"Aerococcus dechloraticans" Serpokrylov et al. 1990

B-3501 = VKPM B-4158

<--Smirnova G.F., TGS-463. Waste water of match factory. Reduction of chlorates, chromates, sulfates (424). (Media 1, 15, 32^°C)

"Aeromonas dechromatica" Kvasnikov et al. 1985

B-3502 <--Kasatkina T.P., KS-11. Industrial waste water. Reduction of toxic six-valent chromium ions (425, 426). (Media 13, 14, 16, 34^°C)

Agrobacterium tumefaciens (Smith et Townsend 1907) Conn 1942

B-1000 = ICMP 10441, NCPPB 3787

<--Muras V.A., 8628 <--Israelsky V.P., N. (Medium 29, 26^°C)

B-1002 <--Muras V.A., 9053 <--Perepnikhatka V.I., 7õ. Chrysanthemum (Chrysanthemum sp.), root tumour, Ukraine. (Medium 29, 26^°C)

B-1003^T = ATCC 23308, CCM 1040, CIP B6, DSM 30205, ICMP 5856, ICPB TT3, LMG 187, NCPPB 2437

<--Muras V.A., 9047 <--Kordum V.A., B6. Apple tree (Malus sp.), crown gall. Type strain (150). (Medium 29, 26^°C)

B-1004 = ATCC 4720, CCM 1000, IAM 1524, NCIB 8150

<--Muras V.A., 8996 <--CCÌ 1000. (Medium 29, 26^°C)

B-1005 <--Muras V.A., 8969 <--Beltyukova K.I., 5. Apple tree (Malus sp.), Ukraine. (Medium 29, 26^°C)

B-1006 <--Muras V.A., 9054 <--Lemanova N.B., Sultanova O.D., l-318. Grape (Vitis sp.), Moldova. (Medium 29, 25^°C)

B-1007 <--Muras V.A., 8467 <--Galachyan R.M., 166. Grape (Vitis sp.), Armenia. (Medium 29, 26^°C)

B-1008 <--Muras V.A., 8461 <--Nagapetyan J.A., 1A. Grape (Vitis sp.), Armenia. (Medium 29, 26^°C)

B- 1149 <-- Muras V. A., 9052<-- Perepnikhatka V.I., 2x. Chrysanthemum (Chrysanthemum sp.), root tumour, Ukraine (Medium 29, 26^°C )

Alteromonas macleodii Baumann et al. 1972

B-11033^T = ATCC 27126, NCIMB 1963

<--Kiprianova E.A., 11 <--ATCC 27126. Sea water. Type strain (181). Mol% GC and DNA homology (179). (Medium 10, 26^°C)

B-11077 < -- Onyshchenko O. M., 10/46, H84-3, 10. Sea water, Black Sea, Karadag Natural Reserve. Sequence of 16 S rRNA, gyr B, rpoB, sequence of internal transcribed spacer between 16S rRNA gene and 23S rDNA [747]. Taxonomy, phenotypic study [748]. (Medium 10, 25^°C).

B-11078 < -- Onyshchenko O. M., 9/45, H94-8, 9. Sea water, Black Sea, Karadag Natural Reserve. Antibiotic activity [749]. Sequence of 16SrRNA, gyr B, rpoB, sequence of internal transcribed spacer between 16S rRNA gene and 23S rDNA [747]. Taxonomy, phenotypic study [748]. (Medium 10, 25^°C).

B-11079 < -- Onyshchenko O. M., 8/44, 8. Sea water, Black Sea, Karadag Natural Reserve. [748]. Taxonomy, phenotypic study. (Medium 10, 25^°C).

B-11080 < -- Onyshchenko O. M., 7/43, 7. Sea water, Black Sea, Karadag Natural Reserve. (Medium 10, 25^°C).

B-11081< --Onyshchenko O. M., 11/48, 11. Sea water, Black Sea, Karadag Natural Reserve [748]. Taxonomy, phenotypic study. (Medium 10, 25^°C).

Archangium gephira Jahn 1924

B-10001 <--OGU 243. Soil of Odessa region. (Medium 36, 30^°C)

OGU

Azotobacter chroococcum Beijerink 1901

B-6001 <--Antipchuk A.F. <--Kanzelaruk R.M., 2. Sod-podzol soil, Ukraine. Antagonistic to fungi of the genus Fusarium (483). (Medium 3, 26^°C)

B-6002 <--Antipchuk A.F., 8. Meadow soil, Letuva. Antagonistic to Fusarium culmorum (483). (Medium 3, 26^°C)

B-6003 <--Antipchuk A.F., 10 <--Kanzelaruk R.M. Black soil, Ukraine. Possesses colonizing activity (492). Antagonistic to the fungi of Fusarium genus (483). Active nitrogen fixing strain. Produces vitamins of B group (495). Strain for azotobacterin production for the vegetable crops (681). (Medium 3, 26^°C)

B-6004 <--Antipchuk A.F., 55 <--Kanzelaruk R.M., 55. Meadow-swamp soil, Ukraine. Antagonistic to phytopathogenic bacteria and fungi (483). (Medium 3, 26^°C)

B-6005 <--Antipchuk A.F., 57. Meadow-swamp soil, Ukraine. (Medium 3, 26^°C)

B-6006 <--Antipchuk A.F., 58. Chestnut soil, Ukraine. (Medium 3, 26^°C)

B-6007 <--Antipchuk A.F., 63 <--Tanzurenko E.V., 63. Sod-podzol soil, Ukraine. (Medium 3, 26^°C)

B-6008 <--Antipchuk A.F., 67 <--Tanzurenko E.V., 67. Biocompost, Ukraine. Possesses high colonizing activity (492). (Medium 3, 26^°C)

B-6009 <--Antipchuk A.F., 68 <--Tanzurenko E.V., 68. Biocompost, Ukraine. (Medium 3, 26^°C)

B-6010 <--Antipchuk A.F., 69 <--Tanzurenko E.V., 69. Sod-podzol soil, Ukraine. (Medium 3, 26^°C)

B-6011 <--Antipchuk A.F., 76 <--Tanzurenko E.V., 76. Sod-podzol soil, Ukraine. (Medium 3, 26^°C)

B-6012 <--Antipchuk A.F., 77 <--Tanzurenko E.V., 77. Gray forest soil, Ukraine. (Medium 3, 26^°C)

B-6013 <--Antipchuk A.F., 78 <--Tanzurenko E.V., 78. Gray podzol soil, Ukraine. (Medium 3, 26^°C)

B-6014 <--Antipchuk A.F., 81 <--Tanzurenko E.V., 81. South black soil, Ukraine. (Medium 3, 26^°C)

B-6015 <--Antipchuk A.F., 84 <--Tanzurenko E.V., 84. Chestnut soil, Ukraine. Medium 3, 26^°C)

B-6016 <--Antipchuk A.F., 94 <--Tanzurenko E.V., 94. Black soil, Ukraine. (Medium 3, 26^°C)

B-6082 < - -Antipchuk A. F., 9T < - Titova L. V., 9 T. Black soil, Poltava reg., Ukraine. Antagonist to phytopathogenic fungi [750]. (Medium 3, 26^°C).

B-6083 < - - Antipchuk A. F., 19 < - Tanzurenko E. V., 19. Turfy-podsol soil, Kiev reg., Ukraine. Antagonist to phytopathogenic bacteria [751]. (Medium 3, 26^°C).

Azotobacter vinelandii Lipmann 1904

B-6017 <--Antipchuk A.F., 56 <--Kanzelaruk R.M., 56. Hotbed soil, Ukraine. Antagonist to phytopathogenic bacteria and fungi (483). Active nitrogen fixing strain. Produces vitamins of B-group (495). Strain for azotobacterin production for cabbage (711). (Medium 3, 26^°C)

Bacillus alvei, see Paenibacillus alvei

Bacillus atrophaeus Nakamura 1989

B-910 = ATCC 9372 = CCM 4624 = NCIMB 8058 

<-- Kiprianova H. A. <--CCM 4624. Reference strain for ethylene oxide and hot air sterilization control; ethylene and formaldehyde sterilization [752]. (Medium 1, 30^°C).

Bacillus badius Batchelor 1919

B-5820^T = ATCC 14574, CCM 2113, DSM 23, NCIB 9364, NCTC 10333, VKM B-496

<--Sorokulova I.B. <--VKM B-496. Type strain (688). Numerical taxonomy (210), mol% GC (213), identification (237), sensitivity to antibiotics (204). (Medium 8, 37^°C)

"Bacillus bombycis", see Bacillus sp. B-5902

Bacillus brevis Migula 1900

B-5830^T = ATCC 8246, CCEB 624, CCM 2050, DSM 30, NCIB 9372, NCTC 2611, VKM B-503

<--Sorokulova I.B. <--VKM B-503. Type strain (688). Mol% GC (213), identification (237), species-specific PCR-primers (209), numerical taxonomy (210). (Medium 8, 37^°C)

Bacillus cereus Frankland and Frankland 1887

B-908 = ATCC 11778 = CCM 869 

<-- Kiprianova H. A. CCM 869. <-- Reference strain for the detection of antibiotic residues in meat. (Medium 1, 30^°C).

B-911 = ATCC 10702 = CCM 1992

 <-- Kiprianova H. A. <-- CCM 1992. Reference strain for the assay of tetracyclines [752]. (Medium 1, 30^°C).

B-5650^T = ATCC 14579, DSM 31, NCIB 9373, NCTC 2599, VKM B-504

<--Sorokulova I.B. <--VKM B-504. Type strain (688). Mol% GC (213), numerical taxonomy (211), identification (237), nutritional requirements (214), produces endonuclease Bce 14579 (215). (Medium 8 , 37^°C)

B-5652 <--Vyunitskaya V.A., 1Ð. Fish. (Medium 8, 37^°C)

B-5653 <--Vyunitskaya V.A., 59G /k. Human blood. (Medium 8, 37^°C)

B-5655 <--Vyunitskaya V.A., 377G/k. Human blood. (Medium 8, 37^°C)

B-5656 <--Vyunitskaya V.A., Reva O.N., 47D <--Menlikiev M.Ya. Endophyte of cotton (Gossypium barbadense), Tadzhikistan. (Medium 8, 37^°C)

B-5659 <--Vyunitskaya V.A., 55. Silkworm larvae (Bombyx mori). (Medium 8, 37^°C)

B-5671 <--Reva O.N. <--Sharga B., Gn. The dead honey-bee imago (Apis mellifera). (Medium 8, 37^°C)

B-5672 =VKPM B 4246

<--Sorokulova I.B., 751. Produces site-specific endonuclease (199), (Medium 8, 37^°C)

B-5673 <--Reva O.N. <--Afonskaya S.V., 63/1DV. Soil, Russia. (Medium 8, 37^°C)

Bacillus circulans Jordan 1890

B-5841 = ATCC 9966, IFO 3349, NCIB 8144.65, VKM B-693,

<--Reva O.N.<--VKM B-693. Sensitivity to antibiotics (204). (Medium 8, 37^°C)

B-5845 = CCM 41, VKM B-729

<--Sorokulova I.B. <--VKM B-729 (Medium 8, 37^°C)

Bacillus coagulans Hammer 1915

B-5850^T = ATCC 7050, CCM 2013, DSM 1, NCIB 9365, NCTC 10334, VKM B-497

<--Sorokulova I.B. <--VKM B-497. Dry milk (216). Type strain (688). Mol% GC (213), identification (237), taxonomy (217), numerical taxonomy (211), produces L(+) lactic acid (218). (Medium 8, 37^°C)

"Bacillus entomocidus var. subtoxicus", see Bacillus sp. 5900

Bacillus laterosporus Laubach 1916

B-5870^T = ATCC 64, CCEB 629, CCM 2116, DSM 25, NCIB 8213, NCTC 6357, VKM B-499

<--Sorokulova I.B. <--VKM B-499. Type strain (688). Mol% GC (213), numerical taxonomy (210, 211), identification (237), (Medium 8, 37^°C)

Bacillus lentus Gibson 1935

B-5906^T = ATCC 10840, CCM 1612, CIP 5274, DSM 9, NCIB 8773, 8713, NCTC 4824, VKM B-500

<--Sorokulova I.B.<--VKM B-500. Soil. Type strain (688). Mol% GC (213), taxonomy (219, 220, 239), numerical taxonomy (210, 211), identification (237), (Medium 8, 37^°C)

Bacillus licheniformis (Weigmann) Chester, 1901

B-5501^T = ATCC 14580, CCM 2145, DSM 13, IFO 12200, NCIB 9375, NCTC 10341, VKM B-511

<--Sorokulova I.B. <--VKM B-511. Type strain (688). Mol% GC (213), numerical taxonomy (210, 211), identification (237), growth on the oil hydrocarbons (238), sensitivity to antibiotics (204). (Medium 8, 37^°C)

B-5502 =CIP 51.26

<--Sorokulova I.B. <--Afrikyan E.G. Sensitivity to antibiotics (204). (Medium 8, 37^°C)

B-5503 =CIP 58.29

<--Sorokulova I.B. <--Afrikyan E.G.

