrum sp. | |
| UQM 40153 | <-- UNIQEM, UQM 40153 < Zvyagintseva I.S., UNIQEM 691, strain 502. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Halorubrum sp. | |
| UQM 40154 | <-- UNIQEM, UQM 40154 < Zvyagintseva I.S., UNIQEM 692, strain 44. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Halorubrum sp. | |
| UQM 40186 | <-- UNIQEM, UQM 40186 <-- I.S. Zvyagintseva, UNIQEM 705, 2Z, 1999 <-- A. N. Nozhevnikova, Z-B12. Ex: salted soil. unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 194, 37oC, C-1) |
| Halorubrum terrestre Ventosa et al. 2004 | |
| UQM 40145 Type | <-- UNIQEM, UQM 40145 < Zvyagintseva I.S., UNIQEM 685, 4p. (DSM 23453, JCM 10247; VKM B-1739). Ex: saline soil. Ashkhabad Region, Kaahkin district. Turkmenistan DNA sequences: 16S rRNA gene: AB090169.1, https://www.ncbi.nlm.nih.gov/nuccore/AB090169. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 194, 37oC, C-1) |
| Halospina denitrificans Sorokin et al. 2006 | |
| UQM 40369 type strain | <-- UNIQEM, UQM 40369 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 233 = HGD 1-3. (DSM 15505). Ex: hypersaline lake sediments. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: DQ072719, genomeNZ_SOAX00000000.1; INSDC: SOAX00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 28oC, C-1) |
| Haloterrigena sp. | |
| UQM 40368 | <-- UNIQEM, UQM 40368 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 965 = HArcht2. Ex: hypersaline lake. Cock salt lake, Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: KT247957. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, C-1) |
| Haloterrigena turkmenica (Zvyagintseva and Tarasov 1989) Ventosa et al. 1999 | |
| VKM B-1734 Type | <-- Zvyagintseva I.S. INMI, 4 K. Received as: Halococcus turcmenicus Type. Synonym: Halococcus turcmenicus Zvyagintseva et Tarasov 1989. (ATCC 51198; CIP 106419; DSM 5511; JCM 9101; NCIMB 13204). Ex: soil, sulfate salt-marsh. Turkmenistan DNA sequences: 16S rRNA gene: NR040778. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 194, 45oC, S-5) |
| Halothiobacillaceae gen. sp. | |
| UQM 40467 | <-- UNIQEM, UQM 40467 <-- D.Yu. Sorokin, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 376 = HLD 4. Ex: sediments from hypersaline lakes. Kulunda Steppe, Altai. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Halothiobacillaceae gen. sp. | |
| UQM 40503 | <-- UNIQEM, UQM 40503 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 747 = HLD 5. (UNIQEM 747, HLD 5). Ex: sediments from hypersaline lakes. Kulunda Steppe, Altai. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Halothiobacillaceae gen. sp. | |
| UQM 40504 | <-- UNIQEM, UQM 40504 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 748 = HLD 12. (UNIQEM 748, HLD 12). Ex: sediments from hypersaline lakes. Kulunda Steppe, Altai. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Halothiobacillu sp. | |
| UQM 40506 | <-- UNIQEM, UQM 40506 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 750 = HLD 7. (UNIQEM 750, HLD 7). Ex: sediments from hypersaline lakes. Kulunda Steppe, Altai. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 49, 30oC, C-1) |
| Halothiobacillus sp. | |
| UQM 40365 | <-- UNIQEM, UQM 40365 <-- D.Yu. Sorokin, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 231 = HL1. (DSM 15074). Ex: hypersaline lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: DQ469573. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 49, 30oC, C-1) |
| Halothiobacillus sp. | |
| UQM 40366 | <-- UNIQEM, UQM 40366 <-- D.Yu. Sorokin, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 359 = HL20, 2002. Ex: hypersaline lake. NE Mongolia Lakes Dzun-Davst and Dolon-Davst. Mongolia DNA sequences: 16S rRNA gene: GQ888579. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 49, 30oC, C-1) |
| Halothiobacillus sp. | |
| UQM 40477 | <-- UNIQEM, UQM 40477 <-- D.Yu. Sorokin, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 358 = HL 2. Ex: sediments from hypersaline lakes. Kulunda Steppe, Altai. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 49, 30oC, C-1) |
| Halovibrio denitrificans Sorokin et al. 2006 | |
| UQM 40364 type strain | <-- UNIQEM, UQM 40364 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 232 =HGD 3. Ex: hypersaline lake sediments. Barun-Davst-Nur Lake, NE Mongolia. Mongolia DNA sequences: 16S rRNA gene: DQ072718.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Hamadaea tsunoensis (Asano et al. 1989) Ara et al. 2008 | |
| VKM Ac-2010 Type | <-- JCM 9105. Received as: Catellatospora tsunoense Asano et al. 1989 Type. Synonym: Catellatospora tsunoense Asano et al. 1989. (ATCC 49365; CIP 107014; DSM 44101; IFO (now NBRC) 14552; JCM 9105; NRRL B-16491). Ex: woodland soil. Tsuno-gun, Yamaguchi Pref. Japan DNA sequences: AF152110, X93200. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 184, 28oC, F-1) |
| Hansschlegelia plantiphila Ivanova et al. 2010 | |
| VKM B-2347 Type | <-- Doronina N.V. IBPM, S1. Received as: Hansschlegelia plantiphila Type. (NCIMB 14035). Ex: Syringa glanca, buds. Moscow Region, Pushchino. Russia DNA sequences: 16S rRNA gene: DQ404188. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 30oC, F-1) |
| Hansschlegelia quercus Agafonova et al. 2020 | |
| VKM B-3284 Type | <-- Doronina N.V. IBPM, Dub. (CCUG 73648; JCM 33463). Ex: Quercus robur L., buds. Moscow Region, Pushchino. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 25oC, F-1) |
| Heliobacterium sulfidophilum Bryantseva et al. 2000 | |
| UQM 40069 Type | <-- UNIQEM, UQM 40069 < Bryantseva I.A., Gorlenko V.M., UNIQEM 113. Ex: cyanobacterial mat of alkaline hot spring. Bol'sherechenskii spring, Barguzinskii reserve. Buryatia. Russia DNA sequences: 16S rRNA gene: AF249678.1, https://www.ncbi.nlm.nih.gov/nuccore/AF249678. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 416, 30oC, C-1) |
| Heliobacterium undosum Bryantseva et al. 2001 | |
| UQM 40068 Type | <-- UNIQEM, UQM 40068 < Bryantseva I.A., Gorlenko V.M., UNIQEM 114. (DSM 13378). Ex: cyanobacterial mat of alkaline hot spring. Garga River, Barguzinskaya valley. Buryatia. Russia DNA sequences: 16S rRNA gene: AF249679, https://www.ncbi.nlm.nih.gov/nuccore/AF249679. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 416, 30oC, C-1) |
| Herbaspirillum autotrophicum (Aragno and Schlegel 1978) Ding and Yokota 2004 | |
| VKM B-1394 Type | <-- INMI, VKM B-1394 < Zavarzin G.A. INMI. Received as: Aquaspirillum autotrophicum Type. Synonym: Aquaspirillum autotrophicum Aragno and Schlegel 1978. (ATCC 29984; CCUG 12808; CIP 107295; DSM 732; IAM 14942; JCM 21424; KCTC 2340; LMG 4326; NBRC 15327). Ex: water. eutrophic lake. Switzerland. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 238, 28oC, C-1, F-3, S-1) |
| Herbiconiux flava Hamada et al. 2012 | |
| VKM Ac-2058 Type | <-- Dorofeeva L.V. IBPM, DL-374. (IFO (now NBRC) 16403). Ex: phyllosphere of a sedge, Carex sp. Central Chernozem Nature Park. Belgorod Region. Russia DNA sequences: AB583921, AB042093. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Herbidospora cretacea Kudo et al. 1993 | |
| VKM Ac-1997 Type | <-- JCM 8553. (ATCC 51904; DSM 44071; IFO (now NBRC) 15474; JCM 8553; KCTC 9335; NCIMB 13372). Ex: soil. Saitama Prefecture. Japan DNA sequences: D85485. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 184, 28oC, F-1) |
| Heyndrickxia coagulans (Hammer 1915) Narsing-Rao et al. 2023 | |
| VKM B-497 Type | <-- INMI, VKM B-497 < NCTC, NCTC 10334 < Smith N.R., 609. Received as: Bacillus coagulan. Synonym: Bacillus coagulans Hammer 1915; Weizmannia coagulans (Hammer 1915) Gupta et al. 2020. (ATCC 7050; CCM 2013; BCRC 10606; CCUG 7417; CECT 12; CFBP 4225; CIP 66.25; CNCTC 5646; DSM 1; HAMBI 1931; IAM 1115; IAM 12463; JCM 2257; KACC 11248; KCTC 3625; LMD 48.14; LMD 77.25; LMG 17450; LMG 17455; LMG 6326; NBIMCC 1511; NBRC 12583; NCAIM B.01086; NCCB 77025; NCCB 48014; NCIMB 9365; NCTC 10334; VTT E-82150; VTT E-98150). Ex: evaporated milk. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 37oC, C-4, F-1) |
| Hoeflea marina Peix et al. 2005 | |
| UQM 40962 type strain | <-- UNIQEM, UQM 40962 <-- A.Yu. Sorokina = UNIQEM 904 <-- DSMZ, DSM 16791 <-- E. Velazquez <-- LMG <-- R. Ahrens and G. Rheinheimer. (ATCC 25654, DSM 16791; LMG 128). Ex: marine environment. Germany, Baltic Sea. Baltic Sea. Germany DNA sequences: 16S rRNA gene: AY598817. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 354, 28oC, C-1) |
| Hoeflea siderophila Sorokina et al. 2012 | |
| UQM 40581 proposed type strain | <-- UNIQEM, UQM 40581 <-- A.Yu. Sorokina, Winogradsky Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 890 = Hf1, 2010. (DSM 21587). Ex: A.Yu. Sorokina, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia. Novgorod region, Staraya Russa Resort. Russian Federation,. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Hydrogeniiclostidium mannosilyticum Chaplin et al. 2020 | |
| VKM B-3268 Type strain | <-- Efimov B.A. Pirogov RNRMU. Received as: ASD2818. (JCM 33295). Ex: from feces from a healthy 3-year-old male child. Moscow. Russia DNA sequences: 16S rRNA sequence: MH043116; genome: QLYR00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 152, 37oC Growth condition: anaerobic., S-2) |
| Hydrogenophaga palleronii (Davis 1970) Willems et al. 1989 | |
| VKM B-1326 | <-- INMI, VKM B-1326 < Zavarzin G.A. INMI, Z-11. Received as: Hydrogenomonas pantotropha (Kaserer) Orla-Jensen 1909. Synonym: Pseudomonas palleronii Davis 1970. Ex: activated sludge. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, F-3) |
| Hydrogenophaga palleronii (Davis 1970) Willems et al. 1989 | |
| VKM B-1327 | <-- INMI, VKM B-1327 < Zavarzin G.A. INMI, Z-14. Received as: Hydrogenomonas pantotropha (Kaserer) Orla-Jensen 1909. Synonym: Pseudomonas palleronii Davis 1970. Ex: fermented sludge from digester. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, F-3) |
| Hydrogenophaga palleronii (Davis 1970) Willems et al. 1989 | |
| VKM B-1328 Type | <-- INMI, VKM B-1328 < Zavarzin G.A. INMI. Received as: Pseudomonas palleronii Type. Synonym: Pseudomonas palleronii Davis 1970. (ATCC 17724; BCRC 13886; CCM 4454; CCUG 20334; CECT 4107; CFBP 2445; CIP 103304; DSM 63; ICMP 13636; JCM 21412; KCTC 12152; LMG 2366; NBRC 102513; VTT E-991279). Ex: water. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, F-3) |
| Hydrogenophaga pseudoflava (Auling et al. 1978) Willems et al. 1989 | |
| VKM B-1330 | <-- INMI, VKM B-1330 < Zavarzin G.A. INMI, Z-1107. Received as: Pseudomonas carboxydoflava Nozhevnikova and Zavarzin 1974 Type. Synonym: Pseudomonas pseudoflava Auling et al. 1978. (CCUG 20741 A; CCUG 22764; DSM 1084; LMG 7584; LMG 8355). Ex: mud and soil. Moskva River, bank. Moscow. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, C-1, F-1, F-3) |
| Hydrotalea sp. | |
| UQM 41496 | <-- UNIQEM, UQM 41496 <-- Dedysh S.N., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain S21. Ex: methane-oxidizing community of bioreactor. Methane-oxidizing fermenter community. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 42oC, S-4, S-1) |
| Hyphomicrobium chloromethanicum McDonald et al. 2001 | |
| VKM B-2173 | <-- Doronina N.V. IBPM, CM 1. Received as: Hyphomicrobium chloromethanicum Type. Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 30oC Growth condition: feed a small amount of CH3Cl via incubation atmosphere., C-8) |
| Hyphomicrobium chloromethanicum McDonald et al. 2001 | |
| VKM B-2177 | <-- Doronina N.V. IBPM, CM 9. Received as: Hyphomicrobium chloromethanicum. Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 30oC Growth condition: feed a small amount of CH3Cl via incubation atmosphere., C-8) |
| Hyphomicrobium chloromethanicum McDonald et al. 2001 | |
| VKM B-2178 | <-- Doronina N.V. IBPM, CM 29. Received as: Hyphomicrobium chloromethanicum. Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 30oC Growth condition: feed a small amount of CH3Cl via incubation atmosphere., C-8) |
| Hyphomicrobium chloromethanicum McDonald et al. 2001 | |
| VKM B-2179 | <-- Doronina N.V. IBPM, CM 35. Received as: Hyphomicrobium chloromethanicum. Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 30oC Growth condition: feed a small amount of CH3Cl via incubation atmosphere., C-8) |
| Hyphomicrobium sp. | |
| UQM 40233 | <-- UNIQEM, UQM 40233 < Nikitin D.I., UNIQEM 603 = NP-150. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Hyphomicrobium sp. | |
| UQM 40234 | <-- UNIQEM, UQM 40234 < Nikitin D.I., UNIQEM 602 = NP-160. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Hyphomicrobium sp. | |
| UQM 40235 | <-- UNIQEM, UQM 40235 < Nikitin D.I., UNIQEM 681 < Gromov B.V., G-5. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Hyphomicrobium sp. | |
| UQM 40236 | <-- UNIQEM, UQM 40236 < Nikitin D.I., UNIQEM 671 = NP-181. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Hyphomicrobium sp. | |
| UQM 40237 | <-- UNIQEM, UQM 40237 < Nikitin D.I., UNIQEM 670 = NP-180. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Hyphomicrobium sp. | |
| UQM 40238 | <-- UNIQEM, UQM 40238 < Nikitin D.I., UNIQEM 669 = NP-170. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Hyphomicrobium sp. | |
| UQM 40239 | <-- UNIQEM, UQM 40239 < Nikitin D.I., UNIQEM 604 < Gromov B.V., G-4. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Hyphomicrobium sp. | |
| UQM 40240 | <-- UNIQEM, UQM 40240 < Nikitin D.I., UNIQEM 601 = NH-1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Hyphomicrobium sp. | |
| UQM 40241 | <-- UNIQEM, UQM 40241 < Nikitin D.I., UNIQEM 605 < Gromov B.V., G-10. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Hyphomicrobium vulgare Stutzer and Hartleb 1899 | |
| VKM B-1457 | <-- Skerman V.B.D. UQM, UQM 1370. Received as: Hyphomicrobium vulgare. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 128, 30oC, F-1, S-4, S-5) |
| Hyphomicrobium zavarzinii Hirsch 1989 | |
| VKM B-2174 Type | <-- Doronina N.V. IBPM, ZV-622 < Zavarzin G.A. INMI, ZV-620. Received as: Hyphomicrobium zavarzinii Type. (ATCC 27496; DSM 1566). Ex: soil. Moscow Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 30oC, C-8) |
| Hyphomonas hirschiana Weiner et al. 1985 | |
| UQM 40230 Type | <-- UNIQEM, UQM 40230 < Nikitin D.I., UNIQEM 628 <... < DSMZ, DSM 13693 (VP4). (ATCC 33886, CIP 106773; DSM 5152). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Hyphomonas jannaschiana Weiner et al. 1985 | |
| UQM 40227 Type | <-- UNIQEM, UQM 40227 < Nikitin D.I., UNIQEM 626 <... < DSMZ, DSM 5153 (VP2 T). (ATCC 33883, DSM 5153; VP-2). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Hyphomonas jannaschiana Weiner et al. 1985 | |
| UQM 40228 | <-- UNIQEM, UQM 40228 < Nikitin D.I., UNIQEM 625 <... < DSMZ, DSM 13427 (VP1). (ATCC 33882, DSM 13427). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Hyphomonas jannaschiana Weiner et al. 1985 | |
| UQM 40229 | <-- UNIQEM, UQM 40229 < Nikitin D.I., UNIQEM 627 <... < DSMZ, DSM 13693 (VP4). (ATCC 33885). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Hyphomonas polymorpha (ex Pongratz 1957) Moore et al. 1984 | |
| UQM 40225 | <-- UNIQEM, UQM 40225 < Nikitin D.I., UNIQEM 661 (727). (ATCC 33880, DSM 2664). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Hyphomonas polymorpha (ex Pongratz 1957) Moore et al. 1984 | |
| UQM 40226 Type | <-- UNIQEM, UQM 40226 < Nikitin D.I., UNIQEM 662 = strain 728 < … < DSM 2665 < Gebers R. < Hirsch P., PR728 (=PS728) < E. Pongratz. (ATCC 33881, DSM 2665; IFAM PS728; JCM 21104; NBRC 102482; PS 728). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Hyphomonas sp. | |
| VKM B-1380 | <-- INMI, VKM B-1380 < Nikitin D.I. INMI, NA- 854. Received as: Hyphomonas olygotropha Nikitin et al. 1980. Ex: turf-podzol soil. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 43, 25oC, F-1, S-4, S-5) |
| Idiomarina abyssalis Ivanova et al. 2000 | |
| VKM B-2607 Type | <-- Plotnikova E.G., IEGM UB RAS, KMM 227 < Ivanova E.P., KMM 227. Received as: Idiomarina abyssalis Type. (ATCC BAA-312; CIP 107408; KMM 227). Ex: seawater from a depth between 4000 and 5000 m. Northwestern area of the Pacific Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 43, 24oC, F-3) |
| Idiomarina zobellii Ivanova et al. 2000 | |
| VKM B-2606 Type | <-- Plotnikova E.G., IEGM UB RAS, KMM 231 < Ivanova E.P., KMM 231. Received as: Idiomarina zobellii Type. (ATCC BAA-313; CIP 107407; DSM 15924; KMM 231). Ex: seawater from a depth between 4000 and 5000 m. Northwestern area of the Pacific Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 43, 22oC, F-3) |
| Infirmifilum lucidum Zaulina et al 2021 | |
| VKM B-3376 Type strain | . Received as: Thermofilum sp. strain 3507LT. (KCTC 15797). Ex: a terrestrial hot spring. Tinguiririca volcano. Chile DNA sequences: IMG genome ID 2821664718, Bioproject PRJNA666162. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 456 Growth condition: anaerobic.) |
| Inmirania thermothiophila Slobodkina et al. 2016 | |
| VKM B-2962 Type | <-- Slobodkina G.B. INMI. Received as: S2479. Ex: shallow-sea hydrothermal vent. Kunashir Island, Kuril Islands. Sakhalin Region, Yuzhno-Kurilsky District. Russia DNA sequences: 16S rRNA gene: KT159732. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 320, 65oC Growth condition: anaerobic., F-1, F-2) |
| Inmirania thermothiophila Slobodkina et al., 2016 | |
| UQM 41017 type strain | <-- UNIQEM, UQM 41017 <-- Slobodkina G. B., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain S2479, 2014. (VKM B-2962, DSM 100275). Ex: water and sediment from a shallow marine hydrothermal vent. Kunashir Island, Kuril Islands. Russian Federation DNA sequences: 16S rRNA gene: KT159732, genome: NZ_RJVI00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 320, 65oC, C-1, S-1) |
| Intrasporangium calvum Kalakoutskii et al. 1967 emend. Yang et al. 2012 | |
| VKM Ac-701 Type | <-- Prauser H., IMET 7816. (RIA 920; ATCC 23552; DSM 43043; IFO (now NBRC) 12989; IMET 7816; JCM 3097; NCIMB 10167; NRRL B-3866). Ex: air. Dining-room. Moscow. Russia DNA sequences: CP002343 (complete genome), AJ566282, D85486. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 190, 28oC, C-1, F-1) |
| Isachenkonia alkalipeptolytica Zavarzina et al. 2020 | |
| VKM B-3261 Type strain | <-- Zhilina T.N. INMI RAS. Received as: Z-1701. (DSM 109060; JCM 32929) DNA sequences: 16S rRNA gene MN994853. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 444) |
| Kibdelosporangium aridum Shearer et al. 1986 | |
| UQM 40953 type strain | <-- UNIQEM, UQM 40953 <-- S.N.Filippova, UNIQEM 915 = K-4100, 2011 <-- V.D. Kuznetsov, INMI <-- DSM 43828 <-- ATCC 39323 <-- Smith Kline & French Labs., SK&F-AAD-216. (ATCC 39323, DSM 43828; IFO 14493; JCM 7912; NBRC 14493; NRRL B-16436; SK&F AAD-216; VKM Ac-1316). Ex: soil. Arizona, Pima County. Arizona, Pima County. USA DNA sequences: 16S rRNA gene: AJ311174, genome sequence: FWXV00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 205, 28oC, C-1) |
| Kibdelosporangium aridum subsp. aridum (Shearer et al. 1986) Shearer et al. 1988 | |
| VKM Ac-1316 Type | <-- DSM 43828. (ATCC 39323; DSM 43828; IFO (now NBRC) 14493; JCM 7912; NRRL B-16436). Ex: desert soil. Arizona. USA DNA sequences: AJ311174. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 205, 28oC, C-1, F-1) |
| Kineococcus aurantiacus Yokota et al. 1993 | |
| VKM Ac-1947 Type | <-- IFO 15268. (ATCC 51238; CCM 4366; CIP 105426; DSM 7487; IFO (now NBRC) 15268; JCM 10180). Ex: soil. India DNA sequences: AB007420, X77958, D17527. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 184, 30oC, F-1) |
| Kineosporia aurantiaca Pagani and Parenti 1978 emend. Itoh et al. 1989 | |
| VKM Ac-702 Type | <-- Parenti F., A/10312. (ATCC 29727; DSM 43858; IFO 13890; IFO (now NBRC)14067; JCM 3230; NCIMB 11473; NRRL B-16913). Ex: soil. France DNA sequences: AF095336, X87110, AB003931, D86937. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 28oC, C-1, F-1) |
| Kitasatospora aburaviensis (Nishimura et al. 1957) Labeda et al. 2017 | |
| UQM 40892 type strain | <-- UNIQEM, UQM 40892<-- S.N.Filippova, UNIQEM 117 = RIA 1107 <-- V.D. Kuznetsov, INMI <-- RIA 1107 <-- INA, ISP 5033. (ATCC 23869, BCRC 11617; CBS 280.60; CBS 608.68; CCRC 11617; CECT 3315; CGMCC 4.1469; DSM 40033; IFM 1083; IFO 12830; IMET 43031; IMET 43081; ISP 5033; JCM 4170; JCM 4613; KACC 20033; KCTC 9663; LMG 19305; NBRC 12830; Nishimura S-66; NRRL B-2218; NRRL ISP-5033; RIA 1107; RIA 732; S-66; VKM Ac-1868). Ex: soil. Aburabi, Shiga Pref. Japan DNA sequences: 16S rRNA gene: AB184178, AY999779. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 209, 28oC, C-1) |
| Kitasatospora aburaviensis | |
| UQM 40899 type strain | <-- UNIQEM, UQM 40899 <-- S.N.Filippova, UNIQEM 435 <-- V.D. Kuznetsov, INMI <-- RIA 1107 <-- INA, ISP 5033. (ATCC 23869, BCRC 11617; CBS 280.60; CBS 608.68; CCRC 11617; CECT 3315; CGMCC 4.1469; DSM 40033; IFM 1083; IFO 12830; IMET 43081; JCM 4170; JCM 4613; KCTC 9663; LMG 19305; NBRC 12830; NRRL B-2218; NRRL ISP-5033; RIA 1107; RIA 732; VKM Ac-1868). Ex: soil. Japan, Aburabi, Shiga Pref. Japan DNA sequences: 16S rRNA gene: AY999779, AB184178, AY999886, AB122746.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 205, 28oC, C-1) |
| Kitasatospora atroaurantiaca (Nakagaito et al. 1993) Li et al. 2009 | |
| VKM Ac-2005 Type | <-- IFO 14327. Received as: Streptomyces atroaurantiacus Nakagaito et al. 1993 Type. Synonym: Streptomyces atroaurantiacus Nakagaito et al. 1993. (ATCC 51343; DSM 41649; IFO (now NBRC) 14327; JCM 3337). Ex: soil. Noda City, Chiba Prefecture. Japan DNA sequences: U93326, DQ026645, AB184593. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 191, 28oC, F-1) |
| Kitasatospora aureofaciens (Duggar 1948) Labeda et al. 2017 | |
| UQM 40871 type strain | <-- UNIQEM, UQM 40871 <-- S.N.Filippova, UNIQEM 443 = RIA 1129, 2003 <-- V.D. Kuznetsov, INMI <-- RIA 1129 <-- ISP 5127 <-- E.Backus, Lederie Labs. A-377. (ATCC 10762, ATCC 23884; BCRC 11610; CBS 434.51; CBS 664.68; CCM 3239; CCRC 11610; CECT 3206; CIP 57.11; DSM 40127; HAMBI 1072; HAMBI 313; HUT 6048; HUT 6097; ICMP 499; IFM 1042; IFM 1218; IFM 1219; IFO 12594; IFO 12843; IFO 3712; IMET 43577; JCM 4008; JCM 4624; LMG 5968; NBRC 12594; NBRC 12843; NBRC 3712; NCAIM B.01479; NCIB 8234; NCIMB 8234; NRRL 2209; NRRL B-2183; NRRL B-2657; NRRL B-5404; NRRL ISP-5127; RIA 1129; RIA 57; VKM Ac-771; Waksman 3708). Ex: soil, timothy field. Missouri. USA DNA sequences: 16S rRNA gene: AY207608, AB045881, genome sequence: JOER00000000, JODU00000000, JPRF00000000, LBHA00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 209, 28oC, C-1) |
| Kitasatospora cochleata (Nakagaito et al. 1993) Zhang et al. 1997 | |
| VKM Ac-2515 Type | <-- DSM 41652. Synonym: Streptomyces cochleatus Nakagaito et al. 1993. (ATCC 51235; DSM 41652; IFO (now NBRC) 14768; JCM 8799). Ex: soil. Morioka, Iwate Pref. Japan DNA sequences: U93316, AB022871. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 184, 28oC, F-1) |
| Kitasatospora cystarginea Kusakabe and Isono 1992 | |