Growth on the oil hydrocarbons (238), sensitivity to antibiotics (204). (Medium 8, 37^°C)

B-5506 <--Reva O.N., KF (24L). Coffee grains. Antagonistic activity (192), growth on the oil hydrocarbons (238). (Medium 8, 37^°C)

B-5508 <--Vyunitskaya V.A., Reva O.N., 32D2 <--Menlikiev M. Ya. Endophyte of cotton (Gossypium barbadense), Tadzhikistan. Site-specific endonuclease Bli5508I (Medium 8, 37^°C)

B-5510 <--Vyunitskaya V.A., Reva O.N., 32D1 <--Menlikiev M.Ya. Endophyte of cotton (Gossypium barbadense), Tadzhikistan. (Medium 8, 37^°C)

B-5511 <--Vyunitskaya V.A., Reva O.N., 8-91D <--Menlikiev M.Ya. Endophyte of cotton (Gossypium barbadense), Tadzhikistan. Growth on the oil hydrocarbons (238). (Medium 8, 37^°C)

B-5512 <--Vyunitskaya V.A., Reva O.N., 48D <--Menlikiev M.Ya. Endophyte of cotton (Gossypium hirsutum), Tadzhikistan. (Medium 8, 37^°C)

B-5513 <--Vyunitskaya V.A., Reva O.N., 1D <--Menlikiev M.Ya. Endophyte of cotton (Gossypium barbadense), Tadzhikistan. (Medium 8, 37^°C)

B-5514 = VKPM B 2336

<--Vyunitskaya V.A., 31. Gastrointestinal tract, calf, Ukraine. Component of probiotics biosporin (201) and bacterin-SL (206). (Medium 8, 37^°C)

B-5532 = VKPM B 4246

<--Sorokulova I.B., 49. Produces site-specific restrictase (198). (Medium 8, 37^°C)

"Bacillus longissimus", see Bacillus sp. B-5880

Bacillus macerans, see Paenibacillus macerans

Bacillus megaterium De Bury 1884

B-5723^T = ATCC 9885, CCEB 633, CCM 2007, NCIB 9376, NCTC 10342, VKM B-512

<--Sorokulova I.B. <--VKM B-512. Type strain (688). Numerical taxonomy (210). (Medium 8, 37^°C)

B-5714 <--Reva O.N., 3P <--Vasilevskaya I.A., Sergeychuk M.G. 18/2-4. Sand, Dneeper river, Ukraine. Produces exopolysaccharide (183). (Medium 8, 37^°C)

B-5716 <--Reva O.N., 3DT <--Menlikiev M.Ya., 3-90. Endophyte of cotton (Gossypium hirsutum), Tadzhikistan. (Medium 8, 37^°C)

B-5718 <--Reva O.N., 9DX <--Menlikiev M.Ya., 31-90. Endophyte of cotton (Gossypium hirsutum), Tadzhikistan. (Medium 8, 37^°C)

B-5719 <--Reva O.N., 11DX1 <--Menlikiev M.Ya., 35-90. Endophyte of cotton (Gossypium hirsutum), Tadzhikistan. (Medium 8, 37^°C)

B-5723 <--Vyunitskaya V.A., Kozachko I.A., <--Menlikiev M.Ya. Endophyte of cotton (Gossypium barbadense), Tadzhikistan. (Medium 8, 37^°C)

B-5724 < - - Antipchuk A. F., 5. Black soil, N.E.C., Kiev, Ukraine. Active phosphate-mineralizing bacterium. Stimulates the growth of nitrogen fixing strains, antagonist to phytopathogenic bacteria [753]. ( Medium 1, 37^°C).

"Bacillus mucilaginosus", see Bacillus sp. B-6000

Bacillus mycoides Flugge 1886

B-903 <--Garagulya A.D. <--GISK 010023. Test-microorganism for determination of aminoglycoside antibiotics biological activity (724). (Medium 8, 37^°C).

B-5674 <--Reva O.N., 17B <--Sharga B., 114. Soil, Ukraine. (Medium 8, 37^°C)

Bacillus pantothenticus Proom et Knight 1950

B-5907^T = ATCC 14576, CCM 2049, CIP 5124, DSM 26, NCIB 8775, NCTC 8162, VKM B-1244

<--Reva O.N. <--VKM B-1244, Soil, south of Great Britain (223). Type strain (688). Mol% GC (213), taxonomy (239), numerical taxonomy (211, 240), identification (237). (Medium 8, 37^°C)

B-5905 = CCM 874, VKM B-743

<--Sorokulova I.B. <--VKM B-743. (Medium 8, 37^°C)

Bacillus pasteurii Chester, 1898

B-5890^T = ATCC 11859, CCEB 637, CCM 2056, DSM 33, NCIB 8841, NCTC 4822, VKM B-513

<--Reva O.N. <--VKM B-513. Soil. Type strain (688). Mol% GC (213), taxonomy (224), identification (237). Produces urease (225). (Medium 8, 37^°C)

Bacillus polymyxa, see Paenibacillus polymyxa

Bacillus pulvifaciens, see Paenibacillus pulvifaciens

Bacillus pumilus Meyer et Gottheil 1901

B-5604^T = ATCC 7061, CCM 2144, DSM 27, NCIB 9369, NCTC 10377, VKM B-508

<--Sorokulova I.B. <--VKM B-508. Type strain (688). Mol% GC (213), Sensitivity to antibiotics (204), numerical taxonomy (211, 240), identification (237). (Medium 8, 37^°C)

B-5601 =CCM 2614

<--Sorokulova I.B. <--Afrikyan E.G. Sensitivity to antibiotics (204). (Medium 8, 37^°C)

B-5602 =CCM 2218

<--Sorokulova I.B. <--Afrikyan E.G. Sensitivity to antibiotics (204), growth on the oil hydrocarbons (238). (Medium 8, 37^°C)

B-5609 <--Vyunitskaya V.A., 009711. Plant phylloplana. Growth on the oil hydrocarbons (238). (Medium 8, 37^°C)

B-5610 <--Reva O.N., 37/4DV <--Afonskaya S.V. Soil, Russia. Antagonistic activity (192), growth on the oil hydrocarbons (238). (Medium 8, 37^°C)

B-5617 <--Reva O.N., 25/1DV <--Afonskaya S.V. Soil, Russia. (Medium 8, 37^°C)

B-912 = ATCC 27142 = CCM 4625 

<-- Kiprianova H. A. <-- CCM 4625. Ionising radiation sterilization control [752]. (Medium 1, 30^°C).

B-913 = NCTC 8241 = CCM 2218 

<-- Kiprianova H. A. <-- CCM 2218. Reference strain for the assay of gentamycin, neomycin, framycetin, erythromycin, kanamycin, sisomycin, and sterility testing [752]. (Medium 1, 30^°C).

B-5530 <--Vyunitskaya V.A., Reva O.N., 38g/k. Human blood. (Medium 8, 37^°C)

B-5715 <--Reva O.N. <--Menlikiev M.Ya., 2-90. Endophyte of cotton (Gossypium hirsutum), Tadzhikistan. (Medium 8, 28^°C)

B-5843 <--Reva O.N., 2NP <--Vyunitskaya V.A., 215. Produces lectin. (Medium 8, 37^°C)

B-5844 <--Reva O.N., 378G/ê-2, <--Vyunitskaya V.A., 378G/k. Human blood, produces lectin. (Medium 8, 37^°C)

B-5880 = DSM 352, VKM B-811

<--Sorokulova I.B. <--VKM B-811 (Bacillus longissimus) <--Mishustin E.N. Soil (221). Structure of spore cover (222). (Medium 8, 37^°C)

B-5900 = ATCC 19268, CCEB 458, VKM B-388

<--Sorokulova I.B. <--VKM B-388 (Bacillus entomocidus var. subtoxicus). Plodia interpunctella. (Medium 8, 37^°C)

B-5902 = CCEB 393.342, INMIA 755, VKM B-368

<--Sorokulova I.B. <--INMIA 755 (Bacillus bombycis). (Medium 8, 37^°C)

B-5908 <--Reva O.N., 10DX <--Menlikiev M.Ya., 32-90. Endophyte of cotton (Gossypium hirsutum), Tadzhikistan. (Medium 8, 28^°C)

B-5910 <--Reva O.N., 12DX1 <--Menlikiev M.Ya., 36-90. Endophyte of cotton (Gossypium hirsutum), Tadzhikistan. (Medium 8, 28^°C)

B-6000 <--Gromozova E.N., 548 ("Bacillus mucilaginosus"). Soil. Description (194), polysaccharide production (427, 428). (Media 18, 19, 28^°C)

Bacillus sphaericus Meyer and Neide, 1904

B-5901^T = ATCC 14577, CCM 2120, DSM 28, NCIB 9370, NCTC 10338, VKM B-509

<--Sorokulova I.B. <--VKM B-509. Type strain (688). Mol% GC in DNA (213), DNA-homology group (227), biochemical and serological characterization (228), ultrastructure (229), minimal nutritional requirements (230), species specific PCR-primers (209), taxonomy (239), numerical taxonomy (210, 211), identification (237), sensitivity to antibiotics (204), growth on the oil hydrocarbons (238). (Medium 8, 37^°C)

B-5902 <--Reva O.N., 3B <--Sharga B., 14. Soil, Ukraine. (Medium 8, 37^°C)

Bacillus stearothermophilus see Geobacillus stearothermophilus

Bacillus subtilis Cohn, 1872

B-901 = ATCC 6633, CCM 1999, NCIB 8054

<--Garagulya A.D. <--GISK 010011. Test-organism for determination of biological activity of antibiotics — kanamycin, lincomycin and other (464). (Medium 8, 37^°C).

B-902 <--Garagulya A.D. <--GISK 010010 (L2). Test-organism for determination of biological activity of tetracyclines (724). (Medium 8, 37^°C)

B-5001 =ATCC 10774

<--Sorokulova I.B. <--Afrikyan E.G. Sensitivity to antibiotics (204), antagonistic activity (192). (Medium 8, 37^°C)

B-5002 =CCEB 115

<--Sorokulova I.B. <--Afrikyan E.G. Sensitivity to antibiotics (204), antagonistic activity (192). (Medium 8, 37^°C)

B-5003 = CCM 110, IFO 3108, VKM B-762

<--Sorokulova I.B. <--VKM B-762 (Bacillus subtilis var. niger). Antagonistic activity (192). (Medium 8, 37^°C)

B-5006^T = ATCC 6051, CCEB 642, CCM 2216, DSM 10, NCIB 3610, NCTC 3610, VKM B-501

<--Sorokulova I.B. <--VKM B-501 (Marburg strain). Type strain (688). Mol% GC (213), numerical taxonomy (210, 240), identification (237), bioindicator for presence of antibiotics in urine (231), bioindicator for phenylketonuria (232), sensitivity to antibiotics (204), antagonistic activity (192). (Medium 8, 37^°C)

B-5007 = VKPM B 2335

<--Reva O.N., 6S (D1) <--Sorokulova I.B., Harchenko S.N., 3. The hay. Component of probiotics bacterin-SL (188, 206), biosporin (201) and sporolact (191, 200). Stimulation of phagocytic activity of warm-blooded (187), growth on the oil hydrocarbons (238), antagonistic activity (190, 192). (Medium 8, 37^°C)

B-5009 = VKPM B 2895

<--Reva O.N., 7S <--Vyunitskaya V.A., Sorokulova I.B., 2/10 <--Afonskaya S.V., 2/10. Soil. Component of preparation against gray rot of wild strawberry (186), antagonistic activity (190, 192), sensitivity to antibiotics (204). (Medium 8, 37^°C)

B-5008 = VKPM B 2335

<--Sorokulova I.B., 3. Intestine. Component of probiotics Bacterin SL and Biosporin. Antagonistic activity (190, 192), sensitivity to antibiotics (204). (Medium 8, 37^°C)

B-5010 = VKPM B 2896

<--Reva O.N., 9S <--Vyunitskaya V.A., Sorokulova I.B., 5/6 <--Afonskaya S.V., 5/6. Soil. Antagonistic activity (190, 192), sensitivity to antibiotics (204). (Medium 8, 37^°C)

B-5012 <--Reva O.N., Vasilevskaya I.A., Sergeychuk M.G., 2SH. Contaminant of lysin production (189). Antagonistic activity (190). (Medium 8, 37^°C)

B-5014 <--Reva O.N., 22S <--Vyunitskaya V.A., 11-89. Gastrointestinal tract of calf, Ukraine. Antagonistic activity (8,10). (Medium 8, 37^°C)

B-5016 <--Reva O.N., 10S <--Vyunitskaya V.A., 24D <--Menlikiev M.Ya., 887. Endophyte of cotton (Gossypium barbadense), Tadzhikistan. Antagonistic activity (192). (Medium 8, 37^°C)

B-5017 <--Reva O.N., 11S <--Vyunitskaya V.A., 26D <--Menlikiev M.Ya., 3'a-2. Endophyte of cotton (Gossypium barbadense), Tadzhikistan. Component of biopesticide phytosporin , antagonistic activity (190, 192). (Medium 8, 37^°C)

B-5018 <--Reva O.N., NF <--Dumanskaya T.U. Growth on the oil hydrocarbons (238). (Medium 8, 37^°C)

B-5019 <--Reva O.N., 44S <--Vyunitskaya V.A., Boiko, 945. Gastrointestinal tract of a calf, Kyiv region. Component of antiklebsiella preparation for silkworm protection (208), antagonistic activity (192), growth on the oil hydrocarbons (238). (Medium 8, 37^°C).