| VKM Ac-2004 Type | <-- IFO 14836. Synonym: Streptomyces cystargineus (Kusakabe and Isono 1992) Nakagaito et al. 1993. (ATCC 49931; DSM 41680; FERM P-8006; IFO (now NBRC) 14836; JCM 7356). Ex: soil. Susa-machi, Yamaguchi Pref. Japan DNA sequences: U93318, AY999887, AB022872, AB184625. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 191, 28oC, F-1) |
| Kitasatospora griseola Takahashi et al. 1985 | |
| VKM Ac-2002 Type | <-- IFO 14371. Synonym: Streptomyces griseolosporeus (Takahashi et al. 1985) Wellington et al. 1992. (CCRC 13377; DSM 43859; IFO (now NBRC) 14371; JCM 3339; NRRL B-16229). Ex: soil DNA sequences: U93320, AB022870, AB184595, AY999895, M55221. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 214, 28oC, F-1) |
| Kitasatospora kifunensis (Nakagaito et al. 1993) Groth et al. 2003 | |
| VKM Ac-2003 Type | <-- IFO 15206. Synonym: Streptomyces kifunensis Nakagaito et al. 1993. (ATCC 51379; DSM 41654; IFO (now NBRC) 15206; JCM 9081; KCTC 9734; NRRL B-24284). Ex: soil. Mt.Kifune, Kyoto Pref. Japan DNA sequences: U93322, AB022874, AB184635, AJ781341. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 214, 28oC, F-1) |
| Kitasatospora mediocidica Labeda 1988 | |
| VKM Ac-2516 Type | <-- DSM 43929. Synonym: Streptomyces mediocidicus (Labeda 1988) Wellington et al. 1992. (ATCC 49055; DSM 43929; IFO (now NBRC) 14789; JCM 9868; KCTC 9733; NRRL B-16109) DNA sequences: U93324, AB184621. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 184, 28oC, F-1) |
| Kitasatospora phosalacinea Takahashi et al. 1985 | |
| VKM Ac-2006 Type | <-- IFO 14372. Synonym: Streptomyces phosalacineus (Takahashi et al. 1985) Wellington et al. 1992. (DSM 43860; IFO (now NBRC) 14372; JCM 3340; NRRL B-16230). Ex: soil DNA sequences: AB022869, U93330, AB184596. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 214, 28oC, F-1) |
| Kitasatospora purpeofusca (Yamaguchi and Saburi 1955) Labeda et al. 2017 | |
| UQM 40659 Type | <-- UNIQEM, UQM 40659 < Filippova S.N., UNIQEM 492, 2004 < RIA 1197. (ATCC 23952, BCRC 12093; CBS 935.68; CCRC 12093; DSM 40283; IFO 12905; JCM 4156; JCM 4665; LMG 20283; NBRC 12905; NCIMB 9822; NRRL B-1817; NRRL ISP-5283; RIA 1197). Ex: soil. Japan DNA sequences: 16S rRNA gene: AJ781364.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 413, 28oC, C-1) |
| Kitasatospora setae Omura et al. 1983 | |
| VKM Ac-900 Type | <-- Kuznetsov V.D. INMI, K-4050 < S.Omura, KM-6054. Received as: Kitasatosporia (sic) setalba (sic.) Omura et al. 1983 Type. Synonym: Streptomyces setae (Omura et al. 1983) Wellington et al. 1992. (ATCC 33774; DSM 43861; IFO (now NBRC)14216; JCM 3304; NRRL B-16185). Ex: soil. Tokyo. Japan DNA sequences: AP010968, AB022868, U93332, AB184576, M55220. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 214, 28oC, C-1, F-1) |
| Kitasatospora setae corrig. Omura et al. 1983 | |
| UQM 40959 type strain | <-- UNIQEM, UQM 40959 <-- S.N.Filippova, UNIQEM 914 = K-4050, 2011 <-- V.D.Kuznetsov INMI, K-4050 <-- S.Omura, KM-6054. (ATCC 33774, DSM 43861; IFO 14216; JCM 3304; NBRC 14216; NRRL B-16185; strain KM-6054; VKM Ac-900). Ex: soil. Setagaya-ku, Tokyo, Japan. Setagaya-ku, Tokyo. Japan DNA sequences: 16S rRNA gene: AP010968, AB022868, U93332, AB184576, M55220, genome sequence: AP010968, JNWY00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 214, 28oC, C-1) |
| Kocuria kristinae (Kloos et al. 1974) Stackebrandt et al. 1995 | |
| VKM Ac-2190 Type | <-- VKM B-1811 < IMG, CCM 2690 < Kocur M., CCM 2690. Received as: Micrococcus kristinae Kloos et al. 1974 Type. Synonym: Micrococcus kristinae Kloos et al. 1974. (ATCC 27570; CCM 2690; CIP 81.69; DSM 20032; IFO (now NBRC) 15354; JCM 7237; LMG 14215; NCTC 11038; NRRL B-14835). Ex: human skin DNA sequences: X80749.. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, F-3) |
| Kocuria kristinae (Kloos et al. 1974) Stackebrandt et al. 1995 | |
| VKM Ac-2191 | <-- VKM B-1876 < IMG, MK 322 < Kocur M., MK 322. Received as: Micrococcus kristinae Kloos et al. 1974. Synonym: Micrococcus kristinae Kloos et al. 1974. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, F-3) |
| Kocuria kristinae (Kloos et al. 1974) Stackebrandt et al. 1995 | |
| VKM Ac-2192 | <-- VKM B-1877 < IMG, KL 272 < Kocur M., KL 272. Received as: Micrococcus kristinae Kloos et al. 1974. Synonym: Micrococcus kristinae Kloos et al. 1974. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, F-3) |
| Kocuria kristinae (Kloos et al. 1974) Stackebrandt et al. 1995 | |
| VKM Ac-2193 | <-- VKM B-1878 IMG, SM 332 < Kocur M., SM 332. Received as: Micrococcus kristinae Kloos et al. 1974. Synonym: Micrococcus kristinae Kloos et al. 1974. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, F-3) |
| Kocuria kristinae (Kloos et al. 1974) Stackebrandt et al. 1995 | |
| VKM Ac-2194 | <-- VKM B-1879 < IMG, SM 237 < Kocur M., SM 237. Received as: Micrococcus kristinae Kloos et al. 1974. Synonym: Micrococcus kristinae Kloos et al. 1974. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, F-3) |
| Kocuria kristinae (Kloos et al. 1974) Stackebrandt et al. 1995 | |
| VKM Ac-2261 | <-- VKM B-1875 < IMG, JM 8 < Kocur M., JM 8. Received as: Micrococcus kristinae Kloos et al. 1974. Synonym: Micrococcus kristinae Kloos et al. 1974. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, F-3) |
| Kocuria rhizophila Kovacs et al. 1999 | |
| VKM Ac-2214 | <-- VKM B-1847 < IMG, CCM 552 < Kocur M., CCM 552. Received as: Micrococcus varians Migula 1900. (ATCC 9341; CCM 552; CIP 53.45; DSM 348; IFO (now NBRC) 12708; NCIMB 8553). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Kocuria rosea (Flugge 1886) Stackebrandt et al. 1995 | |
| VKM Ac-1941 | <-- IFO 15344. Received as: Deinococcus erythromyxa (ex Chester 1901) Brooks and Murray 1981 Type. Synonym: Kocuria erythromyxa (Brooks and Murray 1981) Rainey et al. 1997; Deinococcus erythromyxa (ex Chester 1901) Brooks and Murray 1981; Sarcina erythromyxa Chester 1901. (ATCC 187; CCM 706; DSM 11630; IFO (now NBRC)15344; JCM 12416). Ex: air DNA sequences: Y11330. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Kocuria rosea (Flugge 1886) Stackebrandt et al. 1995 | |
| VKM Ac-2195 | <-- VKM B-1041 < INMI, VKM B-1041 < ARRIAM, 19 (Sarcina rosea Lindner 1888). Received as: Micrococcus roseus Flugge 1886. Synonym: Micrococcus roseus Flugge 1886. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, F-3) |
| Kocuria rosea (Flugge 1886) Stackebrandt et al. 1995 | |
| VKM Ac-2196 | <-- VKM B-1821 < IMG, CCM 560 < Kocur M., CCM 560. Received as: Micrococcus roseus Flugge 1886. Synonym: Micrococcus roseus Flugge 1886. (ATCC 179; ATCC 417; CCM 560; LMG 14225; NCTC 7514). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Kocuria rosea (Flugge 1886) Stackebrandt et al. 1995 | |
| VKM Ac-2197 | <-- VKM B-1822 < IMG, CCM 570 < Kocur M., CCM 570. Received as: Micrococcus roseus Flugge 1886. Synonym: Micrococcus roseus Flugge 1886. (CCM 570). Ex: water. Pond. Southern Moravia. Czech Republic. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Kocuria rosea (Flugge 1886) Stackebrandt et al. 1995 | |
| VKM Ac-2198 | <-- VKM B-1861 < IMG, CCM 837 < Kocur M., CCM 837. Received as: Micrococcus roseus Flugge 1886. Synonym: Micrococcus roseus Flugge 1886. (ATCC 416; NCTC 7518). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Kocuria rosea (Flugge 1886) Stackebrandt et al. 1995 | |
| VKM Ac-2199 | <-- VKM, VKM B-1862 < IMG, CCM 839 < Kocur M., CCM 839. Received as: Micrococcus roseus Flugge 1886. Synonym: Micrococcus roseus Flugge 1886. (ATCC 516; CCM 839; CIP 82.61; LMG 14226). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Kocuria rosea (Flugge 1886) Stackebrandt et al. 1995 | |
| VKM Ac-2200 Type | <-- VKM B-1823 < IMG, CCM 679 < Kocur M., CCM 679. Received as: Micrococcus roseus Flugge 1886. Synonym: Micrococcus roseus Flugge 1886. (VKM B-1236; ATCC 186; CCM 679; CIP 71.15; DSM 20447; IFO 3768; JCM 11614; LMG 14224; NCIMB 11696; NCTC 7523; NRRL B-2977). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Kocuria rosea (Flugge 1886) Stackebrandt et al. 1995 | |
| VKM Ac-2201 | <-- VKM B-1863 < IMG, CCM 618 < Kocur M., CCM 618. Received as: Micrococcus roseus Flugge 1886. Synonym: Micrococcus roseus Flugge 1886. (ATCC 534). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Kocuria rosea (Flugge 1886) Stackebrandt et al. 1995 | |
| VKM Ac-2202 | <-- VKM B-1864 < IMG, CCM 691 < Kocur M., CCM 691. Received as: Micrococcus roseus Flugge 1886. Synonym: Micrococcus roseus Flugge 1886. (ATCC 9815; CCM 691; IAM 1295; IFO (now NBRC) 3764; NCTC 7738). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Kocuria rosea (Flugge 1886) Stackebrandt et al. 1995 | |
| VKM Ac-2203 | <-- VKM B-1865 < IMG, CCM 1145 < Kocur M., CCM 1145. Received as: Micrococcus roseus Flugge 1886. Synonym: Micrococcus roseus Flugge 1886. (CCM 1145). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Kocuria rosea (Flugge 1886) Stackebrandt et al. 1995 | |
| VKM Ac-2204 | <-- VKM B-1866 < IMG, CCM 1679 < Kocur M., CCM 1679. Received as: Micrococcus roseus Flugge 1886. Synonym: Micrococcus roseus Flugge 1886. (CCM 1679). Ex: carp, intestines. Czech Republic. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Kocuria sp. | |
| VKM Ac-2205 | <-- VKM B-25 < INMI, VKM B-25 < Solntseva L.I. INMI (Sarcina aurantiaca Flugge 1886). Received as: Micrococcus varians Migula 1900. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, F-3) |
| Kocuria sp. | |
| VKM Ac-2206 | <-- VKM B-292 < INMI, VKM B-292 < Mishustina I.E. INMI, 2265. Received as: Micrococcus luteus (Schroeter 1872) Cohn 1872. Ex: sea water. Station 251, depth 2788 m, 50 58'0'' S.lat., 20 28'0'' E.long., Indian Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, F-3) |
| Kocuria sp. | |
| VKM Ac-2207 | <-- VKM B-293 < INMI, VKM B-293 < Mishustina I.E. INMI, 2444. Received as: Micrococcus luteus (Schroeter 1872) Cohn 1872. Ex: sea water. Station 271, depth 396 m, 49 49'3'' S.lat., 41 21'3'' E.long., Indian Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, F-3) |
| Kocuria sp. | |
| VKM Ac-2208 | <-- VKM B-294 < INMI, BKM B-294 < Mishustina I.E. INMI, 2477. Received as: Micrococcus luteus (Schroeter 1872) Cohn 1872. Ex: sea water. Station 274, depth 175 m, 52 32'3'' S.lat., 57 43'9'' E.long., Indian Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 30oC, C-1, F-1, F-3) |
| Kocuria sp. | |
| VKM Ac-2209 | <-- VKM B-297 < INMI, VKM B-297 < Mishustina I.E. INMI, 1290 (Micrococcus ochraceus Rosenthal 1893). Received as: Micrococcus sp. Ex: sea water. Station 30, depth 0 m, 78 56'0'' N.lat., 07 26'0'' West. Long, Greenland Sea. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 30oC, C-1, F-1, F-3) |
| Kocuria sp. | |
| VKM Ac-2210 | <-- VKM B-337 < INMI, VKM B-337 < Mishustina I.E. INMI, 1109 (Micrococcus subflavus (Bumm) Migula 1900). Received as: Micrococcus sp. Ex: sea water. Station 6, depth 10 m, 78 04'0'' N.lat., 03 20'0'' West. Long, Greenland Sea. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 30oC, C-1, F-1, F-3) |
| Kocuria sp. | |
| VKM Ac-2211 | <-- VKM B-338 < INMI, VKM B-338 < Mishustina I.E. INMI, 1113 (Micrococcus subflavus (Bumm) Migula 1900). Received as: Micrococcus sp. Ex: sea water. Station 6, depth 150 m, 78 04'0'' N.lat., 03 20'0'' West. Long, Greenland Sea. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 30oC, C-1, F-1, F-3) |
| Kocuria sp. | |
| VKM Ac-2212 | <-- VKM B-340 < INMI, VKM B-340 < Mishustina I.E. INMI, 2263 (Micrococcus subflavus (Bumm) Migula 1900). Received as: Micrococcus sp. Ex: sea water. Station 251, depth 2312 m, 50 58'0'' S.lat, 20 28'0'' E. long., Indian Ocean. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 68, 30oC, C-1, F-1, F-3) |
| Kocuria sp. | |
| VKM Ac-2213 | <-- VKM B-1237 < INMI, VKM B-1237 < CCM 2253. Received as: Micrococcus varians Migula 1900. (CCM 2253). Ex: coir ret. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Kocuria varians (Migula 1900) Stackebrandt et al. 1995 | |
| VKM Ac-2215 Type | <-- VKM B-1827 < IMG, CCM 884 < Kocur M., CCM 884. Received as: Micrococcus varians Migula 1900. Synonym: Micrococcus varians Migula 1900. (VKM B-1232; ATCC 15306; CCM 884; CIP 81.73; DSM 20033; IFO (now NBRC)15358; JCM 7238; LMG 14231; NCIMB 11697; NCTC 7564). Ex: milk DNA sequences: X87754. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Kocuria varians (Migula 1900) Stackebrandt et al. 1995 | |
| VKM Ac-2216 | <-- VKM B-1856 < IMG, CCM 547 < Kocur M., CCM 547. Received as: Micrococcus varians Migula 1900. Synonym: Micrococcus varians Migula 1900. (ATCC 401; CCM 547; NCIMB 2677). Ex: cheese. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, F-3) |
| Kocuria varians (Migula 1900) Stackebrandt et al. 1995 | |
| VKM Ac-2217 | <-- VKM B-1857 < IMG, CCM 2139 < Kocur M., CCM 2139. Received as: Micrococcus varians Migula 1900. Synonym: Micrococcus varians Migula 1900. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Kocuria varians (Migula 1900) Stackebrandt et al. 1995 | |
| VKM Ac-2218 | <-- VKM B-1858 < IMG, CCM 2431 < Kocur M., CCM 2431. Received as: Micrococcus varians Migula 1900. Synonym: Micrococcus varians Migula 1900. (NCDO 790; NCTC 7566). Ex: milk. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Kocuria varians (Migula 1900) Stackebrandt et al. 1995 | |
| VKM Ac-2219 | <-- VKM B-1859 < IMG, CCM 2490 < Kocur M., CCM 2490. Received as: Micrococcus varians Migula 1900. Synonym: Micrococcus varians Migula 1900. Ex: milk. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Kocuria varians (Migula 1900) Stackebrandt et al. 1995 | |
| VKM Ac-2220 | <-- VKM B-1860 < IMG, CCM 2492 < Kocur M., CCM 2492. Received as: Micrococcus varians Migula 1900. Synonym: Micrococcus varians Migula 1900. (ATCC 399; CCM 2492; IFO (now NBRC) 3765; NCIMB 10100). Ex: water. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Kocuria varians (Migula 1900) Stackebrandt et al. 1995 | |
| VKM Ac-2221 | <-- VKM B-485 < INMI, VKM B-485 (Micrococcus sulfureus Zimmermann 1890). Received as: Micrococcus varians Migula 1900. Synonym: Micrococcus varians Migula 1900. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, C-1, F-1, F-3) |
| Kocuria varians (Migula 1900) Stackebrandt et al. 1995 | |
| VKM Ac-2262 | <-- VKM B-1848 < IMG, CCM 825 < Kocur M., CCM 825. Received as: Micrococcus varians Migula 1900. Synonym: Micrococcus varians Migula 1900. (CCM 825). Ex: water. Pond. Southern Moravia. Czech Republic. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Komagataeibacter saccharivorans (Lisdiyanti et al. 2006) Yamada et al. 2013 | |
| VKM B-1278 | <-- INMI, VKM B-1278 < DM SPbSU, Fr-2. Received as: Acetobacter mesoxydans subsp. saccharovorans Frateur 1950. Synonym: Gluconacetobacter saccharivorans Lisdiyanti et al. 2006; Komagatabacter saccharivorans (Lisdiyanti et al. 2006) Yamada et al. 2012. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 99, 28oC, F-1, S-5) |
| Kurthia gibsonii Shaw and Keddie 1983 | |
| VKM B-1569 | <-- CCM, CCM 3321. Received as: Kurthia zopfii. (CCM 3321; CIP 55.79; LMG 17156; NCIMB 8603). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4, S-5) |
| Kurthia gibsonii Shaw and Keddie 1983 | |
| VKM B-1572 | <-- IBPM, IBPM B-193 < Belikova V.L. IBPM, 38. Received as: Kurthia zopfii. (CCM 3476). Ex: content of mammoth guts. Magadan Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4, S-5) |
| Kurthia sibirica Belikova et al. 1988 | |
| VKM B-1549 Type | <-- Belikova V.L. IBPM, 13-2. Received as: Kurthia zopfii. (ATCC 49154; BCRC 17017; CCM 3477; CIP 103418; DSM 4747; JCM 8563; LMG 17317; NBRC 101530; NCIMB 13254; NRRL B-41083). Ex: content of mammoth guts. Magadan Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, F-1, S-5) |
| Kurthia sibirica Belikova et al. 1988 | |
| VKM B-1570 | <-- Belikova V.L. IBPM, 40. Received as: Kurthia zopfii. Ex: content of mammoth guts. Magadan Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, F-1, S-5) |
| Kurthia zopfii (Kurth 1883) Trevisan 1885 | |
| VKM B-1567 | <-- IBPM, IBPM B-183 < Keddie R.M. DMUR, R 101. Received as: Kurthia zopfii. Synonym: Bacterium zopfii Kurth 1883; Helikobacterium zopfii (sic) (Kurth 1883) Escherich 1886; Bacillus zopfii (Kurth 1883) Mace 1889; Zopfius zopfii (Kurth 1883) Wenner and Rettger 1919. (ATCC 10538; CCUG 220; LMG 17172; NBRC 12084; NCIMB 11155; NCTC 404). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4, S-5) |
| Kurthia zopfii (Kurth 1883) Trevisan 1885 | |
| VKM B-1568 Type | <-- IBPM, IBPM B-188 < Kalakoutskii L.V. BPM < NCTC, NCTC 10597. Received as: Kurthia sp. Synonym: Bacterium zopfii Kurth 1883; Helikobacterium zopfii (sic) (Kurth 1883) Escherich 1886; Bacillus zopfii (Kurth 1883) Mace 1889; Zopfius zopfii (Kurth 1883) Wenner and Rettger 1919. (ATCC 33403; CCUG 38890; DSM 20580; JCM 6101; LMG 17318; NBRC 101529; NCIMB 9878; NCTC 10597; NRRL B-41084). Ex: turkey, caecum. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4, S-5) |
| Kurthia zopfii (Kurth 1883) Trevisan 1885 | |
| VKM B-1571 | <-- IBPM, IBPM B-192 < Belikova V.L. IBPM, 29. Received as: Kurthia zopfii. Synonym: Bacterium zopfii Kurth 1883; Helikobacterium zopfii (sic) (Kurth 1883) Escherich 1886; Bacillus zopfii (Kurth 1883) Mace 1889; Zopfius zopfii (Kurth 1883) Wenner and Rettger 1919. (CCM 3478). Ex: content of mammoth guts. Magadan Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4, S-5) |
| Kushneria sp. | |
| VKM B-3091 | <-- Plotnikova E.G. IEGM UB RAS, M106-5. Received as: Kushneria sp. Perm Territory, Solikamsk. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 43, 25oC, F-3) |
| Kutzneria viridogrisea (Okuda et al. 1966) Stackebrandt et al.1994 | |
| VKM Ac-1297 Type | <-- DSM 43850. Received as: Streptosporangium viridogriseum Okuda et al. 1966 Type. Synonym: Streptosporangium viridogriseum Okuda et al. 1966. (ATCC 25242; DSM 43850; IFO (now NBRC) 15561; JCM 3282; NRRL B-24059). Ex: soil. Japan DNA sequences: U58530, X70429. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 209, 28oC, C-1, F-1) |
| Kytococcus sedentarius (ZoBell and Upham 1944) Stackebrandt et al. 1995 | |
| VKM Ac-2222 Type | <-- VKM B-1316 < INMI, VKM B-1316 < CCM 314. Received as: Micrococcus sedentarius ZoBell and Upham 1944. Synonym: Micrococcus sedentarius ZoBell and Upham 1944. (VKM B-1824; ATCC 14392; CCM 314; CIP 81.72; DSM 20547; IFO (now NBRC) 15357; JCM 11482; LMG 14228; NCTC 11040). Ex: sea water DNA sequences: CP001686 (complete genome), X87755. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, C-1, F-1, F-3) |
| Kytococcus sedentarius (ZoBell and Upham 1944) Stackebrandt et al. 1995 | |
| VKM Ac-2223 | <-- VKM B-1825 < IMG, CCM 2697 < Kocur M., CCM 2697. Received as: Micrococcus sedentarius ZoBell and Upham 1944. Synonym: Micrococcus sedentarius ZoBell and Upham 1944. (ATCC 27574; CCM 2697; CIP 82.62; LMG 14229). Ex: human skin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Kytococcus sedentarius (ZoBell and Upham 1944) Stackebrandt et al. 1995 | |
| VKM Ac-2224 | <-- VKM B-1826 < IMG, CCM 2698 < Kocur M., CCM 2698. Received as: Micrococcus sedentarius ZoBell and Upham 1944. Synonym: Micrococcus sedentarius ZoBell and Upham 1944. (CCM 2698). Ex: human skin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, C-1, F-1, F-3) |
| Kytococcus sedentarius (ZoBell and Upham 1944) Stackebrandt et al. 1995 | |
| VKM Ac-2225 | <-- VKM B-1867 < IMG, CCM 2699 < Kocur M., CCM 2699. Received as: Micrococcus sedentarius ZoBell and Upham 1944. Synonym: Micrococcus sedentarius ZoBell and Upham 1944. (CCM 2699; DSM 20317; LMG 14230). Ex: human skin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Kytococcus sedentarius (ZoBell and Upham 1944) Stackebrandt et al. 1995 | |
| VKM Ac-2226 | <-- VKM B-1868 < IMG, CCM 3947 < Kocur M., CCM 3947. Received as: Micrococcus sedentarius ZoBell and Upham 1944. Synonym: Micrococcus sedentarius ZoBell and Upham 1944. (CCM 3947). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Kytococcus sedentarius (ZoBell and Upham 1944) Stackebrandt et al. 1995 | |
| VKM Ac-2227 | <-- VKM B-1869 < IMG, CCM 4055 < Kocur M. CCM, CCM 4055. Received as: Micrococcus sedentarius ZoBell and Upham 1944. Synonym: Micrococcus sedentarius ZoBell and Upham 1944. (CCM 4055). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, C-1, F-1, F-3) |
| Labrys monachus corrig. Vasilyeva and Semenov 1985 emend. Islam et al. 2007 | |
| VKM B-1479 Type | <-- Vasilyeva L.V. INMI, 42. Received as: Labrys sp. Synonym: Labrys monahos Vasilyeva and Semenov 1985. (ATCC 43932; DSM 5896; JCM 21795). Ex: silt. Mustjarv Lake. Estonia DNA sequences: 16S rRNA gene: AJ535707. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 28oC, S-4, S-5) |
| Laceyella putida (Lacey and Cross 1989) Yoon et al. 2005 | |
| VKM Ac-1431 Type | <-- Agre N.S. IBPM, CUB 927 < Cross T., CUB 927. Received as: Thermoactinomyces putidus Lacey and Cross 1989 Type. Synonym: Thermoactinomyces putidus Lacey and Cross 1989. (ATCC 49853; CUB 927; DSM 44608; IMET 9217; JCM 8091; KCTC 3666; NCIMB 12324) DNA sequences: AF138736. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 55oC, F-1) |
| Laceyella putida (Lacey and Cross 1989) Yoon et al. 2005 | |
| VKM Ac-1434 | <-- Agre N.S. IBPM, 801. Received as: Thermoactinomyces putidus Lacey and Cross 1989. Synonym: Thermoactinomyces putidus Lacey and Cross 1989. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 55oC, F-1) |
| Laceyella putida (Lacey and Cross 1989) Yoon et al. 2005 | |
| VKM Ac-1463 | <-- Agre N.S. IBPM, 577. Received as: Thermoactinomyces putidus Lacey and Cross 1989. Synonym: Thermoactinomyces putidus Lacey and Cross 1989. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 55oC, F-1) |
| Laceyella putida (Lacey and Cross 1989) Yoon et al. 2005 | |
| VKM Ac-1464 | <-- Agre N.S. IBPM, 310. Received as: Thermoactinomyces putidus Lacey and Cross 1989. Synonym: Thermoactinomyces putidus Lacey and Cross 1989. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 55oC, F-1) |
| Laceyella sacchari (Lacey 1971) Yoon et al. 2005 | |
| VKM Ac-680 | <-- INMI, VKM Ac-680 < CBS 422.63. Received as: Thermoactinomyces vulgaris Tsilinski 1899. Synonym: Thermoactinomyces sacchari Lacey 1971;. (VKM Ac-1428; CBS 422.63; DSM 43353; JCM 3215). Ex: mushroom compost. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 55oC, F-1) |
| Laceyella sacchari (Lacey 1971) Yoon et al. 2005 | |
| VKM Ac-1309 | <-- Agre N.S. IBPM, CUB 808 < CUB 808. Received as: Thermoactinomyces thalpophilus (ex Waksman and Corke 1953) Lacey and Cross 1989 Type. Synonym: Thermoactinomyces sacchari Lacey 1971; Thermoactinomyces thalpophilus (ex Waksman and Corke 1953) Lacey and Cross 1989. (ATCC 49855; CBS 319.66; DSM 43354; IFO (now NBRC) 15852; IMET 9710; JCM 3217; KCTC 9789; NCIMB 11367). Ex: sheep manure. Finland DNA sequences: AF138738, AJ251777. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 55oC, F-1) |
| Laceyella sacchari (Lacey 1971) Yoon et al. 2005 | |
| VKM Ac-1360 Type | <-- Agre N.S. IBPM, 618 < CUB 618. Received as: Thermoactinomyces sacchari Lacey 1971 Type. Synonym: Thermoactinomyces sacchari Lacey 1971. (ATCC 27375; CBS 701.70; CCM 3274; CCUG 7967; DSM 43356; IFO (now NBRC) 13920; IMET 9713; JCM 3137; JCM 3214; KCTC 9790; NCIMB 10486; NCTC 10721; NRRL B-16981). Ex: sugar cane bagasse. India DNA sequences: AF138736, AJ251776. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 55oC, F-1) |
| Laceyella sacchari (Lacey 1971) Yoon et al. 2005 | |
| VKM Ac-1428 | <-- Agre N.S. IBPM, CUB 807 < CUB 807. Received as: Thermoactinomyces vulgaris Tsilinsky 1899. Synonym: Thermoactinomyces sacchari Lacey 1971; Thermoactinomyces thalpophilus (ex Waksman and Corke 1953) Lacey and Cross 1989. (VKM Ac-680; CBS 422.63; DSM 43353; JCM 3215). Ex: mushroom compost. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 55oC, F-1) |
| Laceyella sacchari (Lacey 1971) Yoon et al. 2005 | |
| VKM Ac-1430 | <-- Agre N.S. IBPM, 640. Received as: Thermoactinomyces thalpophilus (ex Waksman and Corke 1953) Lacey and Cross 1989. Synonym: Thermoactinomyces sacchari Lacey 1971; Thermoactinomyces thalpophilus (ex Waksman and Corke 1953) Lacey and Cross 1989. Ex: cow manure. Latvia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 55oC, F-1) |
| Laceyella sacchari (Lacey 1971) Yoon et al. 2005 | |
| VKM Ac-1433 | <-- Agre N.S. IBPM, 90. Received as: Thermoactinomyces vulgaris Tsilinsky 1899. Synonym: Thermoactinomyces sacchari Lacey 1971; Thermoactinomyces thalpophilus (ex Waksman and Corke 1953) Lacey and Cross 1989. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 55oC, F-1) |
| Laceyella sacchari (Lacey 1971) Yoon et al. 2005 | |
| VKM Ac-1466 | <-- Agre N.S. IBPM, 33. Received as: Thermoactinomyces vulgaris Tsilinsky 1899. Synonym: Thermoactinomyces sacchari Lacey 1971; Thermoactinomyces thalpophilus (ex Waksman and Corke 1953) Lacey and Cross 1989. Ex: cow manure. Latvia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 55oC, F-1) |
| Laceyella sacchari (Lacey 1971) Yoon et al. 2005 | |
| VKM Ac-1467 | <-- Agre N.S. IBPM, 661. Received as: Thermoactinomyces vulgaris Tsilinsky 1899. Synonym: Thermoactinomyces sacchari Lacey 1971; Thermoactinomyces thalpophilus (ex Waksman and Corke 1953) Lacey and Cross 1989. Ex: cow manure. Latvia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 8, 55oC, F-1) |
| Lacipirellula parvula Dedysh et al. 2020 | |
| VKM B-3335 Type | <-- Kulichevskaya I.S. Research Center of Biotechnology RAS, PX69. (CECT 9826; KCTC 72398). Ex: water. Eutrophic lake, European North, Morotskoye Lake. Vologda Region. Russia DNA sequences: complete genome: AP021861. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 396, 25oC, F-1) |
| Lacipirellula parvula Dedysh et al. 2020 | |
| UQM 41398 type strain | <-- UNIQEM, UQM 41398 <-- Kulichevskaya I.S., Winogradsky Institute of Microbiology, RAS, Moscow, Russia, strain PX69. (CECT 9826, KCTC 72398; VKM B-3335). Morotskoye Lake, Vologda Region. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 396, 25oC, C-1, S-1) |
| Lacrimispora amygdalina (Parshina et al. 2003) Haas and Blanchard 2020 | |
| UQM 40997 type strain | <-- UNIQEM, UQM 40997 <-- S.N. Parshina, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, BR-10 <- S. N. Parshina {1998}. (ATCC BAA-501, DSM 12857). Ex: sludge from anaerobic wastewater treatment plant. Netherlands, Eerbeek, Industriewater Eerbeek BV. Netherlands, Eerbeek, Industriewater Eerbeek BV. Netherlands DNA sequences: 16S rRNA gene: AY353957.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 355, 45oC, S-1) |
| Lacticaseibacillus rhamnosus (Hansen 1968) Zheng et al. 2020 | |
| VKM B-537 | <-- INMI, VKM B-537 < VNIIMS, b/10. Received as: Lactobacterium casei (Orla-Jensen 1916) Krasil’nikov 1949. Synonym: Bacillus alfa von Freudenreich 1890; Bacillus alfa von Freudenreich 1891; Bacillus casei alfa von Freudenreich and Thoeni 1904; Caseobacterium vulgare Orla-Jensen 1916; Bacterium casei alfa Orla-Jensen 1916; Streptobacterium casei Orla-Jensen 1919; Lactobacillus casei Bergey et al. 1923; Lactobacterium casei (Orla-Jensen 1916) Krasil'nikov 1949; Lactobacillus casei (Orla-Jensen 1916) Hansen and Lessel 1971. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC Growth condition: in an atmosphere of air with 5-8% CO2., F-1, S-5) |
| Lacticaseibacillus rhamnosus (Hansen 1968) Zheng et al. 2020 | |
| VKM B-574 Type | <-- INMI, VKM B-574 < CCM, CCM 1825 < Hansen P.H., N300 < Rogosa M., V 300. Received as: Lactobacillus casei (Orla-Jensen 1916) Hansen and Lessel 1971. Synonym: Lactobacillus casei subsp. rhamnosus Hansen 1968; Lactobacillus rhamnosus (Hansen 1968) Collins et al. 1989. (VKM B-1; VKM B-36; VKM B-466; ACM 539; ATCC 7469; BCRC 10940; CCM 1825; CCUG 21452; CDBB 576; CECT 278; CIP A157; CNCTC 3; CNCTC 6445; DSM 20021; HAMBI 75; IAM 1118; JCM 1136; KCTC 1046; KCTC 3237; KCTC 3326; KCTC 5046; LMD 46.33; LMG 6400; NBRC 3425; NCAIM B.01147; NCCB 46033; NCIMB 6375; NCIMB 8010; NRRL B-442; VTT E-96031). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC Growth condition: in an atmosphere of air with 5-8% CO2., F-1, S-5) |
| Lacticaseibacillus rhamnosus (Hansen 1968) Zheng et al. 2020 | |
| VKM B-575 | <-- INMI, VKM B-575 < CCM, CCM 1828 < BUCSAV, BUCSAV 226. Received as: Lactobacillus casei (Orla-Jensen 1916) Hansen and Lessel 1971. Synonym: Lactobacillus casei subsp. rhamnosus Hansen 1968; Lactobacillus rhamnosus (Hansen 1968) Collins et al. 1989. (ATCC 9595; BCRC 11673; CCM 1828; CCUG 34425; CECT 288; CIP 57.6; DSM 20245; JCM 1561; LMD 46.36; NCCB 46036; NCIMB 7473; NCIMB 8019; NCTC 7473). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC Growth condition: in an atmosphere of air with 5-8% CO2., F-1, S-5) |
| Lacticaseibacillus rhamnosus (Hansen 1968) Zheng et al. 2020 | |
| VKM B-577 | <-- INMI, VKM B-577 < CCM, CCM 1836 < BUCSAV, BUCSAV 239. Received as: Lactobacillus helveticus (Orla-Jensen 1919) Bergey et al. 1925. Synonym: Lactobacillus casei subsp. rhamnosus Hansen 1968; Lactobacillus rhamnosus (Hansen 1968) Collins et al. 1989. (ATCC 11981; BCRC 17006; BUCSAV 239; CCM 1836; CCRC 17006; JCM 8134; NCDO 244; NCIMB 6557; NCTC 6557). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC Growth condition: in an atmosphere of air with 5-8% CO2., F-1, S-5) |
| Lacticaseibacillus rhamnosus (Hansen 1968) Zheng et al. 2020 | |
| VKM B-3224 | <-- Kudryashova E.B., Ariskina E.V. IBPM, L16. Received as: Lactobacillus rhamnosus. Synonym: Lactobacillus casei subsp. rhamnosus Hansen 1968; Lactobacillus rhamnosus (Hansen 1968) Collins et al. 1989. Ex: faeces of a child 1 month old. Moscow Region, Pushchino. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC Growth condition: in an atmosphere of air with 5-8% CO2., F-3) |
| Lacticaseibacillus zeae (Dicks et al. 1996) Liu and Gu 2020 | |
| VKM B-57 Type | <-- INMI, VKM B-57 < Kuznetsov V.D. RIA. Received as: Lactobacterium zeae Type. Synonym: Lactobacterium zeae Kuznetsov 1959; Lactobacillus zeae (ex Kuznetsov 1959) Dicks et al. 1996. (ATCC 15820; CCUG 35515; DSM 20178; JCM 11302; LMG 17315; NCIMB 9537). Ex: corn steep liquor. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC, F-1, S-5) |
| Lactiplantibacillus pentosus (Zanoni et al. 1987) Zheng et al. 2020 | |
| VKM B-1942 | <-- S.F. Barefoot Clemson University USA, CFM 116. Received as: Lactobacillus pentosus. Synonym: Lactobacillus pentosus (ex Fred et al. 1921) Zanoni et al. 1987. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC, S-5) |
| Lactiplantibacillus plantarum (Orla-Jensen 1919) Zheng et al. 2020 | |
| VKM B-578 | <-- INMI, VKM B-578 < CCM, CCM 1845. Received as: Lactobacillus plantarum. Synonym: Streptobacterium plantarum Orla-Jensen 1919; Lactobacillus plantari (sic) (Orla-Jensen 1919) Bergey et al. 1923; Lactobacterium plantarum (Orla-Jensen 1919) Krasil'nikov 1949; Lactobacillus arizonensis Swezey et al. 2000; Lactobacillus plantarum (Orla-Jensen 1919) Bergey et al. 1923. (VKM B-1922; ATCC 8014; BCRC 10357; CCM 1904; CCUG 11253; CIP A159; DSM 20205; KCTC 1048; LMD 46.43; LMG 1284; NBRC 3070; VTT E-71034). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 30oC Growth condition: in an atmosphere of air with 5-8% CO2., F-1, S-5) |
| Lactiplantibacillus plantarum (Orla-Jensen 1919) Zheng et al. 2020 | |
| VKM B-1922 | <-- S.F. Barefoot Clemson University, USA, CFM 120. Received as: Lactobacillus plantarum. Synonym: Streptobacterium plantarum Orla-Jensen 1919; Lactobacillus plantari (sic) (Orla-Jensen 1919) Bergey et al. 1923; Lactobacterium plantarum (Orla-Jensen 1919) Krasil'nikov 1949; Lactobacillus arizonensis Swezey et al. 2000; Lactobacillus plantarum (Orla-Jensen 1919) Bergey et al. 1923. (VKM B-578; ATCC 8014; BCRC 10357; CCM 1904; CCUG 11253; CIP A159; DSM 20205; KCTC 1048; LMD 46.43; LMG 1284; NBRC 3070; VTT E-71034). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC Growth condition: in an atmosphere of air with 5-8% CO2., S-5) |
| Lactiplantibacillus plantarum (Orla-Jensen 1919) Zheng et al. 2020 | |
| VKM B-1941 | <-- S.F. Barefoot Clemson University USA, CFM 115. Received as: Lactobacillus pentosus. Synonym: Lactobacillus plantarum (Orla-Jensen 1919) Bergey et al. 1923. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC Growth condition: in an atmosphere of air with 5-8% CO2., S-5) |
| Lactiplantibacillus plantarum (Orla-Jensen 1919) Zheng et al. 2020 | |
| VKM B-3068 | <-- Kudryashova E.B., Ariskina E.V. IBPM, 8r. Received as: Lactobacillus plantarum. Synonym: Streptobacterium plantarum Orla-Jensen 1919; Lactobacillus plantari (sic) (Orla-Jensen 1919) Bergey et al. 1923; Lactobacterium plantarum (Orla-Jensen 1919) Krassilnikov 1949; Lactobacillus arizonensis Swezey et al. 2000; Lactobacillus plantarum (Orla-Jensen 1919) Bergey et al. 1923. Ex: ketchup. Moscow Region, Pushchino. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 28oC Growth condition: in an atmosphere of air with 5-8% CO2., F-1) |
| Lactiplantibacillus plantarum (Orla-Jensen 1919) Zheng et al. 2020 | |
| VKM B-3069 | <-- Kudryashova E.B., Ariskina E.V. IBPM, 6r. Received as: Lactobacillus plantarum. Synonym: Streptobacterium plantarum Orla-Jensen 1919; Lactobacillus plantari (sic) (Orla-Jensen 1919) Bergey et al. 1923; Lactobacterium plantarum (Orla-Jensen 1919) Krassilnikov 1949; Lactobacillus arizonensis Swezey et al. 2000; Lactobacillus plantarum (Orla-Jensen 1919) Bergey et al. 1923. Ex: ketchup. Moscow Region, Pushchino. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 28oC Growth condition: in an atmosphere of air with 5-8% CO2., F-1) |
| Lactiplantibacillus plantarum subsp. plantarum (Orla-Jensen 1919) Zheng et al. 2020 | |
| VKM B-1928 | <-- S.F. Barefoot Clemenson University, CFM 25. Received as: Lactobacillus acidophilus. Synonym: Streptobacterium plantarum Orla-Jensen 1919; Lactobacillus plantarum subsp. plantarum (Orla-Jensen 1919) Bringel et al. 2005. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC Growth condition: in an atmosphere of air with 5-8% CO2., F-1) |
| Lactiplantibacillus plantarum subsp. plantarum (Orla-Jensen 1919) Zheng et al. 2020 | |
| VKM B-2209 Type | <-- Hippe H. DSMZ, DSM 20174. Received as: Lactobacillus plantarum Type. Synonym: Streptobacterium plantarum Orla-Jensen 1919; Lactobacillus plantarum subsp. Plantarum (Orla-Jensen 1919) Bringel et al. 2005. (ATCC 14917; BCRC 10069; CCM 7039; CCUG 30503; CECT 748; CIP 103151; DSM 20174; JCM 1149; LMG 6907; NBRC 15891; NCIMB 11974; VTT E-79098). Ex: pickled cabbage. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC Growth condition: in an atmosphere of air with 5-8% CO2., S-5) |
| Lactobacillus acidophilus (Moro 1900) Hansen and Mocquot 1970 | |
| VKM B-1660 Type | <-- IMET, IMET 10710 < DSMZ, DSM 20079. Received as: Lactobacillus acidophilus Type. Synonym: Bacillus acidophilus Moro 1900; Thermobacterium intestinale Orla-Jensen et al. 1936; Lactobacillus acidophilus Johnson et al. 1980. (ATCC 4356; BCRC 10695; CCM 4833; CCUG 5917; CDBB 1026; CECT 903; CIP 76.13; DSM 20079; HAMBI 84; JCM 1132; KCTC 3164; LMG 13550; LMG 9433; NBRC 13951; NCCB 98067; NCIMB 701748; NCTC 12980; NRRL B-23431; NRRL B-4495; VTT E-96276). Ex: human. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC, F-1, S-5) |
| Lactobacillus delbrueckii subsp. delbrueckii (Leichmann 1896) Weiss et al. 1984 | |
| VKM B-1596 Type | <-- DSMZ, DSM 20074 < ATCC, ATCC 9649. Received as: Lactobacillus delbrueckii (Leichmann 1896) Beijerinck 1901. (ATCC 9649; BCRC 12195; CCM 7191; CCUG 34222; CDBB 62; CECT 286; CIP 57.8; DSM 20074; HAMBI 79; JCM 1012; KACC 10557; LMG 6412; NBRC 3202; NCIM 2025; NCIM 2365; NCIMB 8130; NRRL B-763; VTT E-98097). Ex: sour grain mash. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC, S-4) |
| Lactobacillus gasseri Lauer and Kandler 1980 | |
| VKM B-846 | <-- INMI, VKM B-846 < INA, ATCC 4963 < L.F. Rettger (Lactobacillus bifidus) < Rogosa M., 20 XR. Received as: Lactobacillus acidophilus (Moro 1900) Hansen and Mocquot 1970. (ATCC 4963; BCRC 17614; JCM 5343; KCTC 3172; LMG 11443; LMG 11478; NCIMB 8931). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC Growth condition: in an atmosphere of air with 5-8% CO2., F-1, S-5) |
| Lactobacillus helveticus (Orla-Jensen 1919) Bergey et al. 1925 | |
| VKM B-842 | <-- INMI, VKM B-842 < Roshtin V.P. KGU, Moldavian SSR, 18. Received as: Lactobacterium acidophilum (Moro 1900) Krassilnikov 1949. Synonym: Bacillus e von Freudenreich 1895; Bacillus casei e von Freudenreich and Thoni 1904; Caseobacterium ? Orla-Jensen 1909; Thermobacterium helveticum Orla-Jensen 1919; Lactobacillus helveticum (sic) (Orla-Jensen 1919) Bergey et al. 1925; Plocamobacterium helveticum (Orla-Jensen 1919) Pribram 1933; Lactobacterium helveticum (Orla-Jensen 1919) Krassilnikov 1949. Ex: calve, gastrointestinal tract. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC, F-1, S-5) |
| Lactobacillus helveticus (Orla-Jensen 1919) Bergey et al. 1925 | |
| VKM B-845 | <-- INMI, VKM B-845 < Roshtin V.P. KGU, Moldavian SSR, 42. Received as: Lactobacterium acidophilum (Moro 1900) Krassilnikov 1949. Synonym: Bacillus e von Freudenreich 1895; Bacillus casei e von Freudenreich and Thoni 1904; Caseobacterium ? Orla-Jensen 1909; Thermobacterium helveticum Orla-Jensen 1919; Lactobacillus helveticum (sic) (Orla-Jensen 1919) Bergey et al. 1925; Plocamobacterium helveticum (Orla-Jensen 1919) Pribram 1933; Lactobacterium helveticum (Orla-Jensen 1919) Krassilnikov 1949. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC, F-1, S-5) |
| Lactobacillus helveticus (Orla-Jensen 1919) Bergey et al. 1925 | |
| VKM B-1147 | <-- INMI, VKM B-1147 < GOSNIIHPUSAI, ATCC 8018. Received as: Lactobacillus helveticus. Synonym: Bacillus e von Freudenreich 1895; Bacillus casei e von Freudenreich and Thoeni 1904; Caseobacterium ? Orla-Jensen 1909; Thermobacterium helveticum Orla-Jensen 1919; Lactobacillus helveticum (sic) (Orla-Jensen 1919) Bergey et al. 1925; Plocamobacterium helveticum (Orla-Jensen 1919) Pribram 1933; Lactobacterium helveticum (Orla-Jensen 1919) Krasil'nikov 1949. (ATCC 8018; BCRC 15562; CECT 414; JCM 1008; LMG 11449; LMG 6894; NCIM 2126; NCIMB 8025). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC, F-1, S-5) |
| Lactobacillus johnsonii Fujisawa et al. 1992 | |
| VKM B-1919 | <-- S.F. Barefoot Clemenson University, CFM 24. Received as: Lactobacillus acidophilus. (ATCC 11506; BCRC 14004; CCM 2935; CCUG 44519; CECT 289; CIP 103653; JCM 1101; JCM 8794; LMG 9437; NBRC 13952; NCIMB 8795; NRRL B-2178). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC, F-1) |
| Lactococcus cremoris (Orla-Jensen 1919) Li et al. 2021 | |
| VKM B-978 | <-- INMI, VKM B-978 < Grinevich A.G. IGU, 210. Received as: Streptococcus lactis. Synonym: Streptococcus cremoris Orla-Jensen 1919; Streptococcus lactis subsp. cremoris (Orla-Jensen 1919) Garvie and Farrow 1982; Lactococcus lactis subsp. cremoris (Orla-Jensen 1919) Schleifer et al. 1986. Ex: flowers. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC, F-1, S-5) |
| Lactococcus lactis subsp. lactis (Lister 1873) Schleifer et al. 1986 | |
| VKM B-1662 Type | <-- IMET, IMET 10699 < CCM, CCM 1877 < BUCSAV, BUCSAV 181. Received as: Lactococcus lactis subsp. Lactis. Synonym: Lactococcus lactis (Lister 1873) Schleifer et al. 1986; Streptococcus lactis (Lister 1873) Loehnis 1909; Streptococcus lactis subsp. lactis (Lister 1873) Garvie and Farrow 1982; Streptococcus lactis subsp. diacetilactis (ex Matuszewski et al. 1936) Garvie and Farrow 1982; Lactobacillus xylosus Kitahara 1938; Bacterium lactis Lister 1873. (ATCC 19435; BCRC 12312; CCM 1877; CCUG 32211; CCUG 7980; CDBB 597; CECT 185; CIP 70.56; CNCTC 6911; CNCTC Str 25/58; DSM 20481; HAMBI 1591; JCM 5805; KCTC 3769; LMG 6890; NBIMCC 4000; NBRC 100933; NCAIM B.02070; NCIMB 6681; VTT E-90395). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 30oC, F-1, S-5) |
| Lactococcus lactis subsp. lactis (Lister 1873) Schleifer et al. 1986 | |
| VKM B-1948 | <-- S.F. Barefoot Clemson University USA, CFM 137. Received as: Lactococcus lactis subsp. Lactis. Synonym: Lactococcus lactis (Lister 1873) Schleifer et al. 1986; Streptococcus lactis (Lister 1873) Loehnis 1909; Streptococcus lactis subsp. lactis (Lister 1873) Garvie and Farrow 1982; Streptococcus lactis subsp. diacetilactis (ex Matuszewski et al. 1936) Garvie and Farrow 1982; Lactobacillus xylosus Kitahara 1938; Bacterium lactis Lister 1873. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 30oC, S-5) |
| Lamprobacter modestohalophilus Gorlenko et al. 1988 | |
| VKM B-2538 Type | <-- Gorlenko V.M. Received as: Sivash. Ex: a cyanobacterial mat. lake Sivash. Russia DNA sequences: 16S rRNA gene HQ877095. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 273, 24oC Growth condition: anaerobic in the light., F-2) |
| Lamprobacter modestohalophilus Gorlenko et al. 1988 | |
| UQM 41018 type strain | <-- UNIQEM, UQM 41018 <-- Gorlenko V. M., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain Sivash, 1987. (VKM B-2538, DSM 25653). Ex: cyanobacterial mat of salt lake. Lake Sivash. Russia DNA sequences: 16S rRNA gene: HQ877095, genome: NZ_NRRY00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 273, 28oC, S-4, S-1) |
| Lapidilactobacillus dextrinicus (Coster and White 1964) Zheng et al. 2020 | |
| VKM B-1603 Type | <-- CCM, CCM 3457 < Back W. < E. Coster. Received as: Pediococcus dextrinicus. Synonym: Pediococcus dextrinicus (Coster and White 1964) Back 1978; Pediococcus cerevisiae subsp. Dextrinicus Coster and White 1964; Lactobacillus dextrinicus (Coster and White 1964) Haakensen et al. 2009. (ATCC 33087; BCRC 12842; CCM 3457; CCUG 18834; CECT 4791; CIP 103407; DSM 20335; JCM 5887; KCTC 3506; LMG 11485; NCIMB 701561; VTT E-93494). Ex: silage. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 30oC, F-1, S-4) |
| Lechevalieria aerocolonigenes (Labeda 1986) Labeda et al. 2001 | |
| VKM Ac-1081 Type | <-- Seino A., KCC A-0150. Received as: Nocardia aerocolonigenes (Shinobu and Kawato 1960) Pridham 1970 Type. Synonym: Saccharothrix aerocolonigenes (ex Shinobu and Kawato 1960) Labeda 1986; Streptomyces aerocolonigenes Shinobu and Kawato 1960; Nocardia aerocolonigenes (Shinobu and Kawato 1960) Pridham 1970. (ISP 5034; RIA 1108; ATCC 23870; CBS 609.68; CIP 107109; DSM 40034; IFO (now NBRC) 13195; JCM 4150; JCM 4614; NRRL B-3298). Ex: soil. Nagasaki. Japan DNA sequences: AF114804, AB020030, AB297960. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 184, 28oC, C-1, F-1) |
| Lechevalieria flava (Gauze et al. 1974) Labeda et al. 2001 | |
| VKM Ac-906 Type | <-- INA 2171. Received as: Nocardiopsis flava (Gauze et al. 1974) Gauze and Sveshnikova 1985 Type. Synonym: Actinomadura flava Gauze et al. 1974; Nocardiopsis flava (Gauze et al. 1974) Gauze and Sveshnikova 1985; Saccharothrix flava (Gauze et al. 1974) Grund and Kroppenstedt 1990. (INA 2171; ATCC 29533; CCRC 13328; CIP 107110; DSM 43885; IFO (now NBRC) 14521; JCM 3296; NRRL B-16131). Ex: soil DNA sequences: AF114808. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 205, 28oC, C-1, F-1) |
| Lederbergia lenta corrig. (Gibson 1935) Gupta et al. 2020 | |
| VKM B-500 Type | <-- INMI, VKM B-500 < NCTC, NCTC 4824. Received as: Bacillus lentus. Synonym: Bacillus lentus Gibson 1935; Lederbergia lentus (Gibson 1935) Gupta et al. 2020. (ATCC 10840; BCRC 11735; CCM 2214; CCUG 1816; CECT 18; CIP 51.29; CIP 52.73; CIP 52.74; DSM 9; HAMBI 1918; IAM 12466; JCM 2511; KACC 10930; KCTC 3738; LMD 48.17; LMG 16798; NBRC 16444; NCCB 48017; NCIMB 8773; NCTC 4824). Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, F-1, S-4) |
| Lederbergia lentus (Gibson 1935) Gupta et al. 2020 | |
| VKM B-1725 | <-- DSB MGU, 6 GAV. Received as: Bacillus lentus. Synonym: Lederbergia lentus (Gibson 1935) Gupta et al. 2020; Bacillus lentus Gibson 1935. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, F-1) |
| Lederbergia lentus (Gibson 1935) Gupta et al. 2020 | |
| VKM B-1726 | <-- DSB MGU, 2 bac. Received as: Bacillus lentus. Synonym: Lederbergia lentus (Gibson 1935) Gupta et al. 2020; Bacillus lentus Gibson 1935. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 28oC, F-1) |
| Leifsonia aquatica (ex Leifson 1962) Evtushenko et al. 2000 | |
| VKM Ac-1400 Type | <-- DSM 20146. Synonym: Corynebacterium aquaticum Leifson 1962. (ATCC 14665; CCRC 11574; CCUG 27700; CIP 64.13; DSM 20146; IAM 12441; IFO (now NBRC) 15710; JCM 1368; NCIMB 9460; NRIC 1848). Ex: distilled water DNA sequences: D45057, X77450. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Leifsonia poae Evtushenko et al. 2000 | |
| VKM Ac-1401 Type | <-- Evtushenko L.I. IBPM, DL-89. (CCUG 47140; CIP 106654; DSM 15202; JCM 11952; NBRC 103069). Ex: Poa annua. Root galls induced by nematode Subangina radicicola. Moscow Region. Russia DNA sequences: AF116342, AM410682. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, C-1, F-1) |
| Leifsonia sp. | |
| VKM Ac-1802 | <-- Dorofeeva L.V. IBPM, DL-349. Ex: Calamagrostis sp. Phyllosphere. Belgorod Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 25oC, C-1, F-1) |
| Leifsonia xyli subsp. cynodontis (Davis et al. 1984) Evtushenko et al. 2000 | |
| VKM Ac-2032 | <-- ICMP 8792. Synonym: Clavibacter xyli subsp. cynodontis Davis et al. 1984. (ICMP 8792). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, C-1, F-1) |
| Leifsonia xyli subsp. cynodontis (Davis et al. 1984) Evtushenko et al. 2000 | |
| VKM Ac-2041 Type | <-- ICMP 8790. Received as: Clavibacter xyli subsp. cynodontis Davis et al. 1984 Type. Synonym: Clavibacter xyli subsp. cynodontis Davis et al. 1984; Leifsonia cynodontis (Davis et al. 1984) Suzuki et al. 2000. (ATCC 33973; CIP 104615; DSM 46306; ICMP 8790; JCM 9733; LMG 7552; NCIMB 11927). Ex: bersludgeagrass, Cynodon dactylon. Taiwan DNA sequences: AB016985. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Lentilactobacillus buchneri (Henneberg 1903) Zheng et al. 2020 | |
| VKM B-1599 Type | <-- CCM, CCM 1819 < BUCSAV, Bu 222. Received as: Lactobacillus buchneri. Synonym: Bacillus buchneri (sic) Henneberg 1903; Lactobacillus buchneri (Henneberg 1903) Bergey et al. 1923. (VKM B-1310; ATCC 4005; BCRC 14066; CCM 1819; CCUG 21532; CECT 4111; CIP 103023; DSM 20057; JCM 1115; KCTC 3784; KCTC 5064; LMG 6892; NBIMCC 3449; NCAIM B.01145; NCIM 2357; NCIMB 8007; NRRL B-1837; VTT E-93445). Ex: tomato pulp. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC Growth condition: in an atmosphere of air with 5-8% CO2., F-1, S-5) |