B-5020 = VKPM B 4759

<--Sorokulova I.B., 2335(105) <--Sorokulova I.B., Harchenko S.N., 3. Hay. Recombinant strain, component of probiotic subalin (203). (Medium 8, 37^°C)

B-5021 <--Reva O.N., 1S <--Vyunitskaya V.A., 668 (1981). Gastrointestinal tract of calf, Ukraine. Production of lectins, antagonistic activity (190, 192). (Medium 8, 37^°C)

B-5029 <--Reva O.N., 21S (Bacillus subtilis var. niger) <--Vyunitskaya V.A., 44D
<--Menlikiev M.Ya. Endophyte of cotton (Gossypium barbadense), Tadzhikistan. Antagonist (192). (Medium 8, 37^°C)

B-5036 <--Reva O.N., 24S <--Vyunitskaya V.A.,116D <--Menlikiev M.Ya. Endophyte of cotton (Gossypium barbadense), Tadzhikistan. Antagonistic activity (190, 192). (Medium 8, 37^°C)

B-5042 <--Vyunitskaya V.A., Kozachko, 106D, <--Menlikiev M.Ya. Endophyte of cotton (Gossypium hirsutum), Tadzhikistan. Growth on the oil hydrocarbons (238). (Medium 8, 37^°C)

B-5044 <--Vyunitskaya V.A., Kozachko, 110D <--Menlikiev M.Ya. Endophyte of cotton (Gossypium barbadense), Tadzhikistan. Antagonistic activity (190). (Medium 8, 37^°C)

B-5045 <-Reva O.N., 111D <--Menlikiev M.Ya. Endophyte of cotton (Gossypium barbadense), Tadzhikistan. Growth on the oil hydrocarbons (238). (Medium 8, 37^°C)

B-5050 <--Reva O.N., 1DT1 (12S) <--Menlikiev M,Ya., 1-90. Endophyte of cotton (Gossypium hirsutum), Tadzhikistan. Antagonistic activity (192). (Medium 8, 37^°C)

B-5071 <--Reva O.N., Vyunitskaya V.A., 229j. Human gastrointestinal tract. Antagonistic activity (192). (Medium 8, 37^°C)

B-5074 <--Reva O.N., 39S <--Vyunitskaya V.A., 402j. Human gastrointestinal tract. Antagonistic activity (192). (Medium 8, 37^°C)

B-5075 <--Reva O.N., 41S <--Vyunitskaya V.A., 406j. Human gastrointestinal tract. Antagonistic activity (192), growth on the oil hydrocarbons (238). (Medium 8, 37^°C)

B-5111 <--Reva O.N., 28S <--Afonskaya S.V., 77PK. Soil. Antagonistic activity (192), growth on the oil hydrocarbons (238). (Medium 8, 37^°C)

B-5112 <--Reva O.N., 30S (B2) <--Afonskaya S.V., 97PK-1. Soil, Carpathian mountains. Growth on the oil hydrocarbons (238). (Medium 8, 37^°C)

B-5113 <--Reva O.N., 32S <--Afonskaya S.V., 97PK-3. Soil, Carpathian mountains. Red pigmentation, growth on the oil hydrocarbons (238), antagonistic activity (190, 192). (Medium 8, 37^°C)

B-5121 <--Reva O.N., 25S <--Vyunitskaya V.A., DB 371-2. (Medium 8, 37^°C)

B-5127 <--Reva O.N., 121 C (Bacillus subtilis var. niger) <--Afonskaya S.V. Soil. (Medium 8, 37^°C)

B-5139 <--Kudryavtsev V.A., Safronova L.A., 39 <--Vyunitskaya V.A., Kosyuk I.V., LG-39. Medicinal mud, Estonia. Component of probiotic endosporin (185), stimulation of nonspecific resistance of warm-blooded (184), peculiarities of growth and sporulation (193). (Medium 8, 37^°C)

B-5140 <--Kudryavtsev V.A., Safronova L.A., 51 <--Vyunitskaya V.A., Kosyuk I.V., LG-51. Medicinal mud, Estonia. Component of probiotic endosporin (185), stimulation of nonspecific resistance of warm-blooded (184). (Medium 8, 37^°C)

B-5137 <--Sorokulova I.B., Lapa S.V., 63Z. Soil. Component of preparations against gray rot of garden strawberry (186, 197) and storage-dependent apple and grape rots (197). (Medium 8, 37^°C)

B-5138 =VKPM B 4470

<--Sorokulova I.B., 22. Produces site-specific endonuclease (195, 205). (Medium 8, 37^°C)

Bacillus subtilis var. niger see Bacillus atrophaeus

Bacillus thuringiensis Berliner 1915

B-5680^T = ATCC 19270, CCEB 461, VKM B-453

<--Sorokulova I.B. <--VKM B-453 Bacillus thuringiensis var. sotto. Silkworm (Bombyx mori). Type strain (226). (Medium 8, 37^°C)

B-5681 = INMIA 740

<--Sorokulova I.B. <--INMIA 740. (Medium 8, 37^°C)

Bifidobacterium bifidum (Tissier) Orla-Jensen 1924

B-2692 <--Kovalenko N.K., 1 <--Golovach T.N., 1 <--Goncharova G.I., 1. Intestines of an infant. (Medium 20, 37^°C)

Bifidobacterium longum Reuter 1963

B-2702^T = ATCC 15707, DSM 20219, NCTC 11818

<--Kovalenko N.K., E194b <--Golovach T.N., E194b <--Reuter G., Freie Universitä t Berlin. Human intestines. Type strain (429). (Medium 20, 37^°C)

B-2704

<--Kovalenko N.K., PM 1 <-- Poltavska O.A., PM 1 <-- Pospelova V.V., PM 1 (Bifidobacterium adolescentis).  Human intestines. Antagonist of pathogenic microorganisms and opportunistic pathogens.  Adhesively active to human erythrocites and  vaginal epithelium cells [754]. (Medium 20, 37^°C)

Bifidobacterium pullorum Trovatelli et al. 1974

B-2703^T = ATCC 27685, DSM 20433

<--Kovalenko N.K., Ð145 <--Golovach T.N., P145 <--Scardovi V., Universita di Bologna Italia. Chicken feces. Type strain (430). (Medium 20, 37^°C)

Bordetella bronchiseptica (Ferry 1912) Moreno-Lopez 1952

B-922 = ATCC 4617=CCM 4416 

<-- Kiprianova H. A. <-- CCM 4617. Bioassay of colistin and polymyxin-B [752]. (Medium 1, 37^°C).

Bradyrhizobium galegae Lindströ m 1989

B-6052 <--Antipchuk A.F., 1. Gray forest soil. Nodules of Galega orientalis, Ukraine. (Medium 7, 26^°C)

B-6053 <--Antipchuk A.F., 2. Gray forest soil. Nodules of Galega officinalis, Ukraine. (Medium 7, 26^°C)

B-6054 <--Antipchuk A.F., 3. Gray forest soil. Nodules of Galega orientalis, Ukraine. (Medium 7, 26^°C)

B-6055 <--Antipchuk A.F., 30. Gray forest soil. Nodules of Galega orientalis, Ukraine.(Medium 7, 26^°C)

B-6056 <--Antipchuk A.F., 35 <--Kanzelaruk R.M., 35. Root nodules of Galega orientalis. Azerbaijan. (Medium 7, 26^°C)

B-6057 <--Antipchuk A.F., 36 <--Kanzelaruk R.M., 36. Root nodules of Galega orientalis. Azerbaijan. (Medium 7, 26^°C)

B-6058 <--Antipchuk A.F., 38 <--Kanzelaruk R.M., 38. Root nodules of Galega orientalis. Azerbaijan. (Medium 7, 26^°C)

B-6059 <--Antipchuk A.F., 39 <--Kanzelaruk R.M., 39. Root nodules of Galega orientalis. Azerbaijan. (Medium 7, 26^°C)

B-6060 <--Antipchuk A.F., 40. Root nodules of Galega orientalis. Azerbaijan. (Medium 7, 26^°C)

B-6061 <--Antipchuk A.F., 43 <--Kanzelaruk R.M., 43. Root nodules of Galega orientalis. Azerbaijan. (Medium 7, 26^°C)

B-6062 <--Antipchuk A.F., 912 <--Novikova A.T., VNIIAM 912. (Medium 7, 26^°C)

B-6063 <--Antipchuk A.F., 913 <--Novikova A.T., VNIIAM 913. (Medium 7, 26^°C)

B - 6084 < - Antipchuk A. F., 740 . < - VNIIAM, 740. Standard strain. (Medium 7, 26^°C)

Bradyrhizobium japonicum Buchanan 1926, Jordan 1982

B-6018 <--Antipchuk A.F., 2B <--Skochinskaya N.N., 2B. Gray podzol soil, root nodules of soya (Glycine max), Ukraine. (Medium 4, 26^°C)

B-6019 <--Antipchuk A.F., 4B <--Skochinskaya N.N., 4B. Gray podzol soil, root nodules of soya (Glycine max), Ukraine. (Medium 4, 26^°C)

B-6020 <--Antipchuk A.F., 23G <--Skochinskaya N.N., 23G. Black soil. Root nodules of soya (Glycine max), Ukraine. (Medium 4, 26^°C)

B-6021 <--Antipchuk A.F., 15 iv <--Skochinskaya N.N., 15 iV. Meadow-swamp soil. Root nodules of soya (Glycine max), Ukraine. (Medium 4, 26^°C)

B-6022 <--Antipchuk A.F., 5k <--Skochinskaya N.N., 5k. Sod-podzol soil. Root nodules of soya (Glycine max), Ukraine. Active symbiotic nitrogen fixing strain (487). (Medium 4, 26^°C)

B-6023 <--Antipchuk A.F., 10k <--Skochinskaya N.N., 10k. Root nodules of soya (Glycine max), Ukraine. (Medium 4, 26^°C)

B-6024 <--Antipchuk A.F., 1t <--Skochinskaya N.N., 1t. Black soil. Root nodules of soya (Glycine max), Ukraine. (Medium 4, 26^°C)

B-6025 <--Antipchuk A.F., 2t <--Skochinskaya N.N., 2t. Black soil. Root nodules of soya (Glycine max), Ukraine. (Medium 4, 26^°C)

B-6026 <--Antipchuk A.F., 3t <--Skochinskaya N.N., 3t. Black soil. Root nodules of soya (Glycine max), Ukraine. (Medium 4, 26^°C)

B-6027 <--Antipchuk A.F., 6t <--Skochinskaya N.N., 6t. Black soil. Root nodules of soya (Glycine max), Ukraine. (Medium 4, 26^°C)

B-6028 <--Antipchuk A.F., 7t <--Skochinskaya N.N., 7t. Black soil. Root nodules of soya (Glycine max), Ukraine. (Medium 4, 26^°C)

B-6029 <--Antipchuk A.F., 11t <--Skochinskaya N.N., 11t. Black soil. Root nodules of soya (Glycine max), Ukraine. (Medium 4, 26^°C)

B-6030 <--Antipchuk A.F., 14t <--Skochinskaya N.N., 14t. Black soil. Root nodules of soya (Glycine max) , Ukraine. (Medium 4, 26^°C)

B-6031 <--Antipchuk A.F., 22t <--Skochinskaya N.N., 22t. Black soil. Root nodules of soya (Glycine max), Ukraine. (Medium 4, 26^°C)

B-6032 <--Antipchuk A.F., 51t <--Skochinskaya N.N., 51t. Black soil. Root nodules of soya (Glycine max), Ukraine. (Medium 4, 26^°C)

B-6033 <--Antipchuk A.F., 64t <--Skochinskaya N.N., 64t. Black soil. Root nodules of soya (Glycine max), Ukraine. Active symbiotic nitrogen fixing strain. Pectinase activity (491). (Medium 4, 26^°C)

B-6034 <--Antipchuk A.F., 66t <--Skochinskaya N.N., 66t. Black soil. Root nodules of soya (Glycine max), Ukraine. Active symbiotic nitrogen fixing strain. Pectinase activity (491). (Medium 4, 26^°C)

B-6035 <--Antipchuk A.F., 71t <--Skochinskaya N.N., 71t. Black soil. Root nodules of soya (Glycine max). Active symbiotic nitrogen fixing strain. Pectinase activity (491). Resistant to chloride-sulfate salting and insufficient humidifying of soil. Reserve industrial strain for producing fertilizers for soya (714). (Medium 4, 26^°C)

B-6036 <--Antipchuk A.F., 69ch <--Skochinskaya N.N., 69ch. Meadow black soil. Root nodules of soya (Glycine max), Ukraine. Effective symbiotic nitrogen fixing strain. Increases the protein content and the total productivity of soya (487). Resistant to antimicribial action of extractive compounds from envelopes of soybean seeds (481). Pectinase activity (491). (Medium 4, 26^°C)

B-6037 <--Antipchuk A.F., 614A <--Novikova A.T., VNIIAM 614A. (Medium 4, 26^°C)

B - 6085 < - Antipchuk A. F., 1k. < - Skorchinskaya N. N., 1k. Root nodules of soya (Glycine max). Resistance to heavy metals [751]. (Medium 4, 26^°C).