| Lentilactobacillus kefiri (Kandler and Kunath 1983) Zheng et al. 2020 | |
| VKM B-2244 Type | <-- DSM 20587 < Kunath P., AK. Received as: Lactobacillus kefiri. Synonym: Lactobacillus kefir Kandler and Kunath 1983; Lactobacillus kefiri corrig. Kandler and Kunath 1983. (ATCC 35411; BCRC 14011; CCUG 30673; CIP 103006; DSM 20587; JCM 5818; KCTC 3611; LMG 9480; NBRC 15888; NCIMB 12798; VTT E-93520). Ex: kefir grains. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 30oC Growth condition: in an atmosphere of air with 5-8% CO2., F-3) |
| Lentzea waywayandensis (Labeda and Lyons 1989) Labeda et al. 2001 | |
| VKM Ac-1970 Type | <-- JCM 9114. Synonym: Saccharothrix waywayandensis Labeda and Lyons 1989. (ATCC 51594; DSM 44232; IFO (now NBRC) 14970; JCM 9114; NCIMB 13164; NRRL B-16159). Ex: soil. Waywayanda Lake. New Jersey. USA DNA sequences: AF114813, AB020029. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 183, 28oC, F-1) |
| Leptospirillum sp. | |
| UQM 41019 | <-- UNIQEM, UQM 41019 <-- A.G. Bulaev, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain OL 10-02, 2013. Ex: pulp of a bioleaching reactor. Russia. Russia DNA sequences: 16S rRNA gene: JF891387. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 37oC, S-1) |
| Leucobacter komagate Takeuchi et al. 1996 | |
| VKM Ac-2073 Type | <-- IFO 15245. (CCUG 49676; CIP 105084; DSM 8803; IAM 1093; IFO (now NBRC) 15245; JCM 9414). Ex: culture contaminant DNA sequences: AB007419, AM042691, D45063, D17751. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, C-1, F-1) |
| Leuconostoc mesenteroides subsp. cremoris (Knudsen and Sorensen 1929) Garvie 1983 | |
| VKM B-1420 Type | <-- INMI, VKM B-1420 < CCM, CCM 2078 < Garvie E.I., LF2. Received as: Leuconostoc cremoris Type. Synonym: Leuconostoc cremoris (Knudsen and Sorensen 1929) Garvie 1960 ; Betacoccus cremoris (X form) Knudsen and Sorensen 1929. (ATCC 19254; BCRC 14047; CCM 2078; CCUG 21965; CIP 103009; DSM 20346; LMG 6909; NCIMB 12008; NRRL B-3252; VTT E-99975). Ex: Hansen's dried starter powder. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 30oC, F-1, S-5) |
| Leuconostoc mesenteroides subsp. dextranicum (Beijerinck 1912) Garvie 1983 | |
| VKM B-1225 Type | <-- INMI, VKM B-1225 < CCM, CCM 2086 < NCDO, NCDO 529. Received as: Leuconostoc dextranicum Type. Synonym: Leuconostoc dextranicum (Beijerinck 1912) Hucker and Pederson 1930; Lactococcus dextranicus Beijerinck 1912; Betacoccus bovis Orla-Jensen 1919. (ATCC 19255; CCUG 21966; CCUG 30065; CECT 912; CIP 102423; DSM 20484; IMET 10694; JCM 9700; LMG 6908; NBRC 100495; NCFB 529; NCIMB 12007; VTT E-93492). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 26oC, F-1, S-5) |
| Leuconostoc mesenteroides subsp. mesenteroides (Tsenkovskii 1878) Garvie 1983 | |
| VKM B-1601 Type | <-- CCM, CCM 1803 < NRRL, NRRL B-1118. Received as: Leuconostoc mesenteroides Type. Synonym: Leuconostoc mesenteroides (Tsenkovskii 1878) van Tieghem 1878. (ATCC 8293; BCRC 11652; CCM 1803; CCUG 30066; CECT 219; CECT 891; CIP 102305; CNCTC 6462; CNCTC 9; DSM 20343; HAMBI 2347; JCM 6124; KCTC 3505; KCTC 3718; LMG 6893; NBIMCC 3455; NBRC 100496; NCIMB 8023; NRRL B-1118; VTT E-91461). Ex: fermenting olives. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 26oC, F-1, S-5) |
| Leuconostoc mesenteroides subsp. mesenteroides (Tsenkovskii 1878) Garvie 1983 | |
| VKM B-1654 | <-- Preobrazhenskaya M.E. IBMCh, LU-29. Received as: Leuconostoc mesenteroides. Synonym: Leuconostoc mesenteroides (Tsenkovskii 1878) van Tieghem 1878. Ex: rotting grape. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 28oC, F-1, S-5) |
| Leuconostoc mesenteroides subsp. mesenteroides (Tsenkovskii 1878) Garvie 1983 | |
| VKM B-1655 | <-- Preobrazhenskaya M.E. IBMCh, LU-39. Received as: Leuconostoc mesenteroides. Synonym: Leuconostoc mesenteroides (Tsenkovskii 1878) van Tieghem 1878. Ex: rotting grape. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 28oC, F-1, S-5) |
| Leuconostoc mesenteroides subsp. mesenteroides (Tsenkovskii 1878) Garvie 1983 | |
| VKM B-1656 | <-- Preobrazhenskaya M.E. IBMCh, LU-55. Received as: Leuconostoc mesenteroides. Synonym: Leuconostoc mesenteroides (Tsenkovskii 1878) van Tieghem 1878. Ex: rotting plum. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 157, 28oC, F-1, S-5) |
| Leuconostoc mesenteroides subsp. mesenteroides (Tsenkovskii 1878) Garvie 1983 | |
| VKM B-1657 | <-- Preobrazhenskaya M.E. IBMCh, LU-111. Received as: Leuconostoc mesenteroides. Synonym: Leuconostoc mesenteroides (Tsenkovskii 1878) van Tieghem 1878. Ex: rotting grape. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 157, 28oC, F-1, S-5) |
| Leuconostoc mesenteroides subsp. mesenteroides (Tsenkovskii 1878) Garvie 1983 | |
| VKM B-1658 | <-- Preobrazhenskaya M.E. IBMCh, NRRL B-1299 < Jeanes A. USA, NRRL B-1299. Received as: Leuconostoc mesenteroides. Synonym: Leuconostoc mesenteroides (Tsenkovskii 1878) van Tieghem 1878. (ATCC 11449; CIP 106146; NCDO 1875; NCIMB 701875; NRRL B-1299; VTT E-093124). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 28oC, F-1, S-5) |
| Leuconostoc mesenteroides subsp. mesenteroides (Tsenkovskii 1878) Garvie 1983 | |
| VKM B-1659 | <-- Preobrazhenskaya M.E. IBMCh, NRRL B-1355 < Jeanes A. USA, NRRL B-1355. Received as: Leuconostoc mesenteroides. Synonym: Leuconostoc mesenteroides (Tsenkovskii 1878) van Tieghem 1878. (NCIMB 702066; NRRL B-1355). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 28oC, F-1, S-5) |
| Levilactobacillus brevis (Orla-Jensen 1919) Zheng et al. 2020 | |
| VKM B-535 | <-- INMI, VKM B-535 < VNIIMS, C-10. Received as: Lactobacterium casei (Orla-Jensen 1916) Krasil’nikov 1949. Synonym: Betabacterium breve Orla-Jensen 1919; Lactobacillus brevis (Orla-Jensen 1919) Bergey et al. 1934. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC, F-1, S-5) |
| Levilactobacillus brevis (Orla-Jensen 1919) Zheng et al. 2020 | |
| VKM B-572 | <-- INMI, VKM B-572 < CCM, CCM 1817. Received as: Lactobacillus brevis. Synonym: Bacillus gamma von Freudenreich 1891; Bacillus casei gamma von Freudenreich and Thoeni 1904; Betabacterium breve Orla-Jensen 1919; Lactobacterium breve (Orla-Jensen 1919) Krasil'nikov 1949; Lactobacillus brevis (Orla-Jensen 1919) Bergey et al. 1934. (ATCC 367; BCRC 12310; CCUG 36840; CDBB 66; CECT 5354; CIP 105137; JCM 1170; LMG 11437; NCIMB 947; VTT E-82152). Ex: silage. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 30oC, F-1, S-5) |
| Levilactobacillus brevis (Orla-Jensen 1919) Zheng et al. 2020 | |
| VKM B-1309 | <-- INMI, VKM B-1309 < NRRL, NRRL B-1836. Received as: Lactobacillus brevis. Synonym: Bacillus gamma von Freudenreich 1891; Bacillus casei gamma von Freudenreich and Thoeni 1904; Betabacterium breve Orla-Jensen 1919; Lactobacterium breve (Orla-Jensen 1919) Krasil'nikov 1949; Lactobacillus brevis (Orla-Jensen 1919) Bergey et al. 1934. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 30oC, F-1, S-5) |
| Levilactobacillus brevis (Orla-Jensen 1919) Zheng et al. 2020 | |
| VKM B-1918 | <-- S.F. Barefoot Clemenson University, CFM 20. Received as: Lactobacillus acidophilus. Synonym: Betabacterium breve Orla-Jensen 1919; Lactobacillus brevis (Orla-Jensen 1919) Bergey et al. 1934. (ATCC 11975; CIP 104457; NCIM 2660; NCIMB 1899). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC, F-1) |
| Lichenibacterium minus corrig. Pankratov et al. 2020 | |
| VKM B-3277 Type | <-- Pankratov T.A. Faculty of Soil Science, MSU, Moscow, Russia, RmlP026. Received as: Lichenibacterium minor Type. Synonym: Lichenibacterium minor Pankratov et al. 2020. (KCTC 72077T). Ex: Ramalina pollinaria, thallus. Murmansk Region, Louchi District, Primorski, BBS MSU. Russia DNA sequences: 16S rRNA gene: MG996731. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 394, 23oC, C-6) |
| Lichenicoccus roseus Pankratov et al. 2020 | |
| VKM B-3305 Type | <-- Pankratov T.A. Research Center of Biotechnology RAS, KEBCLARHB70RT. Received as: Lichenicoccus roseus. (KCTC 72321). Ex: lichen, Cladonia arbuscula, thalli. Murmansk Region, Olenegorsk. Russia DNA sequences: 16S rRNA gene: MK966397; draft genome: VCDI00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 401, 15oC, C-5 with DMSO 10%) |
| Lichenifustis flavocetrariae Pankratov et al. 2023 | |
| VKM B-3641 Type | <-- Pankratov T.A., Research Center of Biotechnology RAS, BP6-180914. Received as: Lichenifustis flavocetrariae. (BP6-180914; KCTC 92872; UQM 41506). Ex: lichen thallus Flavocetraria nivalis. rocky slopes. Providence Bay. Russia DNA sequences: 16S rRNA: OP023140. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 458, 22oC Growth condition: aerobic., F-1) |
| Limosilactobacillus fermentum (Beijerinck 1901) Zheng et al. 2020 | |
| VKM B-1305 | <-- INMI, VKM B-1305 < CCM, CCM 2480 < ATCC, ATCC 25371. Received as: Lactobacillus intermedium (Muller-Turgah and Osterwalder) Bergey et al. 1930. Synonym: Bacillus delta von Freudenreich 1895; Bacillus casei delta von Freudenreich and Thoeni 1904; Lactobacterium fermentum (Beijerinck 1901) van Steenberge 1920; Lactobacillus cellobiosus Rogosa et al. 1953; Lactobacillus fermentum Beijerinck 1901. (CCM 2480; LMG 8903). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC Growth condition: in an atmosphere of air with 5-8% CO2., F-1, S-5) |
| Limosilactobacillus fermentum (Beijerinck 1901) Zheng et al. 2020 | |
| VKM B-1311 | <-- INMI, VKM B-1311 < NRRL, B-1932. Received as: Lactobacillus fermentum. Synonym: Bacillus delta von Freudenreich 1895; Bacillus casei delta von Freudenreich and Thoeni 1904; Lactobacterium fermentum (Beijerinck 1901) van Steenberge 1920; Lactobacillus cellobiosus Rogosa et al. 1953; Lactobacillus fermentum Beijerinck 1901. (ATCC 9338; BCRC 10360; CCM 91; CCUG 21453; CDBB 1039; CDBB 1097; CECT 285; CIP 53.163; DSM 20391; JCM 1560; LMD 46.39; LMG 13554; LMG 8896; NBIMCC 505; NBRC 3071; NCAIM B.01146; NCCB 46039; NCIM 2165; NCIMB 6991; NCIMB 8028; VKM B-1566; VTT E-71033). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC Growth condition: in an atmosphere of air with 5-8% CO2., F-1, S-5) |
| Limosilactobacillus fermentum (Beijerinck 1901) Zheng et al. 2020 | |
| VKM B-1566 | <-- IBPM, IBPM B-119 < INMIA, CIP 53.163. Received as: Lactobacillus fermentum. Synonym: Bacillus delta von Freudenreich 1895; Bacillus casei delta von Freudenreich and Thoeni 1904; Lactobacterium fermentum (Beijerinck 1901) van Steenberge 1920; Lactobacillus cellobiosus Rogosa et al. 1953; Lactobacillus fermentum Beijerinck 1901. (ATCC 9338; BCRC 10360; CCM 91; CCUG 21453; CDBB 1039; CDBB 1097; CECT 285; CIP 53.163; DSM 20391; JCM 1560; LMD 46.39; LMG 13554; LMG 8896; NBIMCC 505; NBRC 3071; NCAIM B.01146; NCCB 46039; NCIM 2165; NCIMB 6991; NCIMB 8028; VKM B-1311; VTT E-71033). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC Growth condition: in an atmosphere of air with 5-8% CO2., F-1, S-5) |
| Limosilactobacillus fermentum (Beijerinck 1901) Zheng et al. 2020 | |
| VKM B-1933 | <-- S.F. Barefoot Clemenson University, CFM 91. Received as: Lactobacillus casei. Synonym: Bacillus alfa von Freudenreich 1890; Bacillus alfa von Freudenreich 1891; Bacillus casei alfa von Freudenreich and Thoeni 1904; Caseobacterium vulgare Orla-Jensen 1916; Bacterium casei alfa Orla-Jensen 1916; Streptobacterium casei Orla-Jensen 1919; Lactobacillus casei Bergey et al. 1923; Lactobacterium casei (Orla-Jensen 1916) Krasil'nikov 1949; Lactobacillus casei (Orla-Jensen 1916) Hansen and Lessel 1971. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC, F-1) |
| Limosilactobacillus fermentum (Beijerinck 1901) Zheng et al. 2020 | |
| VKM B-1934 | <-- S.F. Barefoot Clemenson University, CFM 94. Received as: Lactobacillus cellobiosus. Synonym: Bacillus delta von Freudenreich 1895; Bacillus casei delta von Freudenreich and Thoeni 1904; Lactobacterium fermentum (Beijerinck 1901) van Steenberge 1920; Lactobacillus cellobiosus Rogosa et al. 1953; Lactobacillus fermentum Beijerinck 1901. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC Growth condition: in an atmosphere of air with 5-8% CO2., F-1) |
| Limosilactobacillus fermentum (Beijerinck 1901) Zheng et al. 2020 | |
| VKM B-1937 | <-- S.F. Barefoot Clemson University USA, CFM 98. Received as: Lactobacillus fermentum. Synonym: Bacillus delta von Freudenreich 1895; Bacillus casei delta von Freudenreich and Thoeni 1904; Lactobacterium fermentum (Beijerinck 1901) van Steenberge 1920; Lactobacillus cellobiosus Rogosa et al. 1953; Lactobacillus fermentum Beijerinck 1901. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 75, 37oC Growth condition: in an atmosphere of air with 5-8% CO2., S-5) |
| Longinema margulisiae Karnachuk et al. 2021 | |
| VKM B-3452 Type strain | <-- Frank Y.A. Tomsk State University. Received as: NS. Ex: termal water, borehole 1-P. Belyi Yar. Tomsk Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 55, 25oC Growth condition: anaerobic.) |
| Luteococcus japonicus Tamura et al. 1994 | |
| VKM Ac-1951 Type | <-- IFO 12422. (ATCC 51526; CCUG 38731; CIP 104067; DSM 10546; IFO (now NBRC) 12422; JCM 9415; OUT 8086). Ex: soil. Tokara Island. Japan DNA sequences: D85487, Z78208, D21245. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 30oC, F-1) |
| Lysinibacillus fusiformis (Priest et al. 1989) Ahmed et al. 2007 | |
| VKM B-757 | <-- INMI, VKM B-757 < CCM, CCM 1616. Received as: Bacillus sphaericus var. fusiformis Smith et al. 1946. Synonym: Bacillus fusiformis (ex Meyer and Gottheil 1901) Priest et al. 1989; Bacillus fusiformis Meyer and Gottheil 1901; Aerobacillus fusiformis (Meyer and Gottheil 1901) Pribram 1933; Bacillus sphaericus subsp. fusiformis Smith et al. 1946. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Lysinibacillus fusiformis (Priest et al. 1989) Ahmed et al. 2007 | |
| VKM B-923 | <-- INMI, VKM B-923 < INMIA. Received as: Bacillus sphaericus subsp. fusiformis Smith et al. 1946. Synonym: Bacillus fusiformis (ex Meyer and Gottheil 1901) Priest et al. 1989; Bacillus fusiformis Meyer and Gottheil 1901; Aerobacillus fusiformis (Meyer and Gottheil 1901) Pribram 1933; Bacillus sphaericus subsp. fusiformis Smith et al. 1946. (CIP 51.16). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Lysinibacillus fusiformis (Priest et al. 1989) Ahmed et al. 2007 | |
| VKM B-924 | <-- INMI, VKM B-924 < INMIA. Received as: Bacillus sphaericus. Synonym: Bacillus fusiformis (ex Meyer and Gottheil 1901) Priest et al. 1989; Bacillus fusiformis Meyer and Gottheil 1901; Aerobacillus fusiformis (Meyer and Gottheil 1901) Pribram 1933; Bacillus sphaericus subsp. fusiformis Smith et al. 1946. (VKM B-712; VKM B-924; BCRC 11066; CIP 52.89; IAM 1286; JCM 20140; LMD 48.26; NBRC 3341; NCCB 48026; NCIMB 8217). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Lysinibacillus fusiformis (Priest et al. 1989) Ahmed et al. 2007 | |
| VKM B-926 | <-- INMI, VKM B-926 < INMIA. Received as: Bacillus sphaericus. Synonym: Bacillus fusiformis (ex Meyer and Gottheil 1901) Priest et al. 1989; Bacillus fusiformis Meyer and Gottheil 1901; Aerobacillus fusiformis (Meyer and Gottheil 1901) Pribram 1933; Bacillus sphaericus subsp. fusiformis Smith et al. 1946. (VKM B-712; VKM B-924; BCRC 11066; CIP 52.89; IAM 1286; JCM 20140; LMD 48.26; NBRC 3341; NCCB 48026; NCIMB 8217). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Lysinibacillus fusiformis (Priest et al. 1989) Ahmed et al. 2007 | |
| VKM B-927 | <-- INMI, VKM B-927 < INMIA. Received as: Bacillus sphaericus. Synonym: Bacillus fusiformis (ex Meyer and Gottheil 1901) Priest et al. 1989; Bacillus fusiformis Meyer and Gottheil 1901; Aerobacillus fusiformis (Meyer and Gottheil 1901) Pribram 1933; Bacillus sphaericus subsp. fusiformis Smith et al. 1946. (ATCC 245; CIP 52.88; DSM 2899). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Lysinibacillus fusiformis (Priest et al. 1989) Ahmed et al. 2007 | |
| VKM B-3614 | <-- Kudryashova E.B., IBPM, 98b. Synonym: Bacillus fusiformis (ex Meyer and Gottheil 1901) Priest et al. 1989. Ex: soil. Pushchino, Moscow region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Lysinibacillus pakistanensis Ahmed et al. 2014 | |
| VKM B-751 | <-- INMI, VKM B-751 < CCM, CCM 1086. Received as: Bacillus sphaericus. (NCIMB 8216). Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Lysinibacillus sphaericus (Meyer and Neide 1904) Ahmed et al. 2007 | |
| VKM B-509 Type | <-- INMI, VKM B-509 < NCTC, NCTC 10338 < Gibson T., 1013. Received as: Bacillus sphaericus Type. Synonym: Bacillus sphaericus Meyer and Neide 1904; Lysinibacillus tabacifolii Duan et al. 2014; Lysinibacillus mangiferihumi corrig. Yang et al. 2012; Lysinibacillus varians Zhu et al. 2014; Lysinibacillus mangiferahumi Yang et al. 2012. (ATCC 14577; BCRC 12825; CCM 2120; CCUG 7428; CIP 65.30; DSM 28; HAMBI 1938; IAM 13420; JCM 2502; LMG 7134; NBRC 15095; NCCB 75018; NCIMB 9370; NCTC 10338; NRRL B-23268). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Lysinibacillus sphaericus (Meyer and Neide 1904) Ahmed et al. 2007 | |
| VKM B-712 | <-- INMI, VKM B-712 < NCIB, NCIB 8217 < Smith N.R., 344. Received as: Bacillus sphaericus. Synonym: Bacillus sphaericus Meyer and Neide 1904; Lysinibacillus tabacifolii Duan et al. 2014; Lysinibacillus mangiferihumi corrig. Yang et al. 2012; Lysinibacillus varians Zhu et al. 2014; Lysinibacillus mangiferahumi Yang et al. 2012. (VKM B-924; VKM B-926; BCRC 11066; CIP 52.89; IAM 1286; JCM 20140; LMD 48.26; NBRC 3341; NCCB 48026; NCIMB 8217). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Lysinibacillus sphaericus (Meyer and Neide 1904) Ahmed et al. 2007 | |
| VKM B-713 | <-- INMI, VKM B-713 < NCIB, NCIB 8218. Received as: Bacillus sphaericus. Synonym: Bacillus sphaericus Meyer and Neide 1904; Lysinibacillus tabacifolii Duan et al. 2014; Lysinibacillus mangiferihumi corrig. Yang et al. 2012; Lysinibacillus varians Zhu et al. 2014; Lysinibacillus mangiferahumi Yang et al. 2012. (ATCC 4525; CCM 2177; CIP 104788; LMG 23776; NBRC 3526; NCAIM B.02068; NCIMB 8218; NCTC 2609). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-4) |
| Lysinibacillus sphaericus (Meyer and Neide 1904) Ahmed et al. 2007 | |
| VKM B-752 | <-- INMI, VKM B-752 < CCM, CCM 1087. Received as: Bacillus sphaericus. Synonym: Bacillus sphaericus Meyer and Neide 1904; Lysinibacillus tabacifolii Duan et al. 2014; Lysinibacillus mangiferihumi corrig. Yang et al. 2012; Lysinibacillus varians Zhu et al. 2014; Lysinibacillus mangiferahumi Yang et al. 2012. (VKM B-426; ATCC 10208; BCRC 15448; CCM 1087; CCRC 15448; DSM 5019; NBRC 3525; NCIMB 11935). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Lysinibacillus sphaericus (Meyer and Neide 1904) Ahmed et al. 2007 | |
| VKM B-754 | <-- INMI, VKM B-754 < CCM, CCM 1615. Received as: Bacillus sphaericus. Synonym: Bacillus sphaericus Meyer and Neide 1904; Lysinibacillus tabacifolii Duan et al. 2014; Lysinibacillus mangiferihumi corrig. Yang et al. 2012; Lysinibacillus varians Zhu et al. 2014; Lysinibacillus mangiferahumi Yang et al. 2012. (CCM 1615). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Lysinibacillus sphaericus (Meyer and Neide 1904) Ahmed et al. 2007 | |
| VKM B-755 | <-- INMI, VKM B-755 < CCM, CCM 43. Received as: Bacillus sphaericus var. fusiformis Smith et al. 1946. Synonym: Bacillus sphaericus Meyer and Neide 1904; Lysinibacillus tabacifolii Duan et al. 2014; Lysinibacillus mangiferihumi corrig. Yang et al. 2012; Lysinibacillus varians Zhu et al. 2014; Lysinibacillus mangiferahumi Yang et al. 2012. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Lysinibacillus sphaericus (Meyer and Neide 1904) Ahmed et al. 2007 | |
| VKM B-756 | <-- INMI, VKM B-756 < CCM, CCM 1618. Received as: Bacillus sphaericus var. rotans Smith et al. 1946. Synonym: Bacillus sphaericus Meyer and Neide 1904; Lysinibacillus tabacifolii Duan et al. 2014; Lysinibacillus mangiferihumi corrig. Yang et al. 2012; Lysinibacillus varians Zhu et al. 2014; Lysinibacillus mangiferahumi Yang et al. 2012. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Lysinibacillus xylanilyticus Lee et al. 2010 | |
| VKM B-925 | <-- INMI, VKM B-925 < INMIA. Received as: Bacillus sphaericus. (CIP 51.25). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 30oC, F-1, S-4) |
| Lysobacter antibioticus Christensen and Cook 1978 | |
| VKM B-2273 Type | <-- DSMZ, DSM 2044. Received as: Lysobacter antibioticus. (ATCC 29479; BCRC 11653; CECT 4280; DSM 2044; HAMBI 1957; LMG 8760; NBRC 100085; NCIMB 10773). Ex: soil. Ottawa. Canada. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 30oC, F-1) |
| Lysobacter capsici Park et al. 2008 | |
| VKM B-2533 Type | <-- DSM, DSM 19286. Received as: Lysobacter capsici Type. (DSM 19286; KCTC 22007). Ex: rhizosphere of pepper. Jinju. South Korea. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 29oC, F-1) |
| Lysobacter enzymogenes Christensen and Cook 1978 | |
| VKM B-1576 | <-- Dobritsa S.V. IBPM < ATCC, ATCC 21456 < IFO, IFO 12725. Received as: Achromobacter lyticus Isono et al. 1972. Synonym: Lysobacter enzymogenes subsp. enzymogenes Christensen and Cook 1978; Lysobacter enzymogenes subsp. cookii Christensen 1978. (ATCC 21456). Ex: soil. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-5) |
| Lysobacter enzymogenes Christensen and Cook 1978 | |
| VKM B-1577 | <-- Dobritsa S.V. IBPM < ATCC, ATCC 21457 < IFO, IFO 12726. Received as: Achromobacter lyticus Isono et al. 1972. Synonym: Lysobacter enzymogenes subsp. enzymogenes Christensen and Cook 1978; Lysobacter enzymogenes subsp. cookii Christensen 1978. (ATCC 21457; IFO 12726). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 5, 30oC, F-1, S-5) |
| Lysobacter enzymogenes Christensen and Cook 1978 | |
| VKM B-2235 Type | <-- DSMZ, DSM 2043. Received as: Lysobacter enzymogenes Type. Synonym: Lysobacter enzymogenes subsp. Enzymogenes Christensen and Cook 1978; Lysobacter enzymogenes subsp. Cookii Christensen 1978. (ATCC 29487; BCRC 11654; DSM 2043; KCTC 12131; LMG 8762; NCIMB 9924). Ex: soil. Ottawa. Canada. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 52, 30oC, F-1) |
| Lysobacter enzymogenes Christensen and Cook 1978 | |
| VKM B-3587 | <-- Abidueva E.Yu. IGEB SB RAS, OK35. Received as: Lysobacter enzymogenes. Synonym: Lysobacter enzymogenes subsp. enzymogenes Christensen and Cook 1978; Lysobacter enzymogenes subsp. cookii Christensen 1978. Ex: bottom sediment of lake Round. Selenginsky District, Republic of Buryatia. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 292, 28oC, F-1) |
| Magnetospirillum aberrantis Gorlenko et al. 2011 | |
| VKM B-2937 Type | <-- Dziuba M.V. Molecular Identification Lab., Bioengineering Center of the Russian Academy of Sciences, Moscow, Russia, SpK. Received as: Magnetospirillum aberrantis SpK. (DSM 29233). Ex: bottom sediment. Olkhovka River, Caucasus. Stavropol Territory, Kislovodsk. Russia DNA sequences: 16S rRNA gene: JQ673402, complete genome PRJNA54001. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 338, 31oC Growth condition: aerobic., C-1) |
| Magnetospirillum caucasicum Dziuba et al. 2016 | |