B - 6086 < - Antipchuk A. F., 62t. < - Skorchinskaya N. N. , 62t. Root nodules of soya (Glycine max), Ukraine. Pectinase activity [491]. ( Medium 4, 26^°C)

Bradyrhizobium lupini (Buchanan 1926) Jordan 1982

Synonym: Rhizobium lupini

B-6038 <--Antipchuk A.F., 14 <--Kanzelaruk R.M., 14. Sod-podzol soil. Chernigov region, Ukraine. Root nodules of wild lupine (Lupinus sp.). (Medium 4, 26^°C)

B-6039 <--Antipchuk A.F., 20 <--Kanzelaruk R.M., 20. Sod-podzol soil. Nodules of lupine (Lupinus angustifolius), Ukraine. Sensitive to antimicrobial action of extractive compounds from envelopes of lupine seeds (484). (Medium 4, 26^°C)

B-6040 <--Antipchuk A.F., 24 <--Kanzelaruk R.M., 24. Sod-podzol soil, Ukraine. Sleeve on lupine (Lupinus angustifolius). Active symbiotic nitrogen fixing strain. Sensitivity to antimicrobial action of extractive compounds from lupine seeds (484). Pectinase activity (491). (Medium 4, 26^°C)

B-6041 <--Antipchuk A.F., 29 <--Kanzelaruk R.M., 29. Sod-podzol soil, Ukraine. Lupine nodules (Lupinus sp.) Pectinase activity (491). Sensitivity to antimicrobial action of extractive compounds from envelopes of lupine seeds (484). (Medium 4, 26^°C)

B-6042 <--Antipchuk A.F., 32 <--Kanzelaruk R.M., 32. Sod-podzol soil, Ukraine. Sleeve on lupine (Lupinus angustifolius) roots. Pectinase activity (491). Sensitivity to antimicrobial action of extractive compounds from envelopes of lupine seeds (484). (Medium 4, 26^°C)

B-6043 <--Antipchuk A.F., 35 <--Kanzelaruk R.M., 35. Sod-podzol soil, Ukraine. Lupine nodules (Lupinus angustifolius). Sensitivity to antimicrobial action of extractive compounds from envelopes of lupine seeds (484). (Medium 4, 26^°C)

B-6044 <--Antipchuk A.F., 53 <--Kanzelaruk R.M., 53. Sod-podzol soil, Ukraine. Lupine nodules (Lupinus angustifolius). (Medium 4, 26^°C)

B-6045 <--Antipchuk A.F., 56 <--Kanzelaruk R.M., 56. Sod-podzol soil. Ukraine. Nodules of white lupine (Lupinus angustifolius). (Medium 4, 26^°C)

B-6046 <--Antipchuk A.F., 59 <--Kanzelaruk R.M., 59. Sod-podzol soil. Ukraine. Lupine nodules (Lupinus angustifolius). (Medium 4, 26^°C)

B-6047 <--Antipchuk A.F., 61 <--Kanzelaruk R.M., 61. Sod-podzol soil. Ukraine. Nodules of lupine (Lupinus luteus). (Medium 4, 26^°C)

B-6048 <--Antipchuk A.F., 70 <--Kanzelaruk R.M., 70. Sod-podzol soil. Ukraine. Nodules of wild lupine ( Lupinus sp.). (Medium 4, 26^°C)

B-6049 <--Antipchuk A.F., 200 <--Kanzelaruk R.M., 200. Sod-podzol soil, Ukraine. Root sleeve of lupine (Lupinus angustifolius). Active symbiotic nitrogen fixing strain. Highly competitive, shows strong dehydrogenase activity (489). Produces vitamines of B group (493, 494). Sensitive to antimicrobial action of extractive compounds from envelopes of lupine seeds (484). Industrial strain for rhizotorphin production (720). (Medium 4, 26^°C)

B-6050 <--Antipchuk A.F., 367A <--Novikova A.T., VNIIAM 367A. Active symbiotic nitrogen fixing strain (486). Pectinase activity (491). Sensitivity to antimicrobial action of extractive compounds from envelopes of lupine seeds (484). (Medium 4, 26^°C)

B-6051 <--Antipchuk A.F., 400 <--Novikova A.T., VNIIAM 400. Sensitivity to antimicrobial action of extractive compounds from envelopes of lupine seeds (484). (Medium 4, 26^°C)

Brevundimonas diminuta (Leifson et Hugh 1954) Segers et al. 1994

B-247^T = ATCC 11568 , CCEB 513

<--Kiprianova H.A., 4182 <--VKM B-893 (Pseudomonas diminuta). Water. Type strain (682). Growth on thiosulfate (709). (Medium 1, 26^°C).

B-248 <--Kiprianova H.A.,184 <--GNIIEM, Russia (Pseudomonas sp. 6453/2). Blood of patient with urosepsis. (Medium 1, 26^°C).

B-914 = ATCC 19146

 <-- Kiprianova H. A. <-- CCM 4623. Control strain for membrane filters testing [752]. (Medium 1, 30^°C)

Brevundimonas vezicularis (Busing, Doll and Freytag 1953) Segers et al. 1994

B-245^T = ATCC 11426 , VKM B-974

<--Kiprianova H.A., 4015 <--VKM B-974 (Pseudomonas vezicularis). Medicinal leech (Hirudo medicinalis). Type strain (682). (Medium 1, 26^°C)

B-246 <--Boiko O.I., 2526. Mineral spring water. (Medium 1, 26^°C).

Burkholderia cepacia (Palleroni and Holmes 1981) Yabuuchi et al. 1992

B-221^T = ATCC 25416, CCEB 669, NCTC 10743

<--Kiprianova H.A., 4137 (Pseudomonas cepacia) <--CCEB 669. Onion (Allium cepa). Type strain (683). Synthesis of antibiotically active pigment; mol% GC and DNA homology; bacteriocins (684). ( Medium 1, 26^°C)

B-222 <--Boiko O.I., 3181 (Pseudomonas cepacia). Rhizosphere of eucalyptus (Eucalyptus sp.). Mol% GC and DNA homology (684). (Medium 1, 26^°C)

B-225 <--Kiprianova H.A., 4199 (Pseudomonas cepacia) <--VAPI, AB 1934. Bacteriocins (684). (Medium 1, 26^°C)

B-226 = CIP 8235

<--Kiprianova H.A., 4200 (Pseudomonas cepacia) <--VAPI, CIP 8235. Bacteriocins (684). (Medium 1, 26^°C)

B-229 = CIP 8238

<--Kiprianova H.A., 4203 (Pseudomonas cepacia) <--VAPI, CIP 8238. Bacteriocins (684). (Medium 1, 26^°C)

B-232 <--Boiko O.I., 5757 (Pseudomonas cepacia). Rhizosphere of eucalyptus (Eucalyptus sp.). Bacteriocins (684). (Medium 1, 26^°C)

B-237 <--Boiko O.I., 5798 (Pseudomonas cepacia). Rhizosphere of Kniphofia sp. (Medium 1, 26^°C)

B-308 <--Soldatkina M.A., 4207 (Pseudomonas cepacia) <--Shigeta S., GIFU 627. Serotype A (685). (Medium 1, 26^°C)

B-309 <--Soldatkina M.A., 4208 (Pseudomonas cepacia) <--Shigeta S., GIFU 644. Serotype B (685). (Medium 1, 26^°C)

B-310 <--Soldatkina M.A., 4209 (Pseudomonas cepacia) <--Shigeta S., F-54-3860. Serotype C (685). (Medium 1, 26^°C)

B-311 <--Soldatkina M.A., 4210 (Pseudomonas cepacia) <--Shigeta S., GIFU 2971. Serotype D (685). (Medium 1, 26^°C)

B-312 <--Soldatkina M.A., 4211 (Pseudomonas cepacia) <--Shigeta S., GIFU 2323. Serotype E (685). (Medium 1, 26^°C)

B-313 <--Soldatkina M.A., 4213 (Pseudomonas cepacia) <--Shigeta S., GIFU 1709. Serotype G (685). (Medium 1, 26^°C)

B-314 <--Soldatkina M.A., 4214 (Pseudomonas cepacia) <--Shigeta S., J-414. Serotype H (685). (Medium 1, 26^°C)

B-315 <--Soldatkina M.A., 4215 (Pseudomonas cepacia) <--Shigeta S., CDC D36. Serotype I (685). (Medium 1, 26^°C)

B-316 <--Soldatkina M.A., 4216 (Pseudomonas cepacia) <--Shigeta S., GIFU 2163. Serotype J (685). (Medium 1, 26^°C)

B-317 <--Dodatko T.A., 4217 (Pseudomonas cepacia) <--Govan J., JC 2346. Produces cepaciacin CP-1 (686). (Medium 1, 26^°C)

B-318 <--Dodatko T.A., 4218 (Pseudomonas cepacia) <--Govan J., B 12417. Produces cepaciacin CP-2 (686). (Medium 1, 26^°C)

B-319 <--Dodatko T.A., 4219 (Pseudomonas cepacia) <--Govan J., B 68061. Produces cepaciacin CP-3 ; CS-1 indicator for bacteriocins typing (686). (Medium 1, 26^°C)

B-320 <--Dodatko T.A., 4221 (Pseudomonas cepacia) <--Govan J., 18979. Produces cepaciacin CP-5 (686). (Medium 1, 26^°C)

B-321 <--Dodatko T.A., 4222 (Pseudomonas cepacia) <--Govan J., 77-16. Produces cepaciacin CP-6 (686). (Medium 1, 26^°C)

B-322 <--Dodatko T.A., 4223 (Pseudomonas cepacia) <--Govan J., B 12290. CS-1 indicator for bacteriocin typing (686). (Medium 1, 26^°C)

B-323 <--Dodatko T.A., 4224 (Pseudomonas cepacia) <--Govan J., PC 8604. CS-2 indicator for bacteriocin typing (686). (Medium 1, 26^°C)

B-324 <--Dodatko T.A., 4225 (Pseudomonas cepacia) <--Govan J., B 68303. CS-4 indicator for bacteriocin typing (686). (Medium 1, 26^°C)

B-325 <--Dodatko T.A., 4226 (Pseudomonas cepacia) <--Govan J., G-2. CS-6 indicator for bacteriocin typing (686). (Medium 1, 26^°C)

B-326 <--Dodatko T.A., 4228 (Pseudomonas cepacia) <--Govan J., D-36. CS-8 indicator for bacteriocin typing (686). (Medium 1, 26^°C)

Burkholderia pickettii, see Ralstonia pickettii

Capnocytophaga gingivalis Leadbetter et al. 1982

B-10002^T = DSM 3290, Holt S.C., 27

OGU <-- DSM 3290. Type strain. (Medium 35, 37^°C)

Capnocytophaga sputigena Leadbetter et al. 1982

B-10003^T = DSM 3292, Holt S.C., 4

OGU <-- DSM 3292. Type strain. (Medium 35, 37^°C)

Chitinophaga pinensis Sanghobol et Skerman 1981

B-10004^T = DSM 2588, UQM 2034

OGU <-- DSM 2588. Type strain. (Medium 30, 22^°C).

Clostridium perfringens (Veillon and Zuber 1898) Handuroy et al. 1937

B-923 = ATCC 13124= CCM 4435

 <-- Kiprianova H. A. <-- CCM 4435. Type A, a - toxigenic. Reference strain for anaerobic antimicrobial susceptibility testing, media testing [752]. (Medium 38, 37^°C, anaerobicaly).

Clostridium sporogenes (Metchnikoff 1908) Bergey et al. 1923

B-924 = ATCC 19404 = CCM 4409 

<-- Kiprianova H. A. <--  CCM 4409. The agent of gas gangrene. Reference strain for sterility testing, media testing [752]. (Medium 38, 37^°C, ànaerobicaly).

Comamonas acidovorans (den Dooren de Jong 1926) Tamaoka et al. 1987

B-197^T = ATCC 15668 , NCIB 9681 , VKM B-1294

<--Kiprianova H.A., 4171 (Pseudomonas acidovorans) <--VKM B-1294. Soil, enrichment with acetamide. Type strain (687). (Medium 1, 26^°C)

B-198 <--Boiko O.I., 2863 (Pseudomonas acidovorans). Mosquito larva (Culex pipiens molestus). (Medium 1, 26^°C)

B-202 <--Boiko O.I., 2891 (Pseudomonas acidovorans). Mosquito larva (Culex pipiens molestus). Produces L-DOPA (684). (Medium 1, 26 C)

B-206 <--Kiprianova H.A., 3049 (Pseudomonas acidovorans). Sludge. (Medium 1, 26^°C)

B-207 = CCEB 714

<--Kiprianova H.A., 4019 (Pseudomonas acidovorans) <--Pavlenko G.V., CCÅB 714 <--CCEB <--Gilardi G., GLG 980. Numerical classification (684). (Medium 1, 26^°C)

B-212 <--Kiprianova H.A., 6019 (Pseudomonas acidovorans). Rhizosphere of wheat (Triticum aestivum). (Medium 1, 26^°C)

B-354 = ATCC 9355, VKM B-1239

<--Kiprianova H.A., 4232 <--VKM B-1239 ("Pseudomonas indoloxidans"). (Medium 1, 26^°C)

Comamonas terrigena (Hugh 1962) De Vos et al. 1985

B-363 = ATCC 8461, NCTC 1937, CIP 63.44

<--Kiprianova H.A., 4101 <--Ivshina I.B., IEGM BT 671. Hay infusion. Type strain (687). (Medium 1, 26^°C).

Comamonas testosteroni (Marcus et Talalay 1956) Tamaoka et al. 1987

B-213^T = ATCC 11996, CCEB 853, NCIB 8955

<--Kiprianova H.A., 4135 (Pseudomonas testosteroni) <--CCEB 853. Soil, enrichment with testosterone. Type strain (687). Numerical classification (684). (Medium 1, 26^°C)

B-214 <--Boiko O.I., 2664 (Pseudomonas testosteroni). Rhizosphere of cucumber (Cucumis sativus). (Medium 1, 26^°)

B-218 <--Kiprianova H.A., 2973 (Pseudomonas testosteroni). Sludge. (Medium 1, 26^°C)

Cystobacter fuscus Schroeter 1886

B-10005^T = CECT 4287

OGU <--CECT 4287. Type strain. (Medium 36, 30^°C)

Cytophaga aquatilis Strohl et Tait 1978

B-10006^T = ATCC 29551, DSM 2063, NCIMB 2215, Reichenbach H., Cy aq 1

OGU <--Reichenbach H., Cy aq 1. Gills of sick salmon, USA. Type strain. (Medium 34, 25-30^°C)

Cytophaga arvensicola Oyaizu et al. 1983

B-10007^T = DSM 3695, IAM 12650, NCIMB 11855

OGU <-- DSM 3695. Soil, Osaka, Japan. Type strain. (Medium 30, 30^°C)

"Cytophaga aurantiaca" Winogradsky 1929

B-10008 = CECT 358

OGU <--CECT 358. (Medium 32, 25^°C)

"Cytophaga diffluens" Stanier 1940

B-10009 = ATCC 23140, LIM 1, NCMB 1430, VKM B-1434

OGU <--VKM B-1434. Waterside silt, Costa Rika. (Medium 31, 30^°C)

Cytophaga flevensis van der Meulen et Veldcamp 1974

B-10010^T = ATCC 27944, CCM 2740, DSM 1076, NCIMB 12056, Reichenbach H., Cy fl 1

OGU <-- DSM 1076. Freshwater lake, Netherlands. Type strain. (Medium 30, 20^°C)

Cytophaga heparina (Pausa et Korn) Christensen 1980

B-10011^T = ATCC 13125, DSM 2366, IFO 12017, NCIMB 9290

OGU <--Reichenbach H., Cy hp 1. Dry soil. Type strain. (Medium 30, 25-30^°C)

Cytophaga hutchinsonii Winogradsky 1929

B-10012^T = ATCC 330406, DSM 1761, NCIB 9469

OGU <--NCIMB 9469. Type strain. Cellulose destructor (8). (Medium 32, 25^°C)

Cytophaga johnsonae Stanier 1947

B-10013 = DSM 425, NCIB 10150, VKM B-1399

OGU <--IBPhM VKM B-1399. Surface of grass roots, pasture, Scotland. (Medium 30, 30^°C)

Cytophaga lytica Lewin 1969

B-10014^T = ATCC 23178, LIM-21, NCIMB 1423, VKM B-1433

OGU <--VKM B-1433. Silt, Costa Rika. Type strain. (Medium 31, 25^°C)

"Cytophaga marina" Hikida et al. 1979

B-10015^T = CECT 4276

OGU <--CECT 4276. Type strain. (Medium 31, 20^°C)

Cytophaga pectinovora Dorey 1959

B-10016^T = ATCC 19366, DSM 6368, NCIMB 9059

OGU <-- DSM 6368. Soil. Type strain. (Medium 30, 25-30^°C)

Cytophaga saccharophila Agbo et Moss 1979

B-10017^T = DSM 1811, NCIMB 2072, ATCC 49530

OGU <-- DSM 1811. River, Great Britain. Type strain. (Medium 30, 25^°C)

"Cytophaga "uliginosa ZoBell et Upham 1944

B-10018^T = CECT 4277

OGU <--CECT 4277. Sea water. Type strain. (Medium 31, 25^°C)

"Deinococcus erythromyxa", see Kocuria erythromyxa

Enterococcus durans (Sherman et Wing 1937) Collins et al. 1984

B-2530 <--Kovalenko N.K., 140D <--Golovach T.N., 47. Human feces. Produces bacteriocin (437). (Medium 22, 37^°C)

B-2531^T = ATCC 19432, NCTC 8307, NCDO 596, CCÌ 5612

<--Kovalenko N.K., 596 <--Nesterenko O.A., 596 <--NCDO 596. Dried milk. Type strain (431). (Medium 22, 37^°C)

Enterococcus faecalis (Andrewes et Horder 1906) Schleifer et Kilpper-Balz 1984

B-2510 <--Kovalenko N.K., k1 <--Golovach T.N., k1. Gastrointestinal tract of chicken (Gallus domestica). (Medium 22, 37^°C)

B-2513 <--Kovalenko N.K., 18 <--Nemirovskaya L.N., 18. Human intestines. (Medium 22, 37^°C)

B-2515 <--Kovalenko N.K., 65 nac <--Kovalenko N.K., 121/3. Intestines of honey-bee (Apis mellifera). (Medium 22, 37^°C)

B-2686 = CCM 2121

<--Kovalenko N.K., 2121 <--Nesterenko O.A., 2121 <--CCM 2121. (Medium 22, 37^°C)

Enterococcus faecium (Orla-Jensen 1919) Schleifer et Kilpper-Balz 1984

B-2505 = VKPM B-2898

<--Kovalenko N.K., k20 <--Materinskaya L.G., k20. Gastrointestinal tract of carp Ciprinus carpio (440). Antagonistic to putrefactive microorganisms. (Medium 22, 37^°C)

B-2506 <--Kovalenko N.K., k72 <--Golovach T.N., k72. Gastrointestinal tract of chicken (Gallus domestica). (Medium 22, 37^°C)

B-2507 <--Kovalenko N.K., G1 <--Golovach T.N., G1. Goose feces. (Medium 22, 37^°C)

B-2508 <--Kovalenko N.K., G9/1(41) <--Golovach T.N., G9/1(41). Duck feces. (Medium 22, 37^°C)

B-2516 <--Kovalenko N.K., 34n. Intestines of caterpillar (Bombix mori). (Medium 22, 37^°C)

B-2517 <--Kovalenko N.K., 275jkt <--Nemirovskaya L.N., 275jkt. Human gullet. (Medium 22, 37^°C)

B-2519 <--Kovalenko N.K., D28/5(145) <--Golovach T.N., D28/5 (145). Turkey feces. (Medium 22, 37^°C)

B-2520^T = ATCC 19434, NCTC 7171, NCDO 942, DSM 20477

<--Kovalenko N.K., 942 <--Nesterenko O.A., 942 <--NCDO 942. Type strain (432). (Medium 22, 37^°C)

B-2534 = VKPM B-2897

<--Kovalenko N.K., 77D . Gastrointestinal tract of man. Antagonistic to pathogenic bacteria. Patent strain (435,436, 461). (Medium 22, 37^°C)

B-2535 = VKPM B-2579

<--Kovalenko N.K., k50 <--Golovach T.N., k50. Gastrointestinal tract of chicken (Gallus domestica). Antagonistic to pathogenic bacteria. Patent strain (433, 434, 438). (Medium 22, 37^°C)

B-2536 = VKPM B-3490

<--Kovalenko N.K., M. Silage. Antagonistic to putrefactive microorgasnisms (439). Industrial strain. (Medium 22, 37^°C)

B-2537 = VKPM B-3491

<--Kovalenko N.K., M-3185 k9 <--Golovach T.N., M-3185 k9. Chicken (Gallus domestica). Antagonistic to putrefactive microorganisms (439). Industrial strain. (Medium 22, 37^°C)

Enterococcus hirae Farrow and Collins 1985

B-915 = ATCC 10541 = CCM 4533

<-- Kiprianova H. A <-- CCM 4533. Reference strain assay of antiseptics and disinfectants activity, for assay of gramicidin [752]. (Medium 1, 37^°C)

Erwinia amylovora (Burril 1882) Winslow et al. 1920

B-1095^T = ATCC 15580, CFBP 1232, DSM 30165, ICMP 1540, LMG 2024, NCPPB 683

<--Muras V.A., 9057 <-De Ley J., 2024. Type strain (145). (Medium 29, 26^°C)

B-1104 = NCPPB 595, CFBP 1196

<--Muras V.A., 8507 <--Lelliott R.A., 595. Pear (Pyrus communis). (Medium 29, 26^°C)

Erwinia carotovora (Jones 1901) Bergey et al. 1923

B-1075^T =ATCC 15713, CCM 1008, DSM 30168, ICMP 5702, LMG 2404, NCPPB 312

<--Muras V.A., 8982 <--Kocur M., 1008. Potato (Solanum tuberosum). Type strain (151). (Medium 29, 26^°C)

Erwinia carotovora subsp. atroseptica (van Hall 1902) Dye 1969

B-1084^T = ATCC 33260, CFBP 1526, ICMP 1526, LMG 2386, NCPPB 549

<--Muras V.A., 8682 <--Zherebylo O.E., 2386 <--De Ley J., 2386. Type strain (141). (Medium 29, 26^°C)

B-1086 <--Muras V.A., 8887 <--VNIIPh, 9. Potato (Solanum tuberosum). (Medium 29, 26^°C)

B-1101 <--Muras V.A., 9093 <--Zherebylo O.E., 31 <--De Boer, 31 (715). (Medium 29, 26^°C)

B-1103 <--Muras V.A., 9094 <--Zherebylo O.E., 21 A <--Evtushenkov A.I., 21 A. Potato (Solanum tuberosum), stalk, Belarus. (Medium 29, 26^°C)

Erwinia carotovora subsp. betavasculorum Thomson et al. 1981

B-1098^T = ATCC 43762, ICMP 4226, LMG 2446, NCPPB 2795

<--Muras V.A., 9089 <--Zherebylo O.E., 4226 <--ICMP 4226. Sugar beet (Beta vulgaris). Type strain (152). (Medium 29, 26^°C).

Erwinia carotovora subsp. carotovora (Jones 1901) Bergey et al. 1923

B-1076 <--Muras V.A., 8946 <--Kabashnaya L.V., 184. Hyacinth (Hyacinthus orientalis), leaf, Ukraine. (Medium 29, 26^°C)

B-1077 = ICMP 10442, NCPPB 3785

<--Muras V.A., 8947 <--Kabashnaya L.V., 300 E. Hyacinth (Hyacinthus orientalis), stalk, Ukraine. (Medium 29, 26^°C)

B-1078 <--Muras V.A., 216 <--Voronkevich I.V., 216. (Medium 29, 26^°C)

B-1079 <--Muras V.A., 8883 <--VNIIPh, 258 Cabbage (Brassica oleracea var. capitata). (Medium 29, 26^°C)

B-1080 <--Muras V.A., 8457 <--Lazar I., 119. (Medium 29, 26^°C)

B-1081 <--Muras V.A., 8895 <--VNII bakpreparatov, 133. (Medium 29, 26^°C)

B-1083 <--Muras V.A., 144 A <--Sidorenko S.S., 144 A. Cauliflower (Brassica oleracea var. botrytis), head, Ukraine. (Medium 29, 26^°C)

B-1097 <--Muras V.A., 9088 <--Zherebylo O.E., 4 A <--Evtushenkov A.I., 4 A. Potato (Solanum tuberosum), bulb, Belarus. (Medium 29, 26^°C)

B-1100 <--Muras V.A., 9091 <--Zherebylo O.E., 60 <--Pavlova-Ivanova L.K., 60. Iris (Iris sp.), Moskow. (Medium 29, 26^°C)

B-1102 = NCPPB 3405

<--Muras V.A., 9092 <--Zherebylo O.E., 197 <--De Boer, 197 (715). (Medium 29, 26^°C)

B-1148 <--Muras V.A., 8510 <--Lelliott R.A., 1065. Maize (Zea mays), Egypt. Produces L-asparaginase (160, 166). (Medium 29, 26^°C)

Erwinia chrysanthemi Burkholder et al 1953

B-1087^T = ATCC 11663, DSM 4610, ICMP 5703, LMG 2804, NCPPB 402

<--Muras V.A., 8683 <--Zherebylo O.E., 2804 <--De Ley J., 2804. Type strain (149). (Medium 29, 26^°C)

B-1088 <--Muras V.A., 8451 <--Lazar I., 910. (Medium 29, 26^°C)

Erwinia herbicola, see Pantoea agglomerans

Erwinia quercina Hildebrant et Schroth 1967

B-1092 <--Muras V.A., 8452 <--Lazar I., Acorn 1. (Medium 29, 26^°C)

Erwinia rhapontici (Millard 1924) Burkholder 1948

B-1093 <--Muras V.A., 8800 <--Gvozdyak R.I., 290. Beech (Fagus sp.), Ukraine. (Medium 29, 26^°C)

B-1094 <--Muras V.A., 8804 <--Gvozdyak R.I., 386. Beech (Fagus sp.), Ukraine.