| VKM B-2936 Type | <-- Dziuba M.V. et al., Molecular Identification Lab., Bioengineering Center of the Russian Academy of Sciences, Moscow, Russia, SO-1. Received as: SO-1. (DSM 28995). Ex: bottom sediment. Olkhovka River, Caucasus. Stavropol Territory, Kislovodsk. Russia DNA sequences: 16S rRNA gene: JX502622, complete genome PRJNA191939. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 338, 29oC Growth condition: microaerobic., C-1, F-2) |
| Magnetospirillum gryphosvaldense Schleifer et al. 1992 | |
| UQM 40387 type strain | <-- UNIQEM, UQM 40387 <-- A.Yu. Sorokina, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 851 = DSM 6361 <-- DSMZ, DSM 6361. (DSM 6361, JCM 21280). Ex: river sediment. Greifswald, Ryck. Germany DNA sequences: 16S rRNA gene: Y10109. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 338, 30oC, C-1) |
| Magnetospirillum kuznetsovii Koziaeva et al. 2019 | |
| VKM B-3270 Type | <-- Kozyaeva V.V. Institute of Bioengineering, LBB-42. Synonym: Paramagnetospirillum kuznetsovii (Koziaeva et al. 2019) Koziaeva et al. 2023. (KCTC 15749). Ex: lake sediments. Beloe-Bardukovskoe Lake. Moscow Region, Shatursky District. Russia DNA sequences: 16S rRNA gene: MH571849. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 405, 30oC, C-8 with 15% glycerol) |
| Magnetospirillum magnetotacticum (Maratea and Blakemore 1981) Schleifer et al. 1992 | |
| UQM 40386 type strain | <-- UNIQEM, UQM 40386 <-- A.Yu. Sorokina, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 850 = DSM 3856 <-- DSMZ, DSM 3856. (ATCC 31632, DSM 3856; IFO 15272; JCM 21281). Ex: freshwater sediment. Massachusetts, Woods Hole, Cedar swamp. USA DNA sequences: 16S rRNA gene: Y10110, genome: NZ_JXSL00000000.1; INSDC: JXSL00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 338, 30oC, C-1) |
| Magnetospirillum meridiorum Dziuba et al. 2016 | |
| VKM B-2938 Type | <-- Dziuba M.V. Molecular Identification Lab., Bioengineering Center of the Russian Academy of Sciences, Moscow, Russia, SP-1. Received as: Magnetospirillum meridiorum SP-1. (DSM 29006). Ex: river bottom sediments. Sediments of the Pshada River. Krasnodar Territory, Krynitsa. Russia DNA sequences: 16S rRNA gene: KC252630; cbbL II: KF787146. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 338, 28oC Growth condition: microaerobic (1% O2)., C-1, F-2) |
| Magnetospirillum moscoviense Dziuba et al. 2016 | |
| VKM B-2939 Type | <-- Dziuba M.V. Molecular Identification Lab., Bioengineering Center of the Russian Academy of Sciences, Moscow, Russia, ÂÂ-1. (DSM 29455). Ex: river bottom sediments. Moskva River. Moscow. Russia DNA sequences: 16S rRNA gene: KF712468; cbbL II: KF712469. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 338, 28oC Growth condition: microaerobic (1% O2)., C-1) |
| Magnetospirillum sp. | |
| UQM 40113 | <-- UNIQEM, UQM 40113 <-- G.A. Dubinina, Winogradsky Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 891 = N38Dziuba, RAS, Centre Bioengineering, Russia. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 338, 28oC, C-1) |
| Mammaliicoccus vitulinus (Webster et al. 1994) Madhaiyan et al. 2020 | |
| VKM B-3742 | <-- Yakushev A.V., Faculty of Soil Science Lomonosov MSU, Ya57. Received as: Mammaliicoccus vitulinus. Synonym: Staphylococcus vitulinus, Staphylococcus pulvereri, Staphylococcus vitulus. Ex: intestine of the soil saprophagic Diplopoda Cylindroiulus caeruleocinctus. Moscow. Russia DNA sequences: 16S rRNA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 118, 23oC, F-1) |
| Maricaulis maris (Poindexter 1964) Abraham et al. 1999 | |
| VKM B-1510 Type | <-- Andreev LV. IBPM, CM 11 < Poindexter J.S. PHRI, CM 11. Received as: Caulobacter maris Type. Synonym: Caulobacter halobacteroides Poindexter 1964; Caulobacter maris Poindexter 1964. (ATCC 15268; CECT 835; CIP 106103; DSM 4734; JCM 21108; NBRC 102484). Ex: sea water. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 43, 25oC, F-1, S-4, S-5) |
| Maricaulis maris (Poindexter 1964) Abraham et al. 1999 | |
| VKM B-1511 | <-- Andreev LV. IBPM, CM 13 < Poindexter J.S. PHRI, CM 13. Received as: Caulobacter halobacteroides. Synonym: Caulobacter halobacteroides Poindexter 1964; Caulobacter maris Poindexter 19. (ATCC 15269; CECT 836; CIP 106104; DSM 4729; JCM 21107; NBRC 102483; NCIMB 2022). Ex: sea water. California. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 43, 25oC, F-1, S-4, S-5) |
| Maricaulis virginensis Abraham et al. 2002 | |
| VKM B-1513 Type | <-- Andreev LV. IBPM, VC 5 < Poindexter J.S. PHRI, VC 5. Received as: Caulobacter sp. (CIP 107438; DSM 16079; LMG 21018; KCTC 12217). Ex: water. deep sea near a hydrothermal vent, Virgin Islands. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 43, 25oC, F-1, S-4, S-5) |
| Maricaulis virginensis Abraham et al. 2002 | |
| VKM B-1514 | <-- Andreev LV. IBPM, VC 13 < Poindexter J.S. PHRI, VC 13. Received as: Caulobacter sp. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 43, 25oC, F-1, S-4, S-5) |
| Marichromatium sp. | |
| UQM 41020 | <-- UNIQEM, UQM 41020 <-- Gorlenko V. M.,Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain V2, 2016. Ex: sea water. South China Sea. Vietnam DNA sequences: 16S rRNA gene: KR233469. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 25oC, S-4, S-1) |
| Marinimicrobium sp. | |
| UQM 40361 | <-- UNIQEM, UQM 40361 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 925 = ABCh5-2. Ex: soda lake sediments. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: JF304645.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 28oC, C-1) |
| Marinimicrobium sp. | |
| UQM 40362 | <-- UNIQEM, UQM 40362 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 924 = ABCh4. Ex: soda soil. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: JQ901948.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 28oC, C-1) |
| Marinimicrobium sp. | |
| UQM 40363 | <-- UNIQEM, UQM 40363 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 923 = ACht5. Ex: soda soil. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: JQ901949.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 28oC, C-1) |
| Marinimicrobium sp. | |
| UQM 40535 | <-- UNIQEM, UQM 40535 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 896 = Acht5-2, 2010. Ex: sediments of soda lake. Bitter-1 Lake, Kulunda steppe. Russian Federation DNA sequences: 16S rRNA gene: JF304645.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 28oC, C-1) |
| Mariniplasma sp. | |
| UQM 41475 | <-- UNIQEM, UQM 41475 <-- Khomyakova M.A., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain M4Ah. (DSM 112561, VKM B-3485). Ex: terrestrial mud volcano. 45.202N, 36.783E. Rotten Mountain Gora. Russia DNA sequences: genome: NZ_JASCXW000000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Marinococcus halophilus (Novitsky and Kushner 1976) Hao et al. 1985 | |
| VKM Ac-1985 Type | <-- JCM 2479. Synonym: Planococcus halophilus Novitsky and Kushner 1976. (ATCC 27964; CCM 2706; CIP 104819; DSM 20408; IAM 12844; JCM 2479; LMG 17439; NBRC 102359; NRCC 14033). Ex: salted mackerel DNA sequences: AB769481, AB681751, X90835. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 228, 28oC, F-1) |
| Marivirga tractuosa (Lewin 1969) Nedashkovskaya et al. 2010 | |
| VKM B-1430 Type | <-- INMI, VKM B-1430 < NCMB, NCMB 1408 < Lewin R.A., H-43. Received as: Flexibacter tractuosus Type. Synonym: Microscilla tractuosa Lewin 1969; Flexibacter tractuosus (Lewin 1969) Leadbetter 1974. (ATCC 23168; CIP 106410; DSM 4126; KCTC 2958; LMG 8378; NBRC 15989; NCIMB 1408). Ex: beach sand. Vietnam. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 178, 28oC, C-5, F-1) |
| Megasphaera sp. | |
| VKM B-3207 Type strain | <-- Efimov B.A. Pirogov RNRMU. Received as: ASD88. (JCM 32712). Ex: faecal sample of a 8 years male patient suffering atypical autism. Moscow. Russia DNA sequences: Genome: NQXW000000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 406, 37oC Growth condition: anaerobic., S-2) |
| Megasphaera sp. | |
| VKM B-3242 | <-- Efimov B.A. Pirogov RNRMU. Received as: ASD97. Ex: faecal sample of a 9 years female patient suffering atypical autism. Moscow. Russia DNA sequences: 16S rRNA gene: MG321613. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 406, 37oC Growth condition: anaerobic., S-2) |
| Meiothermus ruber (Loginova et al. 1984) Nobre et al. 1996 | |
| VKM B-1258 Type | <-- INMI, VKM B-1258 < Loginova L.G. INMI, 21. Received as: Thermus ruber Type. Synonym: Thermus ruber (ex Loginova et al. 1975) Loginova et al. 1984. (ATCC 35948; BCRC 17109; CCRC 17109; DSM 1279; NCIMB 13396). Ex: thermal spring. Kamchatka Peninsula. Kamchatka Territory. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 142, 60oC, F-1, S-5) |
| Melioribacter roseus Podosokorskaya et al. 2013 | |
| VKM B-2668 Type | <-- Podosokorskaya O.A. INMI. Received as: P3M-2. (DSM 23840; JCM 17771). Ex: microbial mat formed in a wooden bath filled with hot water emerging from a 2775 m-deep well. Western Siberia. Tomsk Region. Russia DNA sequences: 16S rRNA gene: JQ292917; complete genome: CP003557. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 316, 47oC Growth condition: anaerobic., F-2) |
| Melioribacter roseus Podosokorskaya et al. 2013 | |
| UQM 41021 type strain | <-- UNIQEM, UQM 41021 <-- Podosokorskaya Î.À., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain P3M-2, 2012. (DSM 23840, JCM 17771; VKM B-2668). Ex: microbial mat formed in a wooden bath filled with hot water emerging from a 2775 m-deep well. Parabel area, Tomsk region. Russia DNA sequences: 16S rRNA gene: JQ292917, genome: CP003557. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 316, 52oC, C-1, S-1) |
| Melioribacteraceae bacterium gen. nov.sp.nov. | |
| UQM 41465 | <-- UNIQEM, UQM 41465 <-- Podosokorskaya Î.À., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain 4137-Me. Ex: hot spring. E42°75'47 N44°4'81. Karmadon, North Ossetia. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 55oC, C-1) |
| Melioribacteraceae bacterium gen. nov.sp.nov. | |
| UQM 41466 | <-- UNIQEM, UQM 41466 <-- Podosokorskaya Î.À., Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain 4148-Me. Ex: hot spring. E43°06'19 N44°0'49. Ursdon, North Ossetia. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 53oC, C-1) |
| Mesorhizobium sp. | |
| VKM B-1336 | <-- INMI, VKM B-1336 < Vasilyeva L.V. INMI, 1109. Received as: Angulomicrobium tetraedrale. Ex: peatbog. Moscow Region. Russia DNA sequences: 16S rRNA gene: AJ542534. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 56, 30oC, F-1, S-4, S-5) |
| Mesorhizobium sp. | |
| UQM 40580 | <-- UNIQEM, UQM 40580 <-- A.Yu. Sorokina, Winogradsky Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 960 = Oga 4, 2013. Ex: A.Yu. Sorokina, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia. Russian Federation. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 35oC, C-1) |
| Methanobacterium arcticum Shcherbakova et al. 2011 | |
| VKM B-2371 Type | <-- Shcherbakova V.A. IBPM. Received as: Methanobacterium sp. M2. (DSM 18444). Ex: permafrost sample. Kolyma Lowland, Arctic. Russia DNA sequences: 16S rRNA gene: DQ517520. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 361, 37oC Growth condition: anaerobic., C-8, S-2) |
| Methanobacterium bryantii Balch and Wolfe 1981 | |
| VKM B-1629 Type | <-- Obraszova A.Ya. IBPM, M.o.H < Zeikus G.J. (DSM 863; ATCC 33272; OCM 110). Ex: syntrophic association Metanobacterium omelianskii. USA DNA sequences: M59124. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 176, 37-39oC Growth condition: anaerobic., C-8, S-2) |
| Methanobacterium bryantii Balch and Wolfe 1981 | |
| VKM B-1630 | <-- Obraszova A.Ya. IBPM, 51. Ex: oil pool. Bondyuzhskoe oil deposit. Republic of Tatarstan, Elabuga. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 176, 45oC Growth condition: anaerobic., C-8, S-2) |
| Methanobacterium bryantii Balch and Wolfe 1981 | |
| VKM B-1631 | <-- Obraszova A.Ya. IBPM, 26. Ex: water injected into oil well. Bondyuzhskoe oil deposit. Republic of Tatarstan, Elabuga. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 176, 45oC Growth condition: anaerobic., C-8, S-2) |
| Methanobacterium congolense Cuzin et al 2001 | |
| VKM B-2198 | <-- Shcherbakova V.A. IBPM, MH. Ex: anaerobic sewage sludge digester. Moscow Region. Russia DNA sequences: 16S rRNA gene KU991820. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 176, 37oC Growth condition: anaerobic., C-8, S-2) |
| Methanobacterium formicicum Schnellen 1947 | |
| VKM B-1632 | <-- Obraszova A.Ya. IBPM, 41. Ex: stratal water. Bondyuzhskoe oil deposit. Republic of Tatarstan, Elabuga. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 176, 37oC Growth condition: anaerobic., C-8, S-2) |
| Methanobacterium formicicum Schnellen 1947 | |
| VKM B-1633 | <-- Obraszova A.Ya. IBPM, 48. Ex: oil pool. Bondyuzhskoe oil deposit. Republic of Tatarstan, Elabuga. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 176, 37oC Growth condition: anaerobic., C-8, S-2) |
| Methanobacterium formicicum Schnellen 1947 | |
| VKM B-1957 Type | <-- Zhilina T.N. INMI, DSM 1535 < Wolfe R.S. < Bryant M.P., MF. Received as: Methanobacterium formicicum MF. (ATCC 33274; DSM 1535; JCM 10132; NBRC 100475; OCM 55). Ex: anaerobic sewage sludge digester. Illinois, Urbana. USA DNA sequences: 16S rRNA gene: AF169245. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 176, 37oC Growth condition: anaerobic., C-8, S-2) |
| Methanobacterium ivanovii Jain et al. 1988 | |
| VKM B-1634 Type | <-- Obraszova A.Ya. IBPM, 31. (DSM 2611; OCM 140). Ex: oil pool, depth 1500-1700 m. Bondyuzhskoe oil deposit. Republic of Tatarstan, Elabuga. Russia DNA sequences: AF095261. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 176, 37-45oC Growth condition: anaerobic., C-8, S-2) |
| Methanobacterium sp. | |
| VKM B-1960 | <-- Zhilina T.N. INMI, Z-1901. Ex: water. Geyser hydrothermal system, caldera, Uzon Volcano, Kamchatka Peninsula. Kamchatka Territory. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 176, 55-60oC Growth condition: anaerobic., C-8, S-2) |
| Methanobacterium sp. | |
| VKM B-1961 | <-- Zhilina T.N. INMI, Z-1201. Ex: microbial association Methanobacillus kusnezovii. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 176, 58oC Growth condition: anaerobic., C-8, S-2) |
| Methanobacterium thermoautotrophicus corrig. Blotevogel and Fischer 1988 | |
| VKM B-1959 Type | <-- Obraszova A.Ya. IBPM, DSM 3266 < Blotevogel K.H. Synonym: Methanobacterium thermoaggregans Blotevogel and Fischer 1988. (DSM 3266; ATCC 43168). Ex: sludge from cattle pasture. Oldenburg. Germany DNA sequences: 16S rRNA gene: HE654005. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 176, 65oC Growth condition: anaerobic., S-3) |
| Methanobacterium veterum Krivushin et al. 2010 | |
| VKM B-2440 Type | <-- Shcherbakova V.A. IBPM, MK4. Received as: Methanobacterium sp. (DSM 19849). Ex: ancient permafrost. Kolyma Lowland, Arctic. Russia DNA sequences: 16S rRNA gene: EF016285. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 368, 28oC Growth condition: anaerobic., C-8, S-2) |
| Methanocalculus natronophilus Zhilina et al. 2013 | |
| VKM B-2765 Type | <-- Zhilina T.N. INMI RAS. Received as: Z-7105. (DSM 25006). Ex: soda lake. Tanatar II Lake. Altai Territory. Russia DNA sequences: 16S rRNA gene: JX966306. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 326, 35oC Growth condition: anaerobic, pH 9.0-9.5., F-2, S-2) |
| Methanocalculus sp. | |
| UQM 40343 | <-- UNIQEM, UQM 40343 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 952 = AMF-E1. Ex: hypersaline soda lakes (a mix of samples). Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: JQ724114. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanocalculus sp. | |
| UQM 40344 | <-- UNIQEM, UQM 40344 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 946 = AMF-P1. Ex: hypersaline soda lakes (a mix of samples). Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: JQ724111. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanocalculus sp. | |
| UQM 40345 | <-- UNIQEM, UQM 40345 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strainUNIQEM 954 =AMF-Bu2M. Ex: hypersaline soda lakes (a mix of samples). Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: JQ837895. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanocalculus sp. | |
| UQM 40346 | <-- UNIQEM, UQM 40346 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 859 = AMF1. Ex: hypersaline soda lakes (a mix of samples). Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: HM053968.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanocalculus sp. | |
| UQM 40348 | <-- UNIQEM, UQM 40348 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 950 = AMF-B1. Ex: hypersaline soda lakes (a mix of samples). Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: JQ724112. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanocalculus sp. | |
| UQM 40349 | <-- UNIQEM, UQM 40349 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 947 =AMF-P2. Ex: hypersaline soda lakes (a mix of samples). Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: JQ724115. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanocalculus sp. | |
| UQM 40350 | <-- UNIQEM, UQM 40350 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 945 = AMF10. Ex: highly alkaline saline soda lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: JQ837893. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanocalculus sp. | |
| UQM 40351 | <-- UNIQEM, UQM 40351 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 953 = AMF-B2M. Ex: hypersaline soda lakes (a mix of samples). Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: JQ837894. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanocalculus sp. | |
| UQM 40352 | <-- UNIQEM, UQM 40352 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 858 = AMH1. Ex: hypersaline soda lakes (a mix of samples). Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: HM053967. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanocalculus sp. | |
| UQM 40353 | <-- UNIQEM, UQM 40353 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 951 = AMF-Bu2. Ex: hypersaline soda lakes (a mix of samples). Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: JQ724113. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanocalculus sp. | |
| UQM 40354 | <-- UNIQEM, UQM 40354 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, RAS, Moscow, Russia, strain UNIQEM 955 = AMFS1. Ex: D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia. Kulunda Steppe. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanocalculus sp. | |
| UQM 40355 | <-- UNIQEM, UQM 40355 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 948 =AMF-P3. Ex: hypersaline soda lakes (a mix of samples). Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: JQ724116. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanocalculus sp. | |
| UQM 40356 | <-- UNIQEM, UQM 40356 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 940 =AMF3. Ex: highly alkaline saline soda lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: JQ724109. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanocalculus sp. | |
| UQM 40357 | <-- UNIQEM, UQM 40357 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 941 = AMF4. Ex: highly alkaline saline soda lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: JQ724110. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanocalculus sp. | |
| UQM 40358 | <-- UNIQEM, UQM 40358 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 942 = AMF5-. Ex: highly alkaline saline soda lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: JQ837890, genome: GCA_024170265.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanocalculus sp. | |
| UQM 40359 | <-- UNIQEM, UQM 40359 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 944 =AMF7. Ex: highly alkaline saline soda lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: JQ837892. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanocalculus sp. | |
| UQM 40360 | <-- UNIQEM, UQM 40360 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 943 = AMF6. Ex: highly alkaline saline soda lake. Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene:JQ837891.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanocalculus. sp. | |
| UQM 40347 | <-- UNIQEM, UQM 40347 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 950 = AMF-Bu1. Ex: hypersaline soda lakes (a mix of samples). Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: JQ724117. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanoculleus sp. | |
| VKM B-3409 | . Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 489, 37oC Growth condition: anaerobic., F-2) |
| Methanolobus sp. | |
| UQM 40341 | <-- UNIQEM, UQM 40341 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 857 = AME1. Ex: hypersaline soda lakes (a mix of samples). Kulunda Steppe. Russian Federation DNA sequences: mcrA gene: KM259862.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanolobus sp. | |
| UQM 40342 | <-- UNIQEM, UQM 40342 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 939=AME5. Ex: highly alkaline saline soda lake. Kulunda Steppe. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methanonatronarchaeum thermophilum Sorokin et al. 2018 | |
| UQM 40340 type strain | <-- UNIQEM, UQM 40340 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 982 = AMET1, 2014. (DSM 28684, NBRC 110805). Ex: hypersaline soda lakes (a mix of samples). Kulunda Steppe. Russian Federation DNA sequences: 16S rRNA gene: KY449317, genome: MRZU00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 50oC, C-1) |
| Methanosarcina barkeri Schnellen 1947 | |
| VKM B-1635 Type | <-- Obraszova A.Ya. IBPM, MS < Zeikus G., MS. (ATCC 43569; DSM 800; JCM 10043; NBRC 100474; OCM 38). Ex: anaerobic sewage sludge digester DNA sequences: AJ012094. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 176, 37oC Growth condition: anaerobic., S-2) |
| Methanosarcina lacustris Simankova et al. 2002 | |
| VKM B-2268 Type | <-- Simankova M.V. INMI. Received as: Methanosarcina sp. ZS. (DSM 13486). Ex: anoxic lake sediments. Lake. Switzerland DNA sequences: 16S rRNA gene: AF432127. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 117, 25oC Growth condition: anaerobic., S-2) |
| Methanosarcina lacustris Simankova et al. 2002 | |
| UQM 40972 type strain | <-- UNIQEM, UQM 40972 <-- Parshina S.N., INMI <-- M. V. Simankova, ZS, 1999, INMI. (DSM 13486, VKM B-2268). Ex: anoxic lake sediment. Switzerland. Switzerland. Switzerland DNA sequences: 16S rRNA gene: AF432127. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 301, 25oC, S-1) |
| Methanosarcina mazei (Barker 1936) Mah and Kuhn 1984 | |
| VKM B-1636 Type | <-- Obraszova A.Ya. IBPM, S-6 < DSMZ, DSM 2053. Synonym: Methanococcus mazei Barker 1936. (DSM 2053; Mah R.A. S-6). Ex: sewage sludge. California. USA DNA sequences: AJ012095. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 176, 37oC Growth condition: anaerobic., S-2) |
| Methanosarcina mazei (Barker 1936) Mah and Kuhn 1984 | |