(Medium 29, 26^°C)

Escherichia coli (Migula 1895) Castellani et Chalmers 1919

B-906 = ATCC 25922 (F-50)

<--Garagulya A.D <--GISK 240533. Reference strain for the control of exactness of bacterial sensitivity to antibiotics determination by the method of diffusion in agar (464). (Medium 1, 37^°C).

B-916 = ATCC 10536 = CCM 3988

 <-- Kiprianova H. A. <-- CCM 3988. Reference strain for assay of colistin and polymyxin [752]. (Medium 1, 37^°C)

B-926 = ATCC 8739 = CCM 4517 

<--Kiprianova H. A. <-- CCM 4517. Reference strain for media testing and assay of antimicrobial preservatives [752]. (Medium 1, 37^°C).

"Flavobacterium arborescens" (Frankland et Frankland) Bergey et al. 1923

B-10019 = VKM B-966

OGU <--VKM B-966. (Medium 33, 20-25^°C)

"Flavobacterium aurantiacum" (Frankland et Frankland) Bergey et al. 1923

B-10020 = VKM B-1198

OGU <--VKM B-1198. (Medium 33, 20-25^°C)

Flavobacterium devorans (Zimmermann) Bergey et al. 1923

B-10021 = VKM B-1200

OGU <--VKM B-1200. Type strain. (Medium 33, 20-25^°C)

Flavobacterium ferrugineum Sickles et Shaw 1934

B-10022 = VKM B-1201

OGU <--VKM B-1201. (Medium 33, 20-25^°C)

Flavobacterium flavescens (Pohl) Bergey et al. 1923

B-10023 =VKM B-1202

OGU <--VKM B-1202. (Medium 33, 20-25^°C)

Flavobacterium marinotypicum ZoBell et Upham 1944

B-10024 = VKM B-1170, NCIMB 1050, ATCC 19260

OGU <--VKM B-1170. Type strain. (Medium 30, 30^°C)

Flavobacterium okeanokoites ZoBell et Upham 1944

B-10025 = VKM B-1175, NCIMB 1059, CCM 320, IFO 12536

OGU <--VKM B-1175. Type strain. (Medium 30, 30^°C)

"Flavobacterium pectinovorum" Dorey 1959

B-10026 = VKM B-1171, NCIMB 9059, ATCC 19366

OGU <--VKM B-1171. Type strain. (Medium 30, 30^°C)

Flavobacterium resinovorum Dellaporte et Daste 1956

B-10027 = VKM B-1172, NCIMB 8767

OGU <--VKM B-1172. Type strain. (Medium 30, 30^°C)

"Flavobacterium vulcanense" Ten Hak Mun et Kondratyeva 1980

B-10028^T = VKM B-1338

OGU <--VKM B-1338. Type strain. (Medium 33, 22-25^°C)

Flexibacter elegans Lewin 1969

B-10029^T = VKM B-1400, DSM 527

OGU <--VKM B-1400 <--DSM 527. Soil, Upolu, Apia, Samoa. Type strain. (Medium 30, 25^°C)

Flexibacter filiformis (Soriano 1945) Lewin 1969

B-10030^T = DSM 527

OGU <-- DSM 527. Type strain. (Medium 30, 30^°C)

Flexibacter flexilis (Soriano 1945) Lewin 1969

B-10031^T = ATCC 23079, NCIMB 12853

OGU <--NCIMB 12853. Type strain. (Medium 30, 25^°C)

Flexibacter flexilis var. algavorum Gromov et al. 1972

B-10032^T = VKM B-1001

OGU <--VKM B-1001. Lysed culture of Nostok, pond, Petergoph. Type strain. (Medium 30, 20-25^°C)

Flexibacter sancti Lewin 1969

B-10033^T = DSM 784, ATCC 23092, VKM B-1428, NCMB 1379

OGU <-- DSM 784. Type strain. (Medium 30, 30^°C)

Flexibacter tractuosus (Lewin 1969) Leadbetter 1974

B-10034^T = VKM B-1430, ATCC 23168, DSM 4126, NCMB 1408

OGU <--VKM B-1430. Type strain. (Medium 30, 30^°C)

Geobacillus stearothermophilus (Donk 1920) Nazina et al. 2001

B-925 = ATCC 7953 = CCM 4395

 <-- Kiprianova H. A. <-- CCM 3988. Reference strain for steam sterilization control [752]. (Medium 1, 30^°C).

Halomonas variabilis Fendrich 1988. Dobson et. al. 1996

B-11098 < --Onyshchenko O. M., 28/17. Sea water, Black sea, Karadag Natural Reserve. (Medium 10, 25^°C).

Hydrogenophaga palleronii (Davis 1970) Willems et al. 1989

B-242^T = ATCC 17724, VKM B-1328

<--Kiprianova H.A., 4233 <--VKM B-1328 (Pseudomonas palleronii). Water. Type strain (718). Description, chemotaxonomy, DNA homology (718). (Medium 1, 26^°C).

Jensenia canicruria, see Rhodococcus erythropolis Ac-15

Klebsiella pneumoniae subsp. pneumoniae (Schroeter 1886) Trevisan 1887

B-920 = ATCC 10031 = CCM 4415 

<-- Kiprianova H. A. <-- CCM, 4415. Reference strain for assay of streptomycin, erythromycin [752]. (Medium 1, 37^°C)

Kocuria erythromyxa (Brooks et Murray 1981) Rainey et al. 1997

B-4030 = ATCC 187, CCM 706, UWO 1045

<--Gvozdyak O.R <--Nesterenko O.A <--CCM <--ATCC <--Breed R.S.
<--Krá l Collection <--Migula W. Type (722). Taxonomy, description (17, 64, 722). Murein: L-Lys—L-Ala_3-4 (93); fatty acids (722); menaquinones: MK-8(H₂) (722). Mol% GC in DNA: 72 (84; 85). Serology (78). DNA homology (18). 16S rDNA sequence similarity (722). (Medium 1, 28^°C)

Kocuria varians (Migula 1900) Stackerbrandt et al. 1995

Ac- 613 = ATCC 9341 = CCM 552 = MПM 48002 

<-- Kiprianova H. A. <-- MPM 48002. Reference strain for assay of rifampicin and tylosin [752], for sterility control and determination of antibiotic in food products. (Medium 1, 34^°C).

Lactobacillus acidophilus (Moro 1900) Hansen et Mocguot 1970

B-2636 <--Kovalenko N.K., G3/5 (16) <--Golovach T.N., G3/5 (16). Goose feces (468). (Medium 2, 37^°C)

B-2637 <--Kovalenko N.K., 58p <--Golovach T.N., 58p. Gastrointestinal tract of chicken (Gallus domestica). (468). (Medium 22, 37^°C)

B-2644 <--Kovalenko N.K., 181D <--Golovach T.N., 181D. Human feces (469). (Medium 22, 37^°C)

B-2689 = VKPM B-5003

<--Kovalenko N.K., 11b <--Nemirovskaya L.N., 11b. Natural fungal culture. Produces complex of biologically active compounds (455). (Medium 22, 37^°C)

B-2691 = VKPM B-3488

<--Kovalenko N.K., G1/1 (3) <--Golovach T.N., G1/1 (3). Goose feces. Produces complex of biologically active compounds, antagonistic to pathogenic microorganisms, normalizes microflore of digestive tract of animals, stimulates animal growth (456). (Medium 22, 37^°C)

Lactobacillus agilis Weiss et al.1982.

B-2603 <--Kovalenko N.K., 161m/f <--Golovach T.N., 161m/f. Chicken feces (468). (Medium 22, 37^°C)

Lactobacillus brevis (Orla-Jensen 1919) Bergey et al. 1934

B-2679 = ATCC 8007, NCIB 8120, NCDO 190

<--Kovalenko N.K., 190 <--Nesterenko O.A., 190 <--NCDO. (Medium 22, 37^°C)

Lactobacillus bü chneri (Henneberg 1903) Bergey et al. 1923

B-2666 <--Kovalenko N.K., 74p <--Golovach T.N., 74p. Gastrointestinal tract of chicken (Gallus domestica). (468). (Medium 22, 37^°C)

B-2670^T = ATCC 4005, NCDO 110, NCIB 8007, CCM 1819, DSM 20057

<--Kovalenko N.K., 110 <--Nesterenko O.A., 110. <--NCDO Tomato pulp. Type strain (452, 453, 454). (Medium 22, 37^°C)

B-2674 <--Kovalenko N.K., 191G <--Golovach T.N., 191G. Chicken feces (468). (Medium 22, 37^°C)

Lactobacillus bulgaricus, see Lactobacillus delbrueckii subsp. bulgaricus

Lactobacillus casei subsp. casei (Orla-Jensen 1916) Hansen et Lessel 1971

B-2673 = ATCC 393, NCDO 161

<--Kovalenko N.K., 161 <--Nesterenko O.A., 161. <--NCDO Cheese. (Medium 22, 37^°C)

B-2678 = NCDO 151

<--Kovalenko N.K., 151 <--Nesterenko O.A., 151 <--NCDO (Medium 22, 37^°C)

B-2701 = VKPM B-3489

<--Kovalenko N.K., M-76(kp22) <--Golovach T.N., M-76 (kp22). Silage. Produces complex of biologically active compounds. (Medium 22, 37^°C)

Lactobacillus casei subsp. tolerans Abo-Elnaga et Kandler 1965

B-2604 <--Kovalenko N.K., 117p <--Golovach T.N., 117p. Gastrointestinal tract of chicken (Gallus domestica). (Medium 22,37^°C)

Lactobacillus delbrü eckii subsp. bulgaricus (Orla-Jensen 1919) Weiss et al. 1984

B-2700 = VKPM B-5004

<--Kovalenko N.K., 10b <--Nemirovskaya L.N., 10b. Natural fungal culture. Produces complex of biologically active compounds (455). (Medium 22, 37^°C)

Lactobacillus delbrü eckii subsp. delbrü eckii (Leichmann 1896) Weiss et al. 1984

B-2671^T = ATCC 9649, NCDO 213, NCIB 8130, IFO 3202, JCM 1012, DSM 20074

<--Kovalenko N.K., 213 <--Nesterenko O.A., 213 <--NCDO. Type strain (441). (Medium 22, 37^°C)

Lactobacillus fermentum Beijerinck 1901

B-2661 <--Kovalenko N.K., 32/4(6)1 <--Golovach T.N., 32/4(6)1. Gastrointestinal tract of chicken (Gallus domestica). (468). (Medium 22, 37^°C)

B-2664 <--Kovalenko N.K., 15k <--Golovach T.N.15k. Formula feed. (Medium 22, 37^°C)

B-2665 <--Kovalenko N.K., 32 jkt <--Nemirovskaya L.N., 32jkt. Human stomach. (459). (Medium 22, 37^°C)

B-2675 = NCDO 215, ATCC 9338, NCIB 6991, CCM 91, DSM 20391
<--Kovalenko N.K., 215 <--Nesterenko O.A., 215 <--NCDO. (Medium 22, 37^°C)

B-2676 = NCDO 335

<--Kovalenko N.K., 335 <--Nesterenko O.A., 335 <--NCDO. (Medium 22, 37^°C)

B-2696 <--Kovalenko N.K., 90TC <--Blokhina I.N., GNIIEM, 90TC. Normalizes microflore of digestive tract of animals. (Medium 22, 37^°C)

Lactobacillus plantarum (Orla-Jensen 1919) Bergey et al. 1923

B-2623 <--Kovalenko N.K., G1/1(1) <--Golovach T.N., G1/1(1). Goose feces (468). (Medium 22, 37^°C)