| VKM B-1637 | <-- Obraszova A.Ya. IBPM, 47. Ex: stratal water of oil pool. Bondyuzhskoe oil deposit. Republic of Tatarstan, Elabuga. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 117, 37oC Growth condition: anaerobic., S-2) |
| Methanosarcina mazei (Barker 1936) Mah and Kuhn 1984 | |
| VKM B-2370 | <-- Shcherbakova V.A. IBPM, JL01. Received as: Methanosarcina sp. (JCM 31898). Ex: permafrost sample. Kolyma Lowland, Arctic. Russia DNA sequences: 16S rRNA gene: AF519802. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 333, 28oC Growth condition: anaerobic., C-8, S-2) |
| Methanosarcina mazei (Barker 1936) Mah and Kuhn 1984 | |
| VKM B-2824 | <-- Kondrashov F. Received as: TMA. Synonym: Methanococcus frisius Blotevogel et al. 1986; Methanococcus mazei Barker 1936; Methanosarcina frisia (Blotevogel et al. 1986) Blotevogel and Fischer 1989. (DSM 9195). Ex: paddy field soil. Fukuoka Prefecture, Chikugo. Japan DNA sequences: mcrA gene: AB300778. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 117, 37oC Growth condition: anaerobic., F-2, S-2) |
| Methanosarcina mazei (Barker 1936) Mah and Kuhn 1984 | |
| VKM B-2827 | <-- Kondrashov F. ICREA. Received as: Methanosarcina mazei LYC. Synonym: Methanococcus frisius Blotevogel et al. 1986; Methanococcus mazei Barker 1936; Methanosarcina frisia (Blotevogel et al. 1986) Blotevogel and Fischer 1989. (DSM 4556; ATCC 43573; OCM 34). Ex: alkaline sludge, oil exploration drilling site. Hula swamp area. Israel. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 360, 37oC Growth condition: anaerobic., F-2, S-2) |
| Methanosarcina porcellina Parshina et al. 2015 | |
| VKM B-2806 Type | <-- Parshina S.N., INMI. Received as: Methanosarcina sp. Pr2. (DSM 15128). Ex: liquid manure stored at temperatures below 10 C. Republic of Crimea. Russia DNA sequences: 16S rRNA gene: HG531806. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 333, 25-30oC Growth condition: anaerobic., F-2, S-2) |
| Methanosarcina porcellina Parshina et al. 2015 | |
| VKM B-2807 Type | <-- Parshina S.N., INMI. Received as: Methanosarcina sp. Pr1. (DSM 29842). Ex: liquid manure stored at temperatures below 10 C. Republic of Crimea. Russia DNA sequences: 16S rRNA gene: HG531808. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 333, 21oC Growth condition: anaerobic., F-2, S-2) |
| Methanosarcina soligelidi Wagner et al. 2013 | |
| VKM B-3519 Type strain | <-- Rivkina E.M. Received as: Methanosarcina soligelidi SMA-21. (DSM 26065, JCM 18468). Ex: permafrost-affected soil. Lena delta. Samoylov island. Russia DNA sequences: 16S rRNA gene: JF812255; complete genome: JQLR00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 333, 28oC Growth condition: anaerobic., S-2) |
| Methanosarcina sp. | |
| VKM B-2825 | <-- Kondrashov F. Received as: Methanosarcina sp. FR-1. (DSM 2256; OCM 93). Ex: activated sludge 11/5000. UK. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 360, 35oC Growth condition: anaerobic., F-2, S-2) |
| Methanosarcina sp. | |
| UQM 40973 proposed as type strain | <-- UNIQEM, UQM 40973 <-- Parshina S.N., Pr1, 2015, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia. (VKM B-2807). Ex: sedimentation pond for liquid waste from a pig farm. Republic of Crimea. Republic of Crimea. Republic of Crimea DNA sequences: 16S rRNA gene: HG531808.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 333, 21oC, S-1) |
| Methanosarcina thermophila Zinder et al. 1985 | |
| VKM B-2277 | <-- Kotelnikova S.V. IBPM, TS1. Ex: anaerobic sewage sludge digester. Moscow Region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 117, 50-55oC Growth condition: anaerobic., C-8, S-2) |
| Methanosarcina vacuolata Zhilina and Zavarzin 1987 | |
| VKM B-2826 Type | <-- Zhilina T.N. INMI. Received as: Methanosarcina vacuolata Z-761. (DSM 1232; ATCC 35090; OCM 85). Ex: sludge of a methane tank. Moscow. Russia DNA sequences: 16S rRNA gene: FR733661. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 360, 37oC Growth condition: anaerobic., F-2, S-2) |
| Methanosarcina sp. | |
| UQM 40974 proposed as type strain | <-- UNIQEM, UQM 40974 <-- Parshina S.N., Pr2, 2015, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia. (DSM 15128, VKM B-2806). Ex: sedimentation pond for liquid waste from a pig farm. Republic of Crimea. Republic of Crimea. Republic of Crimea DNA sequences: 16S rRNA gene: HG531806.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 333, 25oC, S-1) |
| Methanospirillum hungatei Ferry et al. 1974 | |
| VKM B-2777 Type | <-- Parshina S.N., INMI. Received as: Methanospirillum hungatei JF-1. Synonym: Methanospirillum hungatii corrig. Ferry et al. 1974 emend. Iino et al. 2010. (ATCC 27890; DSM 864; JCM 10133; NBRC 100397; OCM 16). Ex: activated sludge 11/5000. USA DNA sequences: 16S rRNA gene: AY196683. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 334, 37oC Growth condition: anaerobic., F-2) |
| Methanospirillum lacunae Iino et al. 2010 | |
| VKM B-2843 Type | <-- JCM, Mori K. Received as: JF-1, JCM 16384. (NBRC 104920; JCM 16384). Ex: puddly soil. Chiba, Kisarazu. Japan DNA sequences: 16S rRNA gene: AB517986. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 334, 30oC Growth condition: anaerobic., F-2, S-2) |
| Methanospirillum stamsii Parshina et al. 2014 | |
| VKM B-2808 Type | <-- Parshina S.N., INMI. Received as: Methanospirillum stamsii Pt. (DSM 26304). Ex: sludge from a laboratory scale two-stage anaerobic EGSB bioreactor fed with acetate, propionate and butyrate. Wageningen. Netherlands DNA sequences: 16S rRNA gene: HF569045. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 334, 20-30oC Growth condition: anaerobic., F-2, S-2) |
| Methanospirillum stamsii Parshina et al. 2014 | |
| UQM 40975 type strain | <-- UNIQEM, UQM 40975 <-- Parshina S.N., Pt1, 2014, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia. (DSM 26304, VKM B-2808). Ex: granulated biomass of an anaerobic expanded granular sludge bed bioreactor operated at low temperature. Netherlands, Wageningen. Wageningen. Netherlands DNA sequences: 16S rRNA gene: HF569045. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 334, 30oC, S-1) |
| Methanothermobacter defluvii (Kotelnikova et al. 1994) Boone 2002 | |
| VKM B-1962 Type | <-- Kotelnikova S.V. IBPM, ADZ. Received as: Methanobacterium sp. ADZ. Synonym: Methanobacterium defluvii Kotelnikova et al. 1994. (ATCC 51443; DSM 7466; OCM 570). Ex: anaerobic sewage sludge digester. Chemical plant wastewater. Nizhnii Novgorod Region, Dzerzhinsk. Russia DNA sequences: 16S rRNA gene: X99046. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 176, 60oC Growth condition: anaerobic., C-8, S-2) |
| Methanothermobacter thermautotrophicus (Zeikus and Wolfe 1972) Wasserfallen et al. 2000 | |
| VKM B-1851 | <-- Kotelnikova S.V. IBPM, DV. Received as: Methanobacterium thermoformicicum. Synonym: Methanobacterium thermautotrophicum corrig. Zeikus and Wolfe 1972 emend. Touzel et al. 1992; Methanobacterium thermoformicicum Zhilina and Ilarionov 1986; Methanobacterium thermalcaliphilum corrig. Blotevogel et al. 1988. Ex: water. Geyser hydrothermal system, caldera, Uzon Volcano, Kamchatka Peninsula. Kamchatka Territory. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 176, 62oC Growth condition: anaerobic., C-8, S-3) |
| Methanothermobacter thermautotrophicus (Zeikus and Wolfe 1972) Wasserfallen et al. 2000 | |
| VKM B-1852 | <-- Kotelnikova S.V. IBPM, F-1. Received as: Methanobacterium thermoformicicum. Synonym: Methanobacterium thermautotrophicum corrig. Zeikus and Wolfe 1972 emend. Touzel et al. 1992; Methanobacterium thermoformicicum Zhilina and Ilarionov 1986; Methanobacterium thermalcaliphilum corrig. Blotevogel et al. 1988. Ex: anaerobic sewage sludge digester. Moscow Region, Lyubertsy. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 176, 58oC Growth condition: anaerobic., C-8, S-2) |
| Methanothermobacter thermautotrophicus (Zeikus and Wolfe 1972) Wasserfallen et al. 2000 | |
| VKM B-1908 Type | <-- Obraszova A.Ya. IBPM, delta H. Received as: Methanobacterium thermautotrophicum äåëüòà H. Synonym: Methanobacterium thermautotrophicum corrig. Zeikus and Wolfe 1972 emend. Touzel et al. 1992 Type; Methanobacterium thermoformicicum Zhilina and Ilarionov 1986; Methanobacterium thermalcaliphilum corrig. Blotevogel et al. 1988. (ATCC 29096; DSM 1053; Zeikus J.G. delta H). Ex: anaerobic sewage sludge digester. Illinois, Urbana. USA DNA sequences: 16S rRNA gene: AY196660. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 176, 65oC Growth condition: anaerobic., C-8, S-3) |
| Methanothermobacter thermautotrophicus (Zeikus and Wolfe 1972) Wasserfallen et al. 2000 | |
| VKM B-1958 | <-- ObraszovaA.Ya. IBPM < DSMZ, DSM 3267 < Blotevogel K.H.,AC60. Received as: Methanobacterium thermoalcaliphilum. Synonym: Methanobacterium thermautotrophicum corrig. Zeikus and Wolfe 1972 emend. Touzel et al. 1992; Methanobacterium thermoformicicum Zhilina and Ilarionov 1986; Methanobacterium thermalcaliphilum corrig. Blotevogel et al. 1988 Type. (ATCC 43169; DSM 3267). Ex: biogas plant. Paderborn. Germany. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 176, 60oC Growth condition: anaerobic., C-8, S-2) |
| Methanothermobacter thermoflexus (Kotelnikova et al. 1994) Boone 2002 | |
| VKM B-1963 Type | <-- Kotelnikova S.V. IBPM. Received as: Methanobacterium sp. IDZ. Synonym: Methanobacterium thermoflexum Kotelnikova et al. 1994. (ATCC 51444; DSM 7268; OCM 571). Ex: anaerobic sewage sludge digester. Waste waters containing methacrylates. Nizhnii Novgorod Region, Dzerzhinsk. Russia DNA sequences: 16S rRNA gene: X99047. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 115, 55oC Growth condition: anaerobic., S-2) |
| Methanothermobacter thermophilus (Laurinavichus et al. 1990) Boone 2002 | |
| VKM B-1786 Type | <-- Kotelnikova S.V. IBPM, M. Received as: Methanobacterium thermophilum M. Synonym: Methanobacterium thermophilum Laurinavichius et al. 1990. (DSM 6530; OCM 231). Ex: anaerobic sewage sludge digester. Lyubertsy anaerobic sewage sludge digestor. Moscow Region, Lyubertsy. Russia DNA sequences: 16S rRNA gene: X99048. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 176, 57oC Growth condition: anaerobic., C-8, S-3) |
| Methylobacillus arboreus Gogleva et al. 2012 | |
| VKM B-2590 Type | <-- Doronina N.V. IBPM, Iva. Received as: Methylobacillus arboreus Type. (CCUG 59684; DSM 23628). Ex: Salix fragilis, buds. City park. Moscow Region, Pushchino. Russia DNA sequences: 16S rRNA gene: GU937479; mxaF gene: HM030736. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 25oC, F-1) |
| Methylobacillus caricis Agafonova et al. 2020 | |
| VKM B-3158 Type | <-- Agafonova N.V. IBPM, OV. Received as: Methylobacillus caricis. (JCM 32031). Ex: rhizosphere of Carex sp. Moscow Region, Pushchino. Russia DNA sequences: 16S rRNA gene: KY806199; mxaF gene: KY807769. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, F-1, F-3) |
| Methylobacillus flagellatus Govoruhina et al. 1998 | |
| VKM B-1610 Type | <-- Trotsenko Yu.A. IBPM, KT. Received as: Methylobacillus flagellatum. (ATCC 51484; DSM 6875). Ex: waste waters. Moscow. Russia DNA sequences: 16S rRNA gene: DQ287787. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 42oC, S-1) |
| Methylobacillus glycogenes Yordy and Weaver 1977 emend. Urakami and Komagata 1986 | |
| VKM B-2060 Type | <-- Doronina N.V. IBPM < D. Byron, ATCC 29475. Received as: Methylobacillus glycogenes Type. (ATCC 29475; DSM 5685; JCM 2850; LMG 6082; NCIMB 11375). Ex: decaying tomato. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, F-1) |
| Methylobacillus gramineus Gogleva et al. 2012 | |
| VKM B-2591 Type | <-- Doronina N.V. IBPM, Lap. Received as: Methylobacillus gramineus Type. (CCUG 59683; DSM 23629). Ex: phyllosphere of silverweed, Potentilla anserina. City park. Moscow Region, Pushchino. Russia DNA sequences: 16S rRNA gene: GU937478; mxaF gene: HM030735. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 25oC, F-1) |
| Methylobacillus methanolivorans Kaparullina et al. 2017 | |
| VKM B-3037 Type | <-- Doronina N.V. IBPM, Z. Received as: Methylobacillus methanolivorans. (JCM 31401; CCUG 68999). Ex: activated sludge. Drainage system of the Baikal pulp and paper mill. Irkutsk Region, Slyudyanskyi District. Russia DNA sequences: 16S rRNA gene: KX057479. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, F-1, F-3) |
| Methylobacter marinus Bowman et al. 1993 | |
| VKM B-2115 | <-- Doronina N.V. IBPM < Galchenko V.F. INMI, 90. Received as: Methylobacter chroococcum Whittenbury et al. 1970 Type DNA sequences: nifH gene: AF484675. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC Growth condition: CH4/Air 1:1., C-9) |
| Methylobacter marinus Bowman et al. 1993 | |
| UQM 40024 | <-- UNIQEM, UQM 40024 < Galchenko V.F., UNIQEM 90, 1999. (VKM B-2115) DNA sequences: https://www.ncbi.nlm.nih.gov/nuccore/AF484675.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC, C-1) |
| Methylobacter sp. | |
| UQM 40008 | <-- UNIQEM, UQM 40008 < Galchenko V.F., UNIQEM 30, 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 30oC, C-1) |
| Methylobacter sp. | |
| UQM 40010 | <-- UNIQEM, UQM 40010 < Galchenko V.F., UNIQEM 38, 1999. Donetsk. Ukraine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 30oC, C-1) |
| Methylobacter sp. | |
| UQM 40014 | <-- UNIQEM, UQM 40014 < Galchenko V.F., UNIQEM 65, 1999. Donetsk. Ukraine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 30oC, C-1) |
| Methylobacter sp. | |
| UQM 40017 | <-- UNIQEM, UQM 40017 < Galchenko V.F., UNIQEM 72, 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC, C-1) |
| Methylobacter sp. | |
| UQM 40020 | <-- UNIQEM, UQM 40020 < Galchenko V.F., UNIQEM 80, 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC, C-1) |
| Methylobacter sp. | |
| UQM 40022 | <-- UNIQEM, UQM 40022 < Galchenko V.F., UNIQEM 87. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 30oC, C-1) |
| Methylobacter sp. | |
| UQM 40023 | <-- UNIQEM, UQM 40023 < Galchenko V.F., UNIQEM 89, 1999. (VKM B-2111) DNA sequences: 16S rRNA gene: L20839.1,https://www.ncbi.nlm.nih.gov/nuccore/L20839.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC, C-1) |
| Methylobacter sp. | |
| UQM 40026 | <-- UNIQEM, UQM 40026 < Galchenko V.F., UNIQEM 98, 1999. (VKM B-2112) DNA sequences: https://www.ncbi.nlm.nih.gov/nuccore/AF484678.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC, C-1) |
| Methylobacterium extorquens (Urakami and Komagata 1984) Bousfield and Green 1985 emend. Kato et al. 2008 | |
| VKM B-2223 | <-- Doronina N.V. IBPM, CM4. Received as: Methylobacterium chloromethanicum Type. Synonym: Methylobacterium extorquens (Urakami and Komagata 1984 ex Bassalik 1913) Bousfield and Green 1985; Protomonas extorquens (ex Bassalik 1913) Urakami and Komagata 1984. (NCIMB 13688). Ex: soil. Oil refinery. Republic of Tatarstan, Nizhekamsk. Russia DNA sequences: chromosome: CP001298; plasmids: CP001300, CP001299. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, F-1) |
| Methylobacterium fujisawaense Green et al. 1988 | |
| VKM B-2158 Type | <-- Doronina N.V. IBPM, NCIMB 12417 < Kouno K., 0-31. Received as: Methylobacterium fujisawaense Type. (ATCC 43884; BCRC 17093; CCUG 36914; CIP 103775; DSM 5686; JCM 10890; KACC 10744; NBRC 15843; NCIMB 12417). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 133, 30oC, F-1, F-3) |
| Methylobacterium mesophilicum (Austin and Goodfellow 1979) Green and Bousfield 1983 | |
| VKM B-2143 Type | <-- Doronina N.V. IBPM, JCM 2829 < Urakami T., TK 0034 < ATCC 29983 < AustinB., A47. Received as: Methylobacterium mesophilicum Type. Synonym: Pseudomonas mesophilica Austin and Goodfellow 1979. (ATCC 29983; CCUG 16482; CIP 101129; DSM 1708; JCM 2829; LMG 5275; NBRC 15688; NCIMB 1156; NRRL B-14246). Ex: Lolium perenne, leaf. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 162, 30oC, F-1) |
| Methylobacterium nodulans Jourand et al. 2004 | |
| VKM B-3209 Type | <-- Doronina N.V. IBPM, ORS 2060 < Marx C., Department of Organismic and Evolutionary Biology, Harvard University, ORS2060. (LMG 21967). Ex: Crotalaria podocarpa, root nodules. Dakar, Bel-Air area. Senegal. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 292, 30oC, F-1, F-3) |
| Methylobacterium organophilum Patt et al. 1976 | |
| VKM B-2066 Type | <-- Doronina N.V. IBPM < NCIMB, NCIMB 11278 < ATCC. Received as: Methylobacterium organophilum Type. (ATCC 27886; CIP 101049; DSM 760; HAMBI 2263; NBRC 15689; JCM 2833; LMG 6083; NCCB 78041). Ex: sediment. Mendota Lake. Wisconsin, Madison. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, F-1) |
| Methylobacterium organophilum Patt et al. 1976 | |
| UQM 41429 type strain | <-- UNIQEM, UQM 41429 <-- E.N.Tikhonova, Winogradsky Institute of Microbiology, RAS, Moscow, Russia, B-2066 <-- VKM <--Doronina N.V. IBPM. (ATCC 27886, CIP 101049; DSM 18172; IFO 15689; JCM 2833; LMG 6083; NBRC 15689; NCCB 78041; VKM B-2066). Wisconsin, Madison, Mendota Lake. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, C-1, S-1) |
| Methylobacterium radiotolerans (Ito and Iizuko 1971) Green and Bousfield 1983 | |
| VKM B-2144 Type | <-- Doronina N.V. IBPM, JCM 2831 < JCM, JCM 2831 < IAM 12098 < Ito H. and Iizuka H., strain O-1. Received as: Methylobacterium radiotolerans Type. Synonym: Pseudomonas radiora Ito and Iizuka 1971. (JCM 2831; ATCC 27329; CIP 101128; DSM 1819; IAM 12098; IFO 15690; LMG 2269; NCIMB 10815). Ex: japanese unhulled old rice. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 30oC Growth condition: CH4/Air 1:1., C-9) |
| Methylobacterium sp. | |
| UQM 40209 | <-- UNIQEM, UQM 40209 < Nikitin D.I., UNIQEM 680 (Methylobacterium sp. NP-233). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 27oC, C-1) |
| Methylobacterium sp. | |
| UQM 40210 | <-- UNIQEM, UQM 40210 < Nikitin D.I., UNIQEM 679 (Methylobacterium sp. NP-225). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 27oC, C-1) |
| Methylobacterium sp. | |
| UQM 40211 | <-- UNIQEM, UQM 40211 < Nikitin D.I., UNIQEM 643 (Methylobacterium sp. K-6). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 27oC, C-1) |
| Methylobacterium sp. | |
| UQM 40212 | <-- UNIQEM, UQM 40212 < Nikitin D.I., UNIQEM 641 (Methylobacterium sp. NP-230). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 27oC, C-1) |
| Methylobacterium sp. | |
| UQM 40213 | <-- UNIQEM, UQM 40213 < Nikitin D.I., UNIQEM 638 < ? < Heyer J., Methylobacterium sp. R-15d, collection of ZIMET Jena. unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 27oC, C-1) |
| Methylobacterium sp. | |
| UQM 40214 | <-- UNIQEM, UQM 40214 < Nikitin D.I., UNIQEM 642 (Methylobacterium sp. NP-231). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 27oC, C-1) |
| Methylobacterium sp. | |
| UQM 40215 | <-- UNIQEM, UQM 40215 < Nikitin D.I., UNIQEM 640 (Methylobacterium sp. NP-228). unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 3, 27oC, C-1) |
| Methylobacterium sp. | |
| UQM 40216 | <-- UNIQEM, UQM 40216 < Nikitin D.I., UNIQEM 639 (deposited as 'Methylobacterium organophilum XX). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 128, 27oC, C-1) |
| Methylobacterium sp. | |
| UQM 40217 | <-- UNIQEM, UQM 40217 < Nikitin D.I., UNIQEM 587 (deposited as 'Methylobacterium organophilum D-08). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 128, 27oC, C-1) |
| Methylobacterium sp. | |
| UQM 40218 | <-- UNIQEM, UQM 40218 < Nikitin D.I., UNIQEM 588 (deposited as 'Methylobacterium organophilum K2-11). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 128, 27oC, C-1) |
| Methylobacterium sp. | |
| UQM 40219 | <-- UNIQEM, UQM 40219 < Nikitin D.I., UNIQEM 586 (deposited as 'Methylobacterium organophilum NP-221). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 128, 27oC, C-1) |
| Methylobacterium sp. | |
| UQM 40220 | <-- UNIQEM, UQM 40220 < Nikitin D.I., UNIQEM 635 (deposited as 'Methylobacterium organophilum NP-222). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 128, 27oC, C-1) |
| Methylobacterium sp. | |
| UQM 40221 | <-- UNIQEM, UQM 40221 < Nikitin D.I., UNIQEM 636 (deposited as 'Methylobacterium organophilum N4). Ex: subsoil ground. Moscow region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 128, 27oC, C-1) |
| Methylobacterium sp. | |
| UQM 40222 | <-- UNIQEM, UQM 40222 < Nikitin D.I., UNIQEM 644 (deposited as 'Methylobacterium organophilum NP-101). Ex: chernozem soil. Khomutovskaya Steppe Botanical Reserve, Donetsk Oblast, Ukranian SSR. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 128, 27oC, C-1) |
| Methylobacterium sp. | |
| UQM 40223 | <-- UNIQEM, UQM 40223 < Nikitin D.I., UNIQEM 636 (deposited as 'Methylobacterium organophilum N5). Ex: subsoil ground. Moscow region. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 128, 27oC, C-1) |
| Methylobacterium sp. | |
| UQM 40224 | <-- UNIQEM, UQM 40224 < Nikitin D.I., UNIQEM 585 (deposited as 'Methylobacterium organophilum NP-220). Ex: colmatage at wetland. Zvenigorod Biostation of Moscow State University, Moscow region. USSR. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 128, 27oC, C-1) |
| Methylobrevis pamukkalensis Poroshina et al. 2015 | |
| VKM B-2849 Type | <-- Doronina N.V. IBPM, PK2. Received as: Methylobrevis pamukkalensis Type. (JCM 30229). Ex: water. saline hot spring, Hierapolis-Pamukkale. Denizli. Republic of Turkey DNA sequences: 16S rRNA gene: KF683074; draft genome: MCRJ00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, F-1, F-3) |
| Methylocapsa acidiphila Dedysh et al. 2002 | |
| UQM 41023 | <-- UNIQEM, UQM 41023 <-- S.N. Dedysh, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain B2, 2002. (DSM 13967, NCIMB 13765). Ex: sphagnum bog. West Siberia, Bakchar Bog. South-Western Siberia. Russia DNA sequences: 16S rRNA gene: AJ278726.1, genome: NZ_ATYA00000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 414, 20oC, C-1, S-1) |
| Methylocapsa aurea Dunfield et al. 2010 | |
| VKM B-2544 Type | <-- Dedysh S.N. INMI, KYG. Received as: Methylocapsa aurea Type. (DSM 22158). Ex: sediment of an ephemeral brook in a forest. near Marburg. Germany. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 287, 28oC, F-2) |
| Methylocapsa aurea Dunfield et al. 2010 | |
| UQM 41024 Type | <-- UNIQEM, UQM 41024 <--Dedysh S.N. INMI, KYGT, 2010 < Dunfield P.F. (DSM 22158, VKM B-2544). Ex: sediment of an ephemeral brook in a forest. near Marburg. Germany DNA sequences: 16S rRNA gene: FN433469.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 287, 28oC, C-1) |
| Methylocapsa palsarum Dedysh et al. 2015 | |
| VKM B-2945 Type | <-- Dedysh S.N. Research Center of Biotechnology RAS, NE2. Received as: Methylocapsa palsarum Type. (DSM 29914; LMG 28715). Ex: moss Spagnum lindbergii. Arctic tundra. Norway DNA sequences: draft genome: FOSN00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 262, 20oC Growth condition: aerobic with 20-30% methane in the headspace., F-2) |
| Methylocapsa palsarum Dedysh et al. 2015 | |
| UQM 41421 type strain | <-- UNIQEM, UQM 41421 <-- S.E. Belova, Winogradsky Inst. Microbiol., RAS, Moscow, Russia, NE2. (DSM 29914, LMG 28715; VKM B-2945). Arctic tundra. Norway. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 262, 20oC, C-1, S-1) |