B-2625 <--Kovalenko N.K., G6/2(25) <--Golovach T.N., G6/2(25). Duck feces (468). (Medium 22, 37^°C)

B-2627 = VKPM B-5002

<--Kovalenko N.K., 337D <--Golovach T.N., 337D. Human feces. Antagonist of pathogenic and putrefactive microflora; adhesively active against enterocytes of intestine. Reduces level of cholesterol and À -lipoproteins. Promotes peroxide resistance of erythrocytes, reduces concentration of urea and creatinine in human blood (457,458). (Medium 22, 37^°C)

B-2628 <--Kovalenko N.K., 310jkt <--Nemirovskaya L.N., 310jkt. Gastrointestinal tract of man (459). (Medium 22, 37^°C)

B-2629 <--Kovalenko N.K., 92t <--Materinskaya L.G., 92t. Water from trout pond (470). (Medium 22, 37^°C)

B-2677 = ATCC 8014, CCM 1904, NCDO 82, NCIB 6376

<--Kovalenko N.K., 82 <--Nesterenko O.A., 82 <--NCDO. Assay for biotin, nicotinic, pantothenic and p-amino-benzoic acids, cysteine, isoleucine, methionine, phenylalanine, tryptophan, valine (443, 444). (Medium 22, 37^°C)

B-2693 <--KovalenkoN.K., RA <--Blokhina I.N., GNIIEM, RA. Normalization of microflora of digestive tract. (Medium 22, 37^°C)

B-2694 = VKPM B-2580

<--Kovalenko N.K., 11/16 <--Kvasnikov E.I., AN 11/16. Epiphytic microflora of wild plants. Antagonistic to pathogenic microorganisms. Stabilization of antioxydant action (462,463). (Medium 22, 37^°C)

B-2695 =VKPM B-3487

<--Kovalenko N.K., 71t <--Materinskaya L.G. 71t. Intestines of carp Ciprinus carpio. Normalizes microflora of intestinal tract of fish. Antagonist of pathogenic microorganisms (460). (Medium 22, 37^°C)

B-2705

<--Kovalenko N.K., G 3/3 <-- Dimova M.I., G 3/3. Gastrointestinal tract of goose. Produces bacterioicslike substance [759]. (Medium 22, 37^°C)

Lactobacillus reuteri Kandler et al. 1982

B-2697 = VKPM B-5005

<--Kovalenko N.K., 25p <--Golovach T.N., 25p. Gastrointestinal tract of chicken (Gallus domestica). Antagonism to pathogenic microorganisms, normalization of microflora of digestive tract of animals, stimulation of animal growth (434). (Medium 22, 37^°C)

Lactobacillus ruminis Sharpe et al. 1973

B-2601 <--Kovalenko N.K., 473 <--Golovach T.N., 473. Chicken feces (468). (Medium 22, 37^°C)

Lactobacillus salivarius subsp. salivarius Rogosa et al. 1953

B-2613 = VKPM B-5001

<--Kovalenko N.K., 131p <--Golovach T.N., 22/6(1). Gastrointestinal tract of chicken Gallus domestica. Antagonistic to pathogenic microorganisms, normalizes microflora in digestive tract of animals, stimulates animal growth (434). (Medium 22, 37^°C)

B-2615 <--Kovalenko N.K., 380 <--Golovach T.N., 380. Chicken feces. Antagonistic to intestinal pathogens of birds (442,465). (Medium 22, 37^°C)

B-2622 = VKPM B-2581

<--Kovalenko N.K., 278b <--Golovach T.N., 278b. Chicken feces. Antagonism to pathogenic microflora, normalization of microflora in digestive tract of animals, stimulation of animal growth (433, 438, 442, 465, 466). (Medium 22, 37^°C)

Lactobacillus salivarius subsp. salicinicus Rogosa et al.1953

B-2618 <--Kovalenko N.K., D25/3(122) <--Golovach T.N., D25/3(122). Turkey feces. Antagonism to intestinal pathogens of birds (442). (Medium 22, 37^°C)

B-2690 = VKPM B-5145

<--Kovalenko N.K., 336D <--Golovach T.N., 336D. Human feces. Antagonistic to pathogenic and putrefactive microflora, adhesively active to enterocytes of intestines. Reduces levels of cholesterol and  A-lipoproteids, coefficient of etherogenecity. Increases peroxide resistance of erythrocytes, reduces concentrations of urea and creatinine in human blood (457). (Medium 22, 37^°C)

B-2699 = VKPM B-3730

<--Kovalenko N.K., M-76A <--Golovach T.N., M-76A. Hydrolyzate of plant raw material. Antagonism to pathogenic microflora, amylase activity (467). (Medium 22, 37^°C)

Lactobacillus viridescens Niven et Evans 1957

B-2680^T = ATCC 12706, NCDO 1655, NCIB 8965, CCM 56, DSM 20410

<--Kovalenko N.K., 56 <--Nesterenko O.A., 56 <--CCM. Meat products. Type strain (448). (Medium 22, 37^°C)

Lactobacillus yamanashiensis Nonomura 1983

B-2672^T = ATCC 27304, NCDO 2878

<--Kovalenko N.K., 2878 <--Nesterenko O.A., 2878 <--NCDO. Type strain (47). (Medium 22, 37^°C)

Lactococcus lactis subsp. cremoris (Orla-Jensen 1919) Schleifer et al. 1986

B-2688 = CCM 2106, NCDO 924

<--Kovalenko N.K., 2106 <--Nesterenko O.A., 2106 <--CCM (Medium 21, 30^°C)

Lactococcus lactis subsp. lactis (Lister 1873) Schleifer et al. 1986

B-2681^T = ATCC 19435, CCM 1877, NCDO 604, NCIB 6681, NCTC 6681

<--Kovalenko N.K., 1877 <--Nesterenko O.A., 1877 <--CCM. Type strain (441, 476). (Medium 21, 30^°C)

Leuconostoc mesenteroides subsp. dextranicum (Beijerinck 1901) Garvie 1983

B-2682 = NCDO 517, NCIB 3355, DSM 20187

<--Kovalenko N.K., 517 <--Nesterenko O.A., 517 <--NCDO. Produces dextrane (472). (Medium 22, 30^°C)

Leuconostoc mesenteroides subsp. mesenteroides (Tsenkovskii 1878) van Tieghem 1878

B-2683^T = ATCC 8293, CCM 1803, NCDO 523, NCIB 8023, NCTC 6681, DSM 20343

<--Kovalenko N.K., 1803 <--Nesterenko O.A.,1803 <--CCM. Produces dextrane (472). Type strain (473, 474). (Medium 22, 30^°C)

Lysobacter antibioticus Christensen et Cook 1978

B-10035^T = CECT 4280

OGU <--CECT 4280. Type strain. (Medium 37, 25^°C)

Lysobacter gummosus Christensen et Cook 1978

B-10036^T = CECT 909

OGU <--CECT 909. Type strain. (Medium 37, 25^°C)

Marinomonas pontica Ivanova et.al. 2005

B-11075T < --Onyshchenko O. M., 46/16. Sea water, Black sea, Karadag Natural Reserve. Type strain. Antibiotic activity [749]. Taxonomy, species description [760]. (Medium 10, 25^°C).

Methylobacter luteus (Romanovskaya et al. 1978) Bowman et al. 1993

B-3017 <--Romanovskaya V.A., 17s ("Methylovarius luteus") (123). Water and silt from eutrophic lake, Ukraine. Mol% GC 47.7-49.8 (124, 125). Obligate methanotroph, grows on methane. Restriction endonuclease Mvs I (126). (Medium 5, 30^°C)

B-3019 <--Romanovskaya V.A., 9s ("Methylovarius luteus") (123). Soil from flooded meadows, Dnieper river, Ukraine. Mol% GC 47.5 (124). Obligate methanotroph, grows on methane. Restriction endonuclease MvsA I (126). (Medium 5, 30^°C)

B-3027 <--Romanovskaya V.A., 26 ("Methylovarius luteus") (123). Silt from flooded meadows, Dnieper river, Ukraine. Mol% GC 49.4 (124). Obligate methanotroph, grows on methane. Restriction endonuclease MvsB I (126). (Medium 5, 30^°C)

B-3053^T = NCIMB 11914, IMET 10584, ACM 3304

<--Romanovskaya V.A., 3053 ("Methylovarius luteus") (123). Silt from estuary, Ukraine. Type strain (127). Description and taxonomy (125). Mol% GC 47.7-51.0 (124, 125, 128). Obligate methanotroph, grows on methane (125). (Medium 5, 30^°C)

B-3057 <--Romanovskaya V.A., 57 ("Methylovarius luteus") (123). Silt from fresh water reservoir, Ukraine. Mol% GC 47.7. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3098 <--Romanovskaya V.A., 3098 ("Methylovarius luteus") (123) <--Gal’chenko V., 98 ("Methylobacter bovis") (129). Mol% GC 52.5 (129). Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3112 <--Romanovskaya V.A., 12b ("Methylovarius luteus") (123). Silt from flooded meadow, Dnieper river, Ukraine. Mol% GC 48.2. Obligate methanotroph, grows on methane. Restriction endonuclease MvsC I (126). (Medium 5, 30^°C)

B-3226 <--Romanovskaya V.A., 26v ("Methylovarius luteus") (123). Wastew ater silt from ferrous-ore mine, Jeltaya river, Ukraine. Obligate methanotroph, grows on methane (125). Restriction endonuclease MvsD I (126). (Medium 5, 30^°C)

B-3034 <--Romanovskaya V.A., BM <--Heyer J., IB Me/4. Bottom sediment from Baltic sea, island Hiddensee, Germany. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3100 <--Romanovskaya V.A., 100 <--Gal’chenko V., 100. Obligate methanotroph, grows on methane. Restriction endonuclease MvsE I (126). (Medium 5, 30^°C)

B-3102 <--Romanovskaya V.A., 102. Silt from eutrophic lake, Crimea. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3184 <--Romanovskaya V.A., F23 <-- Heyer J., IF 23c/1. Pond silt from the oil deposit, Germany. Obligate methanotroph, grows on methane (125). (Medium 5, 30^°C)

B-3405 <--Romanovskaya V.A., 5e. Silt from bay with moderately salted water, Crimea. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

"Methylobacter ucrainicus" Malashenko et al. 1972

B-3049 <--Romanovskaya V.A. 49b ("Methylovarius ucrainicus") (123). Soil from gas deposit, Ukraine. Mol% GC 49.2 (125). Obligate methanotroph, grows on methane (140). (Medium 5, 30^°C)

B-3159 <--Romanovskaya V.A., 159 ("Methylovarius ucrainicus") (123). Soil of gas deposit, Ukraine. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3160^T = NCIMB 11915, ACM 3305

<--Romanovskaya V.A., 160 ("Methylovarius ucrainicus") (123). Soil of gas deposit, Crimea. Proposed type strain (127). Description and taxonomy (125). Obligate methanotroph, grows on methane (139). Mol% GC 50.4 (125). (Medium 5, 30^°C)

B-3161 <--Romanovskaya V.A., 161 ("Methylovarius ucrainicus") (123). Soil of gas deposit. Crimea. Mol% GC 508 (125). Obligate methanotroph, grows on methane (139). (Medium 5, 30^°C)

Methylobacter whittenburyi (Romanovskaya et al. 1978) Bowman et al. 1993

B-3033^T = NCIMB 11128, IMET 10596, ACM 3310

<--Romanovskaya V.A., YW ("Methylovarius whittenburyi") (123), <--R.Whittenbury, Y ("Methylobacter capsulatus") (130). Type strain (127, 128). Description and taxonomy (125, 128). Mol% GC 49.0-54.0 (124, 129, 128). Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

Methylobacterium extorquens (Urakami et Komagata 1984) Bousfield et Green 1985

B-3335 <--Romanovskaya V.A., 5/1. Sod-podzolic soil, depth 0-2 cm, radioactivity—5,2õ10^-6 Ci/kg of soil, vegetation - pines (Pinus silvestris), 30 km Chernobyl Nuclear Power Plant zone, Ukraine (131). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3336 <--Romanovskaya V.A., 7/2. Sod-podzolic soil, depth — 0-2 cm, radioactivity - 1,3õ10^-6 Ci/kg of soil, vegetation - pines (Pinus silvestris), 30 km Chernobyl Nuclear Power Plant zone, Ukraine (131). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3338 <--Romanovskaya V.A., 19ch. Sod-podzolic soil, depth 20 cm, radioactivity - 6,5x 10^-8 Ci/kg of soil, vegetation - pines (Pinus silvestris), 30 km Chernobyl Nuclear Power Plant zone, Ukraine (131). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3343 <--Romanovskaya V.A., 13ch. Soil that was swamped (caesium spot), depth 0-2 cm, radioactivity - 1,3x10^-4 Ci/kg of soil, vegetation - grass, 30 km Chernobyl Nuclear Power Plant zone, Ukraine (131). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3346 <--Romanovskaya V.A., 15/3. Peated soil, depth 0-2 cm. Radioactivity - 1,9x10^-6 Ci/kg of soil, vegetation - grass, 30 km Chernobyl Nuclear Power Plant zone, Ukraine (131). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3347 <--Romanovskaya V.A., 17ch. Sod-podzolic soil (cemetery without desactivation), depth 0-2 cm, radioactivity - 7,7x10^-6 Ci/kg of soil, 30 km Chernobyl Nuclear Power Plant zone, Ukraine (131). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3348 <--Romanovskaya V.A., 17/2. Sod-podzolic soil (cemetery without desactivation), depth 0-2 cm, radioactivity - 1,7x10^-6 Ci/kg of soil, 30 km Chernobyl Nuclear Power Plant zone, Ukraine (131). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3360 <--Romanovskaya V.A., LKL. Surface of trefoil leaves (Trifolium pratense), Ukraine (132). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3362 <-- Romanovskaya V., 21Ch. Sod-podzolic soil, depth 0-2 cm, vegetation - grapes (Vitis sp.), Ukraine (132). Facultative methylotroph, grows on methanol. Sequence of 16S rRNA gene (761). (Medium 6, 30^°C)

B-3366 <--Romanovskaya V.A., V6. Surface of grape leaves (Vitis sp.), Ukraine (132). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3368 <-- Romanovskaya V., B9. Surface of grapes leaves (Vitis sp.), Ukraine (132). Facultative methylotroph, grows on methanol. Sequence of 16SrRNA gene (761). (Medium 6, 30^°C)

B-3369 <--Romanovskaya V.A., V12. Surface of grape leaves (Vitis sp.), Ukraine (132). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

Methylobacterium fujisawaense Green et al. 1988

B-3342 <--Romanovskaya V.A., Methylobacterium fujisawaense B-3342 [763] <--Romanovskaya V.A., 13-17 (M. organophilum). Soil that was swamped (caesium spot), depth 0-2 cm, radioactivity — 2,5x10^-4 Ci/kg of soil, vegetation - grass, near village Chistogolovka (30 km Chernobyl Nuclear Power Plant zone limits), Ukraine (131). Facultative methylotroph, grows on methanol. Aerobe. Sequence of a gene 16S rRNA (757). (Medium 6, 30^°C)

B-3351 <--Romanovskaya V.A., Methylobacterium fujisawaense [763] B-3351<--Romanovskaya V.A., K2 (M. extorquens). Cactus (Cactus sp.), Kyiv (132). Facultative methylotroph, grows on methanol.Aerobe. Sequence of a gene 16S rRNA (757). (Medium 6, 30^°C)

B-3365 <--Romanovskaya V.A., V5. Surface of grape leaves (Vitis sp.), Ukraine (132). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3370 <--Romanovskaya V.A., V15. Surface of grape leaves (Vitis sp.), Ukraine (132). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

Methylobacterium mesophilicum (Austin et Goodfellow 1979) Green et Bousfield 1983

B-3332 <--Romanovskaya V.A., 3-18. Sod-podzolic soil, depth 0-2 cm, radioactivity —4,9x10^-6 Ci/Kg of soil, vegetation - grass, pines (Pinus sp.),"red wood" (30 km Chernobyl Nuclear Power Plant zone), Ukraine (131). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3333 <--Romanovskaya V.A., 3/1. Sod-podzolic soil, depth 0-2 cm, radioactivity —2,2x10^-7 Ci/kg of soil, vegetation - grass, pines (Pinus sp.), "red wood", (30 km Chernobyl Nuclear Power Plant zone), Ukraine (131). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3334 <--Romanovskaya V.A., 5-18. Sod-podzolic soil, depth 0-2 cm, radioactivity —1,8x10^-7 Ci/kg of soil, vegetation - pines (Pinus silvestris), 30 km Chernobyl Nuclear Power Plant zone), Ukraine (131). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3337 <--Romanovskaya V.A., 8-18. Sod-podzolic soil, depth 8-10 cm, radioactivity —4,7x10^-8 Ci/kg of soil, vegetation - pines (Pinus sp.), 30 km Chernobyl Nuclear Power Plant zone, Ukraine (131). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3340 <--Romanovskaya V.A., 9-18. Sod-podzolic soil, depth 0-2 cm, radioactivity —1,0x10^-6 Ci/kg of soil, vegetation - fir (Picea sp.), 30 km Chernobyl Nuclear Power Plant zone, Ukraine (131). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3344 <--Romanovskaya V.A.,14ch. Soil that was swamped (caesium spot), depth 8-10 cm, radioactivity — 2,5x10^-6 Ci/kg of soil, vegetation - grass, 30 km Chernobyl Nuclear Power Plant zone, Ukraine. Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3345 <--Romanovskaya V.A., 15ch. Peated soil, depth 0-2 cm, radioactivity — 1,1x10^-5 Ci/kg of soil, vegetation - grass, 30 km Chernobyl Nuclear Power Plant zone, Ukraine (131). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3352 <--Romanovskaya V.A., Ch8. Surface of celandine leaves (Chelidonium sp.), Ukraine (132). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3354 <--Romanovskaya V.A., D10. Surface of trefoil leaves (Trifolium pratense), Ukraine (132). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3355 <--Romanovskaya V.A., KL3. Creeping trefoil (Trifolium repens), surface of leaves, Ukraine (132). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3356 <--Romanovskaya V.A., D1. Surface of maple leaves (Acer platanoides), Ukraine (132). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3357 <-- Romanovskaya V., Methylobacterium mesophilicum B-3357 

<-- Romanovskaya V., T 2 (Methylobacterium sp.) [763]. Surface of poplar leaves (Populus pyramidalis), Loogansky region, Ukraine (132). Facultative methylotroph, grows on methanol. Aerobe. Sequence of a gene 16S rRNA (763). (Medium 6, 30^°C)

B-3361 <--Romanovskaya V.A., P93. Surface of trefoil leaves (Trifolium pratense), Ukraine. Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3363 <--Romanovskaya V.A., V2. Surface of grape leaves (Vitis sp.), Ukraine (132). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3374 <--Romanovskaya V.A., VV27. Surface of grape leaves (Vitis sp.), Ukraine. Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3380^T = ATCC 29983, NCIMB 11561

<--Romanovskaya V.A., 4181 <--Kiprianova H.A., 4181 ("Pseudomonas mesophilica") <--Goodfellow M., ATCC 29983 ("Pseudomonas mesophilica"). Type strain. Description and taxonomy (133-135). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3383 <-- Romanovskaya V., 8-01. Surface of ouk (Quercus sp.) leaves, radioactivity - 4,9x 10-6 Ci/Kg of soil, near so called "red wood", village Kopachi (2 km Chernobyl Nuclear Power Plant zone limits), Ukraine (762). Facultative methylotroph, grows on methanol. Aerobe. Sequence of 16S rRNA gene (761). (Medium 6, 30^°C)

B-3353 <--Romanovskaya V.A., MK1. Tissue culture of poppy (Papaver orientale), Ukraine (132). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3357 <--Romanovskaya V.A., T2. Surface of poplar leaves (Populus pyramidalis), Ukraine (132). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3358 <--Romanovskaya V.A., P31. Surface of celandine leaves (Chelidonium sp.), Ukraine (132). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

B-3359 <--Romanovskaya V.A. , S62. Surface of wormwood leaves (Artemisia absinthium), Ukraine (132). Facultative methylotroph, grows on methanol. (Medium 6, 30^°C)

Methylobacterium zatmanii Green et al. 1988

B-3339 <--Romanovskaya V.A., Methylobacterium zatmanii B-3339 <--Romanovskaya V.A., 9-17 (M. organophilum) (787). Sod-podzolic soil, depth 0-2 cm, radioactivity —1,9x10^-5 Ci/kg of soil, vegetation - fir (Picea sp.), village Novo-Shepelichi (30 km Chernobyl Nuclear Power Plant zone limits), Ukraine (131). Facultative methylotroph, grows on methanol. Aerobe. Sequence of a gene 16S rRNA (757). (Medium 6, 30^°C)

Methylocaldum gracile Bodrossy et al. 1997

B-3012 <-- Romanovskaya V.A., Methylocaldum gracile B-3012 <-- Romanovskaya V.A., 12r ("Methylococcus gracilis") (123) <--Romanovskaya V.A., 12r ("Methylomonas gracilis") (127). Soil from coal mine, Ukraine. Mol% GC 54.8-56.0 (124, 125). Obligate methanotroph, grows on methane. (Medium 5, 42^°C)

B-3014^T = NCIMB 11912, ACM 3315

<-- Romanovskaya V.A., Methylocaldum gracile B-3014 <-- Romanovskaya V.A., 14 L ("Methylococcus gracilis") (123) <--Romanovskaya V.A., 14p ("Methylomonas gracilis") (127). Silt from swamped place near Kyiv, Ukraine. Proposed type strain (127). Valid name (759).Sequence of gene 16S rRNA (758, 759). Description and taxonomy (125). % GC 55.8 (124). Obligate methanotroph, grows on methane (125). (Medium 5, 42^°C)

Methylocaldum szegediense Methylococcus thermophilus Malashenko et al. 1975

B-3026 <--Romanovskaya V.A.,Methylocaldum szegediense B-3026 (758) <--Romanovskaya V.A., 26k (Methylococcus thermophilis) [786]. Silt from brook, Zitomyr region,Ukraine. Obligate methanotroph, grows on methane. Aerobe. Sequence of a gene 16S rRNA (758). (Medium 5, 50^°C)

B-3032 <--Romanovskaya V.A.,Methylocaldum szegediense B-3032 (758) <--Romanovskaya V.A., 32p (Methylococcus thermophilis) (136, 786).  Silt from eutrophic lake, Zitomyr region, Ukraine. Mol% GC 60.1 (125). Obligate methanotroph, grows on methane. Aerobe (125). Sequence of a gene 16S rRNA (758). (Medium 5, 50^°C)

B-3109 <--Romanovskaya V.A.,Methylocaldum szegediense B-3109 (758) <--Romanovskaya V.A., 109p (Methylococcus thermophilis) (136, 786).  Silt from eutrophic lake, city Pereyaslav-Hmelnitsky, Ukraine. Obligate methanotroph, grows on methane. Aerobe. Sequence of  a gene 16S rRNA (758). (Medium 5, 50^°C)

Methylococcus capsulatus Foster et Davis 1966

B-3001 <--Romanovskaya V.A., 3001. Silt from eutrophic lake, Ukraine. Obligate methanotroph, grows on methane (125, 136) (Medium 5, 42^°C)

B-3330 <--Romanovskaya V.A., 3330. Silt from eutrophic lake, Ukraine. Obligate methanotroph, grows on methane (136) (Medium 5, 42^°C)

B-3494 <--Romanovskaya V.A., B-3494 <--Heyer J., IE 494v/5. Water from river Saale, Germany. Mol% GC 61.7 (124). Obligate methanotroph, grows on methane (125). Restriction endonuclease McaB I (126). (Medium 5, 42^°C)

Methylococcus thermophilus Malashenko et al. 1975

B-3003 <--Romanovskaya V.A., 3/55. Sewage from methane tank, Ukraine. Obligate methanotroph, grows on methane (136). (Medium 5, 50^°C)

B-3111 <--Romanovskaya V.A., 111p. Peat, peat mining, Ukraine. Mol% GC 56.8 (125). Obligate methanotroph, grows on methane. Synthesizes melanin (125, 136). (Medium 5, 50^°C)

B-3114 <--Romanovskaya V.A., 3114 <--Stolyar S., R 3003. Mol% GC 56.8. Obligate methanotroph, grows on methane. Carries plasmide R 6845. (Medium 5, 50^°C)

B-3116 <--Romanovskaya V.A., 3116 <--Stolyar S., RF1. Mol% GC 56.8. Obligate methanotroph, grows on methane. Resistant to formaldehyde and kanamycin. (Medium 5, 50^°C)

B-3125 <--Romanovskaya V.A., 3119 <--Shatohina E., 119. Obligate methanotroph, grows on methane (136). (Medium 5, 50^°C)

Methylocystis echinoides (ex Gal’chenko et al. 1977) Bowman et al. 1993

B-3493^T =IMET 10491

<--Romanovskaya V.A., 3493 <--Heyer J., IC 493s/5. Wastewater silt, city Jena, Germany. Type strain (128). Description and taxonomy (125, 129). Mol% GC 61.1-62.5 (124, 128). Obligate methanotroph, grows on methane (125). (Medium 5, 30^°C)

Methylocystis parvus (ex Romanovskaya et al. 1978) Bowman et al. 1993

B-3087 <--Romanovskaya V.A., 87b. Water and silt from eutrophic lake, Crimea. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3490^T = ATCC 35066, NCIMB 11129, IMET 10483, ACM 3309

<--Romanovskaya V.A., 3490 <--Whittenbury R., OBBP. Type strain