| Methylococcus capsulatus Foster and Davis 1966 | |
| VKM B-2990 | <-- Doronina N.V. IBPM, BATH < Murrell J.C. University of Warwick, BATH. Received as: Methylococcus capsulatus. (ATCC 33009; LMG 26900; NCIMB 11132). Ex: mud and water samples. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 37oC Growth condition: CH4/Air 1:1., C-6) |
| Methylococcus capsulatus Foster and Davis 1966 | |
| UQM 40027 | <-- UNIQEM, UQM 40027 < Galchenko V.F., UNIQEM 109, 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 30oC, C-1) |
| Methylococcus capsulatus Foster and Davis 1966 | |
| UQM 40028 | <-- UNIQEM, UQM 40028 < Galchenko V.F., UNIQEM 113, 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 30oC, C-1) |
| Methylococcus capsulatus Foster and Davis 1966 | |
| UQM 40029 | <-- UNIQEM, UQM 40029 < Galchenko V.F., UNIQEM 113, 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 30oC, C-1) |
| Methylococcus capsulatus Foster and Davis 1966 | |
| UQM 40030 | <-- UNIQEM, UQM 40030 < Galchenko V.F., UNIQEM 115, 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 30oC, C-1) |
| Methylococcus capsulatus Foster and Davis 1966 | |
| UQM 40031 | <-- UNIQEM, UQM 40031 < Galchenko V.F., UNIQEM 10529, 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 30oC, C-1) |
| Methylococcus capsulatus | |
| UQM 41483 | <-- UNIQEM, UQM 41483 <-- S.N. Dedysh, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia strain BH. Ex: lake sediment. an unnamed lake in Krasnodar region. Russian Federation DNA sequences: Genome: CP079096. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 42oC, C-1) |
| Methylococcus capsulatus | |
| UQM 41484 | <-- UNIQEM, UQM 41484 <-- S.N. Dedysh, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain I01. Ex: activated sludge. Moscow. Russian Federation DNA sequences: Genome: CP079098. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 48oC, C-1) |
| Methylococcus capsulatus | |
| UQM 41485 | <-- UNIQEM, UQM 41485 <-- S.N. Dedysh, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain KN2. Ex: activated sludge. Moscow. Russian Federation DNA sequences: Genome : CP079097. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 49oC, C-1) |
| Methylococcus sp. | |
| UQM 41486 | <-- UNIQEM, UQM 41486 <-- S.N. Dedysh, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain MC7. Ex: landfill cover soil. Khanty-Mansiysk. Russian Federation DNA sequences: Genome: CP079095. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 49oC, C-1) |
| Methylococcus capsulatus organophilum | |
| UQM 41430 | <-- UNIQEM, UQM 41430 <-- E.N.Tikhonova, Winogradsky Institute of Microbiology, RAS, Moscow, Russia, B-2990 <-- VKM <--Doronina N.V. IBPM, BATH < Murrell J.C. University of Warwick, BATH. (VKM B-2990). Bath, SW England. England. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 37oC, C-1, S-1) |
| Methylocyclus albus Kalyuzhnaya et al. 2010 | |
| VKM B-2645 | <-- Doronina N.V. IBPM, RZ94 < Kalyuzhnaya M., RZ94. Ex: lake sediment. Washington Lake. Washington, Seattle. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 30oC, C-8) |
| Methylocystis bryophila Belova et al. 2013 | |
| VKM B-2545 Type | <-- Dedysh S.N. INMI, H2S. Received as: Methylocystis bryophila Type. (DSM 21852). Ex: sphagnum peat, bank of a bog lake. Teufelssee Lake, north eastern Germany. Germany. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 284, 22oC Growth condition: aerobic with 10-20% methane in the headspace., F-2) |
| Methylocystis bryophila Belova et al. 2013 | |
| UQM 41026 Type | <-- UNIQEM, UQM 41026 <--Dedysh S.N. INMI, H2sT, 2013 < Belova S.E., Dedysh S.N., 2006. (DSM 21852, VKM B-2545). Ex: Sphagnum peat, bank of a bog lake. Teufelssee Lake. NE. Germany DNA sequences: 16S rRNA gene: FN422003. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 284, 28oC, C-0) |
| Methylocystis echinoides (ex Gal'chenko et al. 1977) Bowman et al. 1993 | |
| VKM B-2128 Type | <-- Doronina N.V. IBPM < Galchenko V.F. INMI, 2. Received as: Methylocystis echinoides Type. (LMG 27198; NCIMB 13100; UNIQEM 25). Ex: sludge. Sewage treatment plant. Jena. Germany DNA sequences: 16S rRNA gene: AJ458473; nifD gene: AJ608699. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC Growth condition: CH4/Air 1:1., C-9) |
| Methylocystis echinoides (ex Gal'chenko et al. 1977) Bowman et al. 1993 | |
| UQM 40002 Type | <-- UNIQEM, UQM 40002 (= UNIQEM 25) < Galchenko V.F., 2, 1999. (VKM B-2128, LMG 27198; NCIMB 13100: IMET 10491). Moscow oblast. Russia DNA sequences: 16S rRNA gene: AJ458473.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC, C-1) |
| Methylocystis heyeri Dedysh et al. 2007 | |
| UQM 41422 type strain | <-- UNIQEM, UQM 41422 <-- S.E. Belova, Winogradsky Inst. Microbiol., RAS, Moscow, Russia <-- S. N. Dedysh, H2. (DSM 16984). Teufelssee. Germany. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 284, 20oC, C-1, S-1) |
| Methylocystis parva corrig. (ex Whittenbury et al. 1970) Bowman et al. 1993 | |
| VKM B-2129 Type | <-- Doronina N.V. IBPM < Galchenko V.F. INMI, 93 < Whittenbury R., OBBP. Received as: Methylocystis parvus Type. Synonym: Methylocystis parvus Whittenbury et al. 1970. (NCIMB 11129; UNIQEM 38). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC Growth condition: CH4/Air 1:1., C-9) |
| Methylocystis parvus (ex Whittenbury et al. 1970) Bowman et al. 1993 | |
| UQM 40025 Type | <-- UNIQEM, UQM 40025 < Galchenko V.F., UNIQEM OBBP, 1999 < Whittenbury R., OBBP. (NCIMB 11129, VKM B-2129 ; ACM 3309; ATCC 35066; IMET 10483). Ex: soil and freshwater sediments. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC, C-1) |
| Methylocystis rosea Wartiainen et al. 2006 | |
| VKM B-2114 | <-- Doronina N.V. IBPM < Galchenko V.F. INMI, 72. Received as: Methylobacter chroococcum Whittenbury et al. 1970 DNA sequences: fhcD gene: AY920594. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC Growth condition: CH4/Air 1:1., C-9) |
| Methylocystis sp. | |
| UQM 40015 | <-- UNIQEM, UQM 40015 < Galchenko V.F., UNIQEM, GB33, 1999. Donetsk. Ukraine. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 30oC, C-1) |
| Methylocystis sp. | |
| UQM 41022 | <-- UNIQEM, UQM 41022 <-- Galchenko V.F., Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain 72, 1999. (VKM B-2114). unknown origin. unknown origin DNA sequences: fhcD gene: AY920594. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 29oC, C-1, S-1) |
| Methylocystis sp. | |
| UQM 41025 | <-- UNIQEM, UQM 41025 <-- V.F.Galchenko, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain 26, 1999. Russia. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methyloferula stellata Vorobev et al. 2011 | |
| VKM B-2543 Type | <-- Dedysh S.N. INMI, AR4. Received as: Methyloferula sphagni Type. (DSM 22108; LMG 25277). Ex: acidic peat soil of an oligo-mesotrophic fen. Torfjanoye. Archangelsk Region. Russia DNA sequences: 16S rRNA gene: FR686343; rbcL gene: FR686352; nifH gene: FR686351; mxaF gene: FR686349; mmoX gene: FR686346. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 301, 23oC Growth condition: Obligately methylotrophic., F-2) |
| Methyloferula stellata Vorobev et al. 2011 | |
| UQM 41027 Type | <-- UNIQEM, UQM 41027 <--Dedysh S.N. INMI, AR4T, 2011 < INMI, AR4. (DSM 22108, LMG 25277; VKM B-2543). Ex: acidic peat soil of an oligo-mesotrophic fen. Arkhangelsk Region, Torfjanoye. Russia DNA sequences: 16S rRNA gene: FR686343. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 301, 23oC, C-1) |
| Methylohalomonas lacus Sorokin et al. 2007 | |
| UQM 40338 type strain | <-- UNIQEM, UQM 40338 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 237 = HMT 1. (DSM 15733, NCCB 100208). Ex: hypersaline lake. South-Western Siberia. Russian Federation DNA sequences: 16S rRNA gene: DQ834966. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 28oC, C-1) |
| Methyloligella halotolerans Doronina et al. 2014 | |
| VKM B-2706 Type | <-- Doronina N.V. IBPM, C2. Received as: Methyloligella halotolerans Type. (CCUG 61687; DSM 25045). Ex: saline soil. Troitsky reserve. Chelyabinsk Region. Russia DNA sequences: 16S rRNA gene: JQ773443; mxaF gene: JQ796869. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 28oC, F-1, F-3) |
| Methyloligella solikamskensis Doronina et al. 2013 | |
| VKM B-2707 Type | <-- Doronina N.V. IBPM, SK12. Received as: Methyloligella solikamskensis Type. (CCUG 61697; DSM 25212). Ex: sediment. Man-made saline biotope. Perm Territory, Solikamsk. Russia DNA sequences: 16S rRNA gene: JQ773444. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 222, 29oC, F-1) |
| Methylomicrobium buryatense Kaluzhnaya et al. 2001 | |
| VKM B-2245 Type | <-- Doronina N.V. IBPM, 5B. Received as: Methylomicrobium buryaticum Type. Synonym: Methylotuvimicrobium buryatense (Kaluzhnaya et al. 2001) Orata et al. 2018. Ex: soda lake. Gorbunka Lake, Southeastern Transbaikal region. Republic of Byriatia. Russia DNA sequences: 16S rRNA gene: AF307138. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 375, 30oC Growth condition: CH4/Air 1:1., C-8, F-1) |
| Methylomonas methanica (ex Soehngen 1906) Whittenbury and Krieg 1984 | |
| VKM B-2110 Type | <-- Doronina N.V. IBPM < Galchenko V.F. INMI, 68 < Whittenbury R., S1. Received as: Methylomonas methanica Type. Synonym: Bacillus methanicus Soehngen 1906; Methamonas methanica (Soehngen 1906) Orla-Jensen 1909; Pseudomonas methanica (Soehngen 1906) Krasil'nikov 1949; Pseudomonas methanica (Soehngen 1906) sensu Dworkin and Foster 1956; not Pseudomonas methanica sensu Harrington and Kallio 1960; Methylomonas methanica (Soehngen 1906) Leadbetter 1974. (ATCC 35067; NCIMB 11130; UNIQEM 8). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC Growth condition: CH4/Air 1:1., C-9) |
| Methylomonas methanica (ex Soehngen 1906) Whittenbury and Krieg 1984 | |
| UQM 40003 | <-- UNIQEM, UQM 40003 < Galchenko V.F., UNIQEM, 7, 1999. Pacific Ocean, Sea of Okhotsk. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC, C-1) |
| Methylomonas methanica (ex Soehngen 1906) Whittenbury and Krieg 1984 | |
| UQM 40005 | <-- UNIQEM, UQM 40005 < Galchenko V.F., UNIQEM 9, 1999. Pacific Ocean, Sea of Okhotsk. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC, C-1) |
| Methylomonas methanica (ex Soehngen 1906) Whittenbury and Krieg 1984 | |
| UQM 40006 | <-- UNIQEM, UQM 40006 < Galchenko V.F., UNIQEM 12, 1999. Moscow oblast. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC, C-1) |
| Methylomonas methanica (ex Soehngen 1906) Whittenbury and Krieg 1984 | |
| UQM 40016 Type | <-- UNIQEM, UQM 40016 < Galchenko V.F., UNIQEM 68 < Whittenbury R., S1. (VKM B-2110, ATCC 35067; NCIMB 11130) DNA sequences: GCA_001644045.1, doi: 10.1128/genomeA.00421-16. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC, C-1) |
| Methylomonas methanica (ex Soehngen 1906) Whittenbury and Krieg 1984 | |
| UQM 40019 | <-- UNIQEM, UQM 40019 < Galchenko V.F., UNIQEM 75, 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC, C-1) |
| Methylomonas rapida Tikhonova et al. 2023 | |
| VKM B-3663 Type | <-- Tikhonova E. Research Center of Biotechnology RAS, MP1. Received as: Methylomonas sp. (UQM 41487T). Ex: like sediment. Krasnodar region. Russia DNA sequences: 16S rRNA gene: ON819564; complete genome: CP113517. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 460, 35oC Growth condition: 30% methane in the gas phase., C-1) |
| Methylomonas sp. | |
| UQM 41487 | <-- UNIQEM, UQM 41487 <-- E.N.Tikhonova, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia strain MP1. Ex: activated sludge. Moscow. Russian Federation DNA sequences: Genome: NZ_JANEHW000000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methylomonas sp. | |
| UQM 41488 | <-- UNIQEM, UQM 41488 <-- E.N.Tikhonova, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain MY1. Ex: activated sludge. Moscow. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 28oC, C-1) |
| Methylomonas sp. | |
| UQM 41489 | <-- UNIQEM, UQM 41489 <-- E.N.Tikhonova, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain MO1. Ex: activated sludge. Moscow. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 28oC, C-1) |
| Methylonatrum kenyense Sorokin et al. 2007 | |
| UQM 40337 type strain | <-- UNIQEM, UQM 40337 <-- D.Yu. Sorokin, Winogradsky Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain UNIQEM 238 = AMT 1. (DSM 15732, NCCB 100209). Ex: soda lake. Lake Magadi, Kenyan Rift Valley. Kenya DNA sequences: 16S rRNA gene: DQ789390, genome: NZ_JALPKO000000000.1; INSDC: JALPKO000000000.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 28oC, C-1) |
| Methylophaga alcalica Doronina et al. 2003 | |
| VKM B-2251 Type | <-- Doronina N.V. IBPM, M39. Received as: Methylophaga alcalica. (ATCC BAA-297; DSM 14953). Ex: bottom sediment. Saline soda lake Khotontyn-nur. Mongolia DNA sequences: 16S rRNA gene: AF384373. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 239, 29oC, F-1) |
| Methylophaga aminisulfidivorans Kim et al. 2007 | |
| VKM B-2441 Type | <-- Doronina N.V. IBPM, MP. Received as: Methylophaga aminisulfidivorans Type. (JCM 14647; KCTC 12909). Ex: seawater. Mokpo. South Korea DNA sequences: 16S rRNA gene: DQ463161. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 222, 29oC, F-1) |
| Methylophaga lonarensis Antony et al. 2012 | |
| VKM B-2684 Type | <-- Doronina N.V. IBPM, MPL. Received as: Methylophaga lunarica Type. (MCC 1002). Ex: methane-oxidizing microcosms containing sediments from Lonar Lake. India DNA sequences: 16S rRNA gene: JF330773. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 239, 29oC, F-1) |
| Methylophaga marina Janvier et al. 1985 | |
| VKM B-2056 Type | <-- Doronina N.V. IBPM < Gasser F., ATCC 35842 < Gasser F., 222. Received as: Methylophaga marina Type. (ATCC 35842; CIP 104551; DSM 5689; JCM 6886; NBRC 102421; NCIMB 2244). Ex: marine mud. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 222, 29oC, C-9) |
| Methylophaga marina Janvier et al. 1985 | |
| VKM B-2386 | <-- Doronina N.V. IBPM, KM3. Received as: Methylophaga marina. Ex: algae. Red Sea. Egypt. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, F-1) |
| Methylophaga marina Janvier et al. 1985 | |
| VKM B-2394 | <-- Doronina N.V. IBPM, KM5. Received as: Chelativorans multitrophicus. Ex: algae. Red Sea. Egypt. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, F-1) |
| Methylophaga muralis corrig. Doronina et al. 2011 | |
| VKM B-2303 Type | <-- Doronina N.V. IBPM, Kr3. Received as: Methylophaga murata Type. Synonym: Methylophaga murata Doronina et al. 2011. (NCIMB 13993). Ex: stone. Kremlin wall. Moscow. Russia DNA sequences: 16S rRNA gene: AY694421. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 373, 30oC, F-1, F-3) |
| Methylophaga muralis corrig. Doronina et al. 2011 | |
| VKM B-3046 | <-- Doronina N.V. IBPM, Bur1. Received as: Methylophaga muralis. Synonym: Methylophaga murata Doronina et al. 2011. Ex: water. Hilganta Lake. Trans-Baikal Territory. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 371, 29oC, F-1, F-3) |
| Methylophaga thalassica Janvier et al. 1985 | |
| VKM B-2057 Type | <-- Doronina N.V. IBPMS < Casser F., ATCC 33146 < T. Inui, YK-4015. Received as: Methylophaga thalassica Type. (ATCC 33146; CIP 104552; DSM 5690; JCM 6887; LMG 4055; NBRC 102424; NCIMB 2163). Ex: marine water. Kanagawa Prefecture. Japan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 222, 29oC, C-9) |
| Methylophaga thiooxydans corrig. Boden et al. 2011 | |
| VKM B-2586 Type | <-- Doronina N.V. IBPM, DMS010 < Boden R. Univ. Warwick, DMS010 < Schafer H. Received as: Methylophaga thiooxidans Type. Synonym: Methylophaga thiooxidans Boden et al. 2011. (DSM 22068). Ex: pooled cultures of Emiliania huxleyi. Achmelvich Bay. UK. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 373, 25oC, F-1) |
| Methylophilus aquaticus Kaparullina et al. 2020 | |
| VKM B-3159 Type | <-- Kaparulina E.N. IBPM, LTK. Received as: Methylophilus aquaticus. Ex: water. Freshwater reservoir. Republic of Crimea, Yalta Region. Russia DNA sequences: 16S rRNA gene: KY806198; mxaF gene: KY807768. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, F-1, F-3) |
| Methylophilus flavus Gogleva et al. 2010 | |
| VKM B-2547 Type | <-- Doronina N.V. IBPM, Ship. Received as: Methylophilus flavus Type. (CCUG 58411; DSM 23073). Ex: phyllosphere of dog rose, Rosa cinnamomea. Moscow Region, Pushchino. Russia DNA sequences: 16S rRNA gene: FJ872108; mxaF gene: FJ872110. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 28oC, F-1, F-3) |
| Methylophilus flavus Gogleva et al. 2010 | |
| UQM 41433 | <-- UNIQEM, UQM 41433 <-- E.N.Tikhonova, Winogradsky Institute of Microbiology, RAS, Moscow, Russia, B-2547 <-- Doronina N.V. IBPM, Ship. (CCUG 58411, DSM 23073; VKM B-2547). Moscow Region, Pushchino. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 28oC, C-1, S-1) |
| Methylophilus leisingerii Doronina and Trotsenko 2001 | |
| VKM B-2013 Type | <-- Doronina N.V. IBPM, DM11. Received as: Methylophilus leisingerii Type. (DSM 6813). Ex: water. Switzerland DNA sequences: 16S rRNA gene: AB193725. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 28oC, C-9) |
| Methylophilus luteus Gogleva et al. 2010 | |
| VKM B-2548 Type | <-- Doronina N.V. IBPM, Mim. Received as: Methylophilus luteus Type. (CCUG 58412; DSM 22949). Ex: phyllosphere of coltsfoot Tussilago farfara. Moscow Region, Pushchino. Russia DNA sequences: 16S rRNA gene: FJ872109; mxaF gene: FJ872111. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 28oC, F-1, F-3) |
| Methylophilus luteus Gogleva et al. 2010 | |
| UQM 41434 | <-- UNIQEM, UQM 41434 <-- E.N.Tikhonova, Winogradsky Institute of Microbiology, RAS, Moscow, Russia, B-2548 <--Doronina N.V. IBPM, Mim. (CCUG 58412, DSM 22949; VKM B-2548). Moscow Region, Pushchino. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 28oC, C-1, S-1) |
| Methylophilus methylotrophus Jenkins et al. 1987 | |
| VKM B-1623 Type | <-- Govorukhina N.I. IBPM, NCIB 10515 < NCIB, NCIB 10515 < Owen T.R., AS-1. Received as: Methylophilus methylotrophus Type. (ATCC 53528; CCUG 58724; DSM 5691; DSM 46235; LMG 6787; NCIMB 10515). Ex: activated sludge. England. UK DNA sequences: mxaF gene: FJ904267. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, S-1) |
| Methylophilus quaylei Doronina et al. 2004 | |
| VKM B-2338 Type | <-- Doronina N.V. IBPM, MT. Received as: Methylophilus quaylei Type. Ex: airborne contaminant of methanotrophic culture. MIREA - Russian Technological University. Moscow. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, F-1) |
| Methylophilus quaylei Doronina et al. 2004 | |
| UQM 41431 type strain | <-- UNIQEM, UQM 41431 <-- E.N.Tikhonova, Winogradsky Institute of Microbiology, RAS, Moscow, Russia, B-2338 <-- N. V. Doronina, G. K. Skryabin Inst. of Biochem. & Physiol. of Microorg., RAS, Russia. (JCM 31521, VKM B-2338). Moscow, MIREA - Russian Technological University. Russian Federation. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, C-1, S-1) |
| Methylophilus sp. | |
| VKM B-1607 | <-- Doronina N.V. IBPM, B. Received as: Methylophilus glucoseoxidans Doronina et al. (DSM 23627; CCUG 59685). Ex: soil. Vietnam DNA sequences: 16S rRNA gene: HM001269; mxaF gene: HM001270. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 30oC, S-1) |
| Methylophilus sp. | |
| VKM B-1608 | <-- Doronina N.V. IBPM, RO. Received as: Methylophilus glucoseoxidans Doronina et al. Ex: soil. Vietnam. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 30oC, S-1) |
| Methylopila capsulata Doronina et al. 1998 | |
| VKM B-1606 Type | <-- Doronina N.V. IBPM, IM 1. Received as: Methylomicrobium capsulatus Govorukhina et al. Type. (ATCC 700716; DSM 6130). Ex: soil. Tashkent. Uzbekistan DNA sequences: 16S rRNA gene: AF004844; fhcD gene: AY920582. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, S-1) |
| Methylopila jiangsuensis Li et al. 2011 | |
| VKM B-2555 Type | <-- Doronina N.V. IBPM, JZL-4 < Li L., JZL-4. Received as: Methylopila jiangsuensis Type. (ACCC 05406; DSM 22718). Ex: activated sludge. Waste water treatment plant of a synthetic pyrethroid factory. Jiangsu Province, Yangzhou. China. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 28oC, F-1) |
| Methylopila musalis Doronina et al. 2013 | |
| VKM B-2646 Type | <-- Doronina N.V. IBPM, MUSA. Received as: Methyloversatilis musalis Doronina et al. 2010 Type. (CCUG 61696; DSM 24986). Ex: banana, Musa paradisiaca var. sapientum, fruit. Ecuador DNA sequences: 16S rRNA gene: JQ173144. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 28oC, F-1) |
| Methylopila oligotropha Poroshina et al. 2014 | |
| VKM B-2788 Type | <-- Doronina N.V. IBPM, 2395A. Received as: Methylopila oligotropha Type. (CCUG 63805). Ex: soil. Territory of salt mines. Perm Territory, Solikamsk. Russia DNA sequences: 16S rRNA gene: KC243676. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 30oC, F-1, F-3) |
| Methylopila turkensis corrig. Shmareva et al. 2017 | |
| VKM B-2748 Type | <-- Doronina N.V. IBPM, Side1. Received as: Methylopila turkiensis Type. Synonym: Methylopila turkiensis Agafonova et al. 2015; Methylopila turkiensis Shmareva et al. 2017. (DSM 27566). Ex: phyllosphere of Bougainvillea sp. Side. Republic of Turkey DNA sequences: 16S rRNA gene: KF728382. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 28oC, F-1, F-3) |
| Methylorosula polaris Berestovskaya et al. 2012 | |
| UQM 41028 Type | <-- UNIQEM, UQM 41028 < Vasilyeva L.V. Winogradsky Inst. Microbiol., RAS, Moscow, Russia, V-022; 2012. (DSM 22001). Ex: acidic tundra wetland soil. Vorcuta. Russia DNA sequences: 16S rRNA gene: EU586035.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 298, 20oC, C-1) |
| Methylorubrum aminovorans Urakami et al. 1993 | |
| VKM B-2145 Type | <-- Doronina N.V. IBPM, JCM 8240 < JCM, JCM 8240 < Urakami T., TH-15. Received as: Methylobacterium aminovorans Type. Synonym: Methylobacterium aminovorans Urakami et al. 1993. (ATCC 51358; CCM 4612; CIP 105328; DSM 8832; JCM 8240; LMG 21752; NBRC 15686; NCIMB 13343). Ex: soil. Niigata Prefecture. Japan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 250, 30oC, C-9) |
| Methylorubrum extorquens (Urakami and Komagata 1984 ex Bassalik 1913) Green and Ardley 2018 | |
| VKM B-2064 Type | <-- Doronina N.V. IBPM < NCIMB, NCIMB 9399 < Janota-Bassilik L. Received as: Methylobacterium extorquens Type. Synonym: Methylobacterium extorquens (Urakami and Komagata 1984 ex Bassalik 1913) Bousfield and Green 1985; Protomonas extorquens (ex Bassalik 1913) Urakami and Komagata 1984. (ATCC 43645; CCUG 2084; DSM 1337; IAM 12631; NBRC 15687; JCM 2802; NCCB 78015; NCIMB 9399). Ex: soil. Poland. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, F-1) |
| Methylorubrum extorquens (Urakami and Komagata 1984 ex Bassalik 1913) Green and Ardley 2018 | |
| VKM B-2067 | <-- Doronina N.V. IBPM < NCIMB, NCIMB 9133 < Sneath P.H.A., AM1 SneathD355 (Pseudomonas sp.). Received as: Methylobacterium extorquens. Synonym: Methylobacterium extorquens (Urakami and Komagata 1984 ex Bassalik 1913) Bousfield and Green 1985; Protomonas extorquens (ex Bassalik 1913) Urakami and Komagata 1984. (ATCC 14718; CCUG 2477; DSM 1338; IAM 12632; JCM 2805; NCCB 78016; NCIMB 9133). Ex: air. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, F-1) |
| Methylorubrum extorquens (Urakami and Komagata 1984) Bousfield and Green 1985 emend. Kato et al. 2008 | |
| VKM B-2191 | <-- Doronina N.V. IBPM, DM4. Received as: Methylobacterium halomethanica Doronina et al. Type. Synonym: Methylobacterium extorquens (Urakami and Komagata 1984 ex Bassalik 1913) Bousfield and Green 1985; Protomonas extorquens (ex Bassalik 1913) Urakami and Komagata 1984. (CIP 106787; DSM 6343). Ex: soil. Switzerland. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 30oC, F-1) |
| Methylorubrum rhodesianum (Green et al. 1988) Green and Ardley 2018 | |
| VKM B-2142 Type | <-- Doronina N.V. IBPM, JCM 2810 < JCM, JCM 2810 < Urakami T., TK 0009 < ATCC 21614 < Kyowa Hakko Kogyo Co., Ltd.; G-259. Received as: Methylobacterium rhodesianum Type. Synonym: Methylobacterium rhodesianum Green et al. 1988; Methylobacterium lusitanum Doronina et al. 2002. (ATCC 43882; CCUG 36915; CIP 103771; DSM 5687; JCM 10891; NBRC 15844; NCIMB 12249). Ex: fermentor with formaldehyde as sole C-source. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 30oC Growth condition: CH4/Air 1:1., C-9) |
| Methylorubrum rhodesianum (Green et al. 1988) Green and Ardley 2018 | |
| VKM B-2239 | <-- Doronina N.V. IBPM, RXM. Received as: Methylobacterium portugalicum Doronona et al. Type. Synonym: Methylobacterium rhodesianum Green et al. 1988; Methylobacterium lusitanum Doronina et al. 2002. (ATCC BAA-714; DSM 14457; NCIMB 13779). Ex: soil. Portugal DNA sequences: 16S rRNA gene: AB175635. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 30oC, F-1) |
| Methylorubrum rhodinum (Heumann 1962) Green and Ardley 2018 | |
| VKM B-2065 Type | <-- Doronina N.V. IBPM < NCIMB, NCIMB 9421 < Heumann W., TK0010. Received as: Methylobacterium rhodinum Type. Synonym: Methylobacterium rhodinum corrig. (Heumann 1962) Green and Bousfield 1983; Pseudomonas rhodos Heumann 1962; Methylobacterium rhodos (Heumann 1962) Green and Bousfield 1983. (ATCC 14821; CIP 101127; DSM 2163; NBRC 15691; JCM 2811; LMG 2275; NCIMB 9421). Ex: rhizosphere of alder, Alnus sp. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, F-1) |
| Methylorubrum suomiense (Doronina et al. 2002) Green and Ardley 2018 | |
| VKM B-2238 Type | <-- Doronina N.V. IBPM, F20. Received as: Methylobacterium suomiense Type. Synonym: Methylobacterium suomiense Doronina et al. 2002. (ATCC BAA-713; DSM 14458; NCIMB 13778). Ex: forest soil. Near Lammi Biological Station. Finland DNA sequences: 16S rRNA gene: AB175645. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 30oC, F-1) |
| Methylorubrum thiocyanatum (Wood et al. 1999) Green and Ardley 2018 | |
| VKM B-2197 Type | <-- Doronina N.V. IBPM, DSM 11490 < Wood A.P., DSM 11490 < D.P. Kelly, strain ALL/SCN-P. Received as: Methylobacterium thiocyanatum Type. Synonym: Methylobacterium thiocyanatum Wood et al. 1999. (ATCC 700647; DSM 11490; JCM 10893; NCIMB 13651). Ex: soil around root balls of Allium aflatunense. Warwickshire. UK. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 252, 30oC, C-9) |
| Methylorubrum zatmanii Green et al. 1988 | |
| VKM B-2161 Type | <-- Doronina N.V. IBPM, NCIMB 12243 < NCIMB, NCIMB 12243 < Mateles R.I., Ps.135. Received as: Methylobacterium zatmanii Type. Synonym: Methylobacterium zatmanii Green et al. 1988. (ATCC 43883; CCM 4464; CCUG 36916; CIP 103774; DSM 5688; JCM 10892; LMG 6087; NBRC 15845; NCIMB 12243). Ex: fermentor with formaldehyde as sole C-source. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 30oC Growth condition: CH4/Air 1:1., C-9) |
| Methylosinus sp. | |
| UQM 41030 | <-- UNIQEM, UQM 41030 <-- V.F.Galchenko, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain 27, 1999. Russia. Russia DNA sequences: 16S rRNA gene: not deposited, available on request. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methylosinus sp. | |
| UQM 41031 | <-- UNIQEM, UQM 41031 <-- V.F.Galchenko, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain 60, 1999. unknown origin. unknown origin DNA sequences: 16S rRNA gene: not deposited, available on request. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methylosinus sp. | |
| UQM 41032 | <-- UNIQEM, UQM 41032 <-- V.F.Galchenko, V.F.Galchenko, Institute of Microbiology, Russian Academy of Sciences, Moscow, Russia, strain 37, 1999. unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 30oC, C-1) |
| Methylosinus sp. | |
| UQM 41033 | <-- UNIQEM, UQM 41033 <-- V.F.Galchenko, UNIQEM strain INMI 40, 1999. unknown origin. unknown origin DNA sequences: nifH gene: AF484663.1. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 27oC, C-1) |
| Methylosinus sporium (ex Whittenbury et al. 1970) Bowman et al. 1993 | |
| VKM B-2119 | <-- Doronina N.V. IBPM < Galchenko V.F. INMI, 21. Received as: Methylosinus sporium. Synonym: Methylosinus sporium Whittenbury et al. 1970. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC Growth condition: CH4/Air 1:1., C-9) |
| Methylosinus sporium (ex Whittenbury et al. 1970) Bowman et al. 1993 | |
| VKM B-2120 | <-- Doronina N.V. IBPM < Galchenko V.F. INMI, 13. Received as: Methylosinus sporium. Synonym: Methylosinus sporium Whittenbury et al. 1970. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC Growth condition: CH4/Air 1:1., C-9) |
| Methylosinus sporium (ex Whittenbury et al. 1970) Bowman et al. 1993 | |
| VKM B-2121 | <-- Doronina N.V. IBPM < Galchenko V.F. INMI, 18. Received as: Methylosinus sporium. Synonym: Methylosinus sporium Whittenbury et al. 1970. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC Growth condition: CH4/Air 1:1., C-9) |
| Methylosinus sporium (ex Whittenbury et al. 1970) Bowman et al. 1993 | |
| VKM B-2123 | <-- Doronina N.V. IBPM < Galchenko V.F. INMI, 35. Received as: Methylosinus sporium. Synonym: Methylosinus sporium Whittenbury et al. 1970. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC Growth condition: CH4/Air 1:1., C-9) |
| Methylosinus sporium (ex Whittenbury et al. 1970) Bowman et al. 1993 | |
| VKM B-2127 | <-- Doronina N.V. IBPM < Galchenko V.F. INMI, 14. Received as: Methylocystis pyriformis Galchenko 1977 Type DNA sequences: 16S rRNA gene: L20803. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC Growth condition: CH4/Air 1:1., C-9) |
| Methylosinus sporium (ex Whittenbury et al. 1970) Bowman et al. 1993 | |
| UQM 40007 | <-- UNIQEM, UQM 40007 < Galchenko V.F., UNIQEM 18, 1999. (VKM B-2121). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 30oC, C-1) |
| Methylosinus sporium (ex Whittenbury et al. 1970) Bowman et al. 1993 | |
| UQM 40009 | <-- UNIQEM, UQM 40009 < Galchenko V.F., UNIQEM 21, 1999. (VKM B-2119). Moscow oblast. Russia. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 30oC, C-1) |
| Methylosinus sporium (ex Whittenbury et al. 1970) Bowman et al. 1993 | |
| UQM 40013 | <-- UNIQEM, UQM 40013 < Galchenko V.F., UNIQEM GB25, 1999. Kleine Lake. Germany. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 30oC, C-1) |
| Methylosinus trichosporium (ex Whittenbury et al. 1970) Bowman et al. 1993 | |
| VKM B-2117 Type | <-- Doronina N.V. IBPM < Galchenko V.F. INMI, 74 < Whittenbury R., OB3v. Received as: Methylosinus trichosporium Type. Synonym: Methylosinus trichosporium Whittenbury et al. 1970. (NCIMB 11131). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC Growth condition: CH4/Air 1:1., C-9) |
| Methylosinus trichosporium (ex Whittenbury et al. 1970) Bowman et al. 1993 | |
| VKM B-2118 | <-- Doronina N.V. IBPM < Galchenko V.F. INMI, 44. Received as: Methylosinus trichosporium. Synonym: Methylosinus trichosporium Whittenbury et al. 1970. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC Growth condition: CH4/Air 1:1., C-9) |
| Methylosinus trichosporium (ex Whittenbury et al. 1970) Bowman et al. 1993 | |
| VKM B-2124 | <-- Doronina N.V. IBPM < Galchenko V.F. INMI, 42. Received as: Methylocystis minimus Galchenko 1986 Type DNA sequences: 16S rRNA gene: L20844; fhcD gene: DQ153063. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC Growth condition: CH4/Air 1:1., C-9) |
| Methylosinus trichosporium (ex Whittenbury et al. 1970) Bowman et al. 1993 | |
| UQM 40004 | <-- UNIQEM, UQM 40004 < Galchenko V.F., UNIQEM, PG, 1999. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC, C-1) |
| Methylosinus trichosporium (ex Whittenbury et al. 1970) Bowman et al. 1993 | |
| UQM 40011 | <-- UNIQEM, UQM 40011 < Galchenko V.F., UNIQEM OB5b,1999 < Whittenbury R. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 30oC, C-1) |
| Methylosinus trichosporium (ex Whittenbury et al. 1970) Bowman et al. 1993 | |
| UQM 40012 | <-- UNIQEM, UQM 40012 < Galchenko V.F., UNIQEM, GB39, 1999. Kleine Lake. Germany. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 30oC, C-1) |
| Methylosinus trichosporium (ex Whittenbury et al. 1970) Bowman et al. 1993 | |
| UQM 40018 | <-- UNIQEM, UQM 40018 < Galchenko V.F., UNIQEM OB5b-1, 1999 < Whittenbury R. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC, C-1) |
| Methylosinus trichosporium (ex Whittenbury et al. 1970) Bowman et al. 1993 | |
| UQM 40021 | <-- UNIQEM, UQM 40021 < Galchenko V.F., UNIQEM OB4, 1999 < Whittenbury R. OB4. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 221, 29oC, C-1) |
| Methylosinus trichosporium (ex Whittenbury et al. 1970) Bowman et al. 1993 | |
| UQM 41035 | <-- UNIQEM, UQM 41035 <-- V.F.Galchenko, UNIQEM 74, 1999 <-- R. Whittenbury OB3bv. (NCIMB 11131, VKM B-2117). unknown origin. unknown origin. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (, 27oC, C-1) |
| Methylotuvimicrobium alcaliphilum (Kalyuzhnaya et al. 2008) Orata et al. 2019 | |
| VKM B-2133 Type | <-- Trotsenko Yu.A. IBPM, 20Z. Received as: Methylobacter haloalkalophilus Trotsenko et al. Type. Synonym: Methylobacter alcaliphilus Khmelenina et al. 1997; Methylomicrobium alcaliphilum Kalyuzhnaya et al. 2008. (DSM 19304; LMG 27836; NCIMB 14124). Ex: surface sediment. Highly alkaline soda Shara-Nur Lake. Republic of Tuva. Russia DNA sequences: complete genome: FO082060; 16S rRNA gene: EF495157; tmRNA gene: HG525417. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 371, 30oC Growth condition: CH4/Air 1:1., C-8) |
| Methylotuvimicrobium kenyense (Kalyuzhnaya et al. 2008) Orata et al. 2019 | |
| VKM B-2464 Type | <-- Doronina N.V. IBPM, AMO1. Received as: Methylomicrobium kenyense Type. Synonym: Methylomicrobium kenyense Kalyuzhnaya et al. 2008. (LMD 97.157; NCCB 97157; NCIMB 13566). Ex: soda lake sediments. Kenya DNA sequences: 16S rRNA gene: AJ132384. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 255, 29oC Growth condition: CH4/Air 1:1., C-8) |
| Methyloversatilis discipulorum Smalley et al. 2015 | |
| VKM B-2644 | <-- Doronina N.V. IBPM, RZ18-153 < Kalyuzhnaya M., RZ18-153. Received as: Methyloversatilis lacus Kalyuzhnaya et al. Ex: sediment. Washington Lake. Washington, Seattle. USA DNA sequences: draft genome: ARVV00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, C-8, F-1) |
| Methyloversatilis discipulorum Smalley et al. 2015 | |
| VKM B-2888 Type | <-- Doronina N.V. IBPM, FAM1 < Kalyuzhnaya M., FAM1. Received as: Methyloversatilis discipulorum Type. (JCM 30542). Ex: sediment. Washington Lake. Washington, Seattle. USA DNA sequences: draft genome: AZUP00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 30oC, F-1) |
| Methyloversatilis discipulorum Smalley et al. 2015 | |
| UQM 41438 | <-- UNIQEM, UQM 41438 <-- E.N.Tikhonova, Winogradsky Institute of Microbiology, RAS, Moscow, Russia, B-2644 <-- Doronina N.V. IBPM, RZ18-153 < Kalyuzhnaya M., RZ18-153. (VKM B-2644). Washington, Seattle, Washington Lake. USA. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, C-1, S-1) |
| Methyloversatilis thermotolerans Doronina et al. 2014 | |
| VKM B-2692 Type | <-- Doronina N.V. IBPM, 3t. Received as: Methyloversatilis thermotolerans Type. (CCUG 61694; DSM 25156). Ex: water. Hot spring, caldera, Uzon Volcano, Kamchatka Peninsula. Kamchatka Territory. Russia DNA sequences: 16S rRNA gene: KC782839; draft genome: ARCV00000000. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 37oC, F-1) |
| Methyloversatilis universalis Kalyuzhnaya et al. 2006 | |
| VKM B-2588 Type | <-- Doronina N.V. IBPM, FAM5 < Kalyuzhnaya M., FAM5. Received as: Methyloversatilis universalis Type. (ATCC BAA-1314; CCUG 52030; JCM 13912). Ex: fresh water. Pristine Lake. Washington. USA DNA sequences: 16S rRNA gene: DQ442273. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 37oC, F-1) |
| Methylovorus glucosotrophus Govoruhina and Trotsenko 1991 emend. Doronina et al. 2005 | |
| VKM B-1609 | <-- Doronina N.V. IBPM, 34. Received as: Methylobacillus fructoseoxidans Doronina et. al. Type. (DSM 5897). Ex: soil. Alma-Ata. Kazakhstan. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 35oC, S-1) |
| Methylovorus glucosotrophus Govoruhina and Trotsenko 1991 emend. Doronina et al. 2005 | |
| VKM B-1745 Type | <-- Govorukhina N.I. IBPM, 6B1. Received as: Methylovorus glucosotrophus. (ATCC 49758; DSM 6874; NCIMB 13222). Ex: waste waters. Alma-Ata. Kazakhstan DNA sequences: 16S rRNA gene: FR733702. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 30oC, S-1) |
| Methylovorus mays Doronina et al. 2001 emend. Doronina et al. 2005 | |
| VKM B-2221 Type | <-- Doronina N.V. IBPM, C. Received as: Methylovorus mays. (NCIMB 13992). Ex: phyllosphere of Zea mays. Moscow Region. Russia DNA sequences: 16S rRNA gene: AY486132. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 30oC, S-1) |
| Methylovorus menthalis Doronina et al. 2012 | |
| VKM B-2663 Type | <-- Doronina N.V. IBPM, MM. Received as: Methylovorus menthalis Type. (CCUG 61695; DSM 24715). Ex: rhizoplane of Mentha arvensis. Moscow Region, Pushchino. Russia DNA sequences: 16S rRNA gene: HQ380796; mxaF gene: HQ380797. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 134, 29oC, F-1) |
| Methylovulum psychrotolerans Oshkin et al. 2016 | |
| UQM 41036 Type | <-- UNIQEM, UQM 41036 <--Dedysh S.N. INMI, Sph1 < Oshkin I.Y., Belova S.E. (DSM 100602, LMG 29227). Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no |
| Microbacterium arabinogalactanolyticum (Yokota et al. 1993) Takeuchi and Hatano 1998 | |
| VKM Ac-1943 Type | <-- JCM 9171. Received as: Aureobacterium arabinogalactanolyticum Yokota et al. 1993 Type. Synonym: Aureobacterium arabinogalactanolyticum Yokota et al. 1993. (ATCC 51926; CCM 4370; CIP 103814; DSM 8611; IFO (now NBRC) 14344; JCM 9171; LMG 16469). Ex: soil DNA sequences: Y17228, AB004715. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Microbacterium arborescens (ex Frankland and Frankland 1889) Imai et al. 1985 | |
| VKM Ac-1944 Type | <-- JCM 5884. Synonym: Flavobacterium arborescens (Frankland and Frankland 1889) Bergey et al. 1923. (VKM Ac-2074; ATCC 4358; CIP 55.81; DSM 20754; IFO (now NBRC) 3750; JCM 5884; LMG 4009; NCIMB 8185) DNA sequences: X77443, AB007421, D21339. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Microbacterium aurantiacum Takeuchi and Hatano 1998 | |
| VKM Ac-2075 Type | <-- IFO 15234. (ATCC 49090; CIP 105730; DSM 12506; IFO (now NBRC) 15234; JCM 9177). Ex: sewage DNA sequences: EU863415, AB004726, AM182159. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Microbacterium aurum Yokota et al. 1993 | |
| VKM Ac-1950 Type | <-- JCM 9179. (VKM Ac-2076; ATCC 51345; CIP 103994; DSM 8600; IFO (now NBRC) 15204; JCM 9179). Ex: corn steep liquor DNA sequences: AB007418, D21340, Y17229. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Microbacterium barkeri (Collins et al. 1983) Takeuchi and Hatano 1998 | |
| VKM Ac-1020 Type | <-- DSM 20145. Received as: Aureobacterium barkeri (ex Dias et al. 1962) Collins et al. 1983 Type. Synonym: Aureobacterium barkeri (ex Dias et al. 1962) Collins et al. 1983; Corynebacterium barkeri Dias et al. 1962. (ATCC 15954; CCM 1928; CCUG 33090; CIP 102692; DSM 20145; IAM 12585; IFO (now NBRC) 15036; IMET 10688; JCM 1343; LMG 16341; NCIMB 9658). Ex: raw domestic sewage DNA sequences: X77446. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, C-1, F-1) |
| Microbacterium chocolatum Takeuchi and Hatano 1998 | |
| VKM Ac-2078 Type | <-- IFO 3758. Synonym: Chromobacterium chocolatum Knutsen 1944. (BUCSAV 207; CIP 105729; DSM 12507; IFO (now NBRC) 3758; JCM 12412; NCIMB 8181). Ex: culture contaminant DNA sequences: AM181503, AB004725. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Microbacterium dextranolyticum Yokota et al. 1993 | |
| VKM Ac-1940 Type | <-- JCM 9180. (VKM Ac-2077; ATCC 51344; CCUG 38517; CIP 103993; DSM 8607; IFO (now NBRC) 14592; JCM 9180; NRRL B-23242). Ex: soil DNA sequences: Y17230, D21341. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Microbacterium esteraromaticum (Omelianski 1923) Takeuchi and Hatano 1998 | |
| VKM Ac-1942 Type | <-- JCM 9172. Received as: Aureobacterium esteraromaticum (Omelianski 1923) Yokota et al. 1993 Type. Synonym: Flavobacterium esteraromaticum (Omelianski 1923) Bergey et al. 1930; Aureobacterium esteraromaticum (Omelianski 1923) Yokota et al. 1993; Bacterium esteraromaticum Omelianski 1923. (ATCC 8091; BUCSAV 326; CCM 4371; CCRC 15447; CIP 103916; DSM 8609; IFO (now NBRC) 3751; JCM 9172; LMG 4020; NCIMB 8186) DNA sequences: Y17231. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Microbacterium flavescens (Lochhead 1958) Takeuchi and Hatano 1998 | |
| VKM Ac-1415 Type | <-- DSM 20643. Received as: Aureobacterium flavescens (Lochhead 1958) Collins et al. 1983 Type. Synonym: Arthrobacter flavescens Lochhead 1958; Aureobacterium flavescens (Lochhead 1958) Collins et al. 1983. (ATCC 13348; CCUG 29000; CIP 102401; DSM 20643; IFO (now NBRC) 15039; JCM 11568; JCM 3837; LMG 3028; NCIMB 9221). Ex: soil DNA sequences: Y17232, AB004716. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Microbacterium halophilum Takeuchi and Hatano 1998 | |
| VKM Ac-2080 Type | <-- IFO 16062. (DSM 12508; IFO (now NBRC) 16062; JCM 12077). Ex: soil in mangrove rhizosphere. Okinava Pref. Japan DNA sequences: AB004714. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Microbacterium hominis Takeuchi and Hatano 1998 | |
| VKM Ac-2081 Type | <-- IFO 15708. (CIP 105731; DSM 12509; IFO (now NBRC)15708; JCM 12413). Ex: lung aspirate DNA sequences: AM181504, AB004727. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Microbacterium imperiale (Steinhaus 1941) Collins et al. 1983 | |
| VKM Ac-1447 Type | <-- INMI, VKM B-1204 < Belikova V.L. IBPM, B-67. Received as: Brevibacterium imperiale (Steinhaus 1941) Breed 1953 Type. Synonym: Brevibacterium imperiale (Steinhaus 1941) Breed 1953; Bacterium imperiale Steinhaus 1941. (ATCC 8365; CCRC 11226; CIP 82.108; DSM 20530; IAM 1654; IFO (now NBRC) 12610; IMET 10714; JCM 1378; NCIMB 9888). Ex: imperial moth, Eacles imperialis, alimentary tract of imperial moth DNA sequences: X77442, D21342. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, C-1, F-1, F-3) |
| Microbacterium keratanolyticum (Yokota et al. 1993) Takeuchi and Hatano 1998 | |
| VKM Ac-1958 Type | <-- JCM 9173. Received as: Aureobacterium keratanolyticum Yokota et al. 1993 Type. Synonym: Aureobacterium keratanolyticum Yokota et al. 1993. (ATCC 35057; CCM 4375; CIP 103815; DSM 8606; IFO (now NBRC) 13309; JCM 9173; LMG 16470). Ex: soil DNA sequences: AB004717. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Microbacterium ketosireducens Takeuchi and Hatano 1998 | |
| VKM Ac-2082 Type | <-- IFO 14548. Synonym: Aureobacterium ketoreductum. (CIP 105732; DSM 12510; IFO (now NBRC) 14548; JCM 12078). Ex: soil DNA sequences: AB004724. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Microbacterium lacticum Orla-Jensen 1919 | |
| VKM Ac-1145 Type | <-- INMI, VKM B-1254 < IBPM, B-142. (ATCC 8180; CCM 1584; CCUG 28998; CIP 69.3; DSM 20427; IAM 1640; IFO (now NBRC) 14135; JCM 1379; LMG 4047; NCIMB 8540) DNA sequences: X77441, AB007415, D21343. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, C-3, F-1) |
| Microbacterium laevaniformans (ex Dias and Bhat 1962) Collins et al. 1983 | |
| VKM Ac-1138 Type | <-- INMI, VKM B-1215 < IBPM, B-138 < CCM 1929. Received as: Corynebacterium laevaniformans Dias and Bhat 1962. Synonym: Corynebacterium laevaniformans Dias and Bhat 1962. (ATCC 15953; CCM 1929; CIP 100934; DSM 20140; IFO (now NBRC) 14471; JCM 9181; NCIMB 9659). Ex: activated sludge 11/5000 DNA sequences: Y17234, D21344. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 64, 28oC, C-1, F-1) |
| Microbacterium liquefaciens (Collins et al. 1983) Takeuchi and Hatano 1998 | |
| VKM Ac-1018 Type | <-- DSM 20638. Received as: Aureobacterium liquefaciens (ex Orla-Jensen 1919) Collins et al. 1983 Type. Synonym: Aureobacterium liquefaciens (ex Orla-Jensen 1919) Collins et al. 1983; Microbacterium liquefaciens Orla-Jensen 1919. (ATCC 43647; CCUG 33091; CIP 102402; DSM 20638; IFO (now NBRC)15037; JCM 3879; LMG 16342; NCIMB 11509). Ex: milk DNA sequences: X77444. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, C-1, F-1) |
| Microbacterium maritypicum (ZoBell and Upham 1944) Takeuchi and Hatano 1998 | |
| VKM Ac-2079 Type | <-- IFO 15779. Synonym: Flavobacterium marinotypicum ZoBell and Upham 1944. (VKM B-1170; ATCC 19260; CIP 105733; DSM 12512; IFO (now NBRC) 15779; JCM 11570; LMG 8374; NCIMB 559 (formerly NCMB 1050)). Ex: sea water and sludge DNA sequences: AJ853910, AM181506. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Microbacterium oxydans (Chatelain and Second 1966) Schumann et al. 1999 | |
| VKM Ac-2116 Type | <-- IFO 15586. Synonym: Brevibacterium oxydans Chatelain and Second 1966. (CIP 66.12; DSM 20578; IFO (now NBRC) 15586; JCM 12414; NCIMB 9944). Ex: contaminated hospital material DNA sequences: Y17227. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Microbacterium saperdae (Lysenko 1959) Takeuchi and Hatano 1998 | |
| VKM Ac-1414 Type | <-- DSM 20169. Received as: Aureobacterium saperdae (Lysenko 1959) Collins et al. 1983 Type. Synonym: Brevibacterium saperdae Lysenko 1959; Curtobacterium saperdae (Lysenko 1959) Yamada and Komagata 1972; Aureobacterium saperdae (Lysenko 1959) Collins et al. 1983. (VKM Ac-1022; ATCC 19272; CCEB 336; CIP 104420; DSM 20169; IAM 12547; IFO (now NBRC) 15038; JCM 1352; LMG 16343; NRRL B-14833). Ex: dead larvae of Elm borer, Saperda carcharias DNA sequences: Y17236, AB004719. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, C-1, F-1) |
| Microbacterium schleiferi (Yokota et al. 1993) Takeuchi and Hatano 1998 | |
| VKM Ac-1946 Type | <-- JCM 9175. Received as: Aureobacterium schleiferi Yokota et al. 1993 Type. Synonym: Aureobacterium schleiferi Yokota et al. 1993. (ATCC 51473; CCM 4364; CIP 102087; DSM 20489; IFO (now NBRC) 15075; JCM 9175; LMG 16153). Ex: activated sludge in dairy factory DNA sequences: Y17237, AB004723. Pathogenicity group (SanPin 3.3686-21, 28.01.2021, Russia): no. (Medium 166, 28oC, F-1) |
| Microbacterium sp. | |
| VKM Ac-1389 | <-- IBPM, DL-26. (IFO (now NBRC) 16364). Ex: Elytrigia repens. Stem gall induced b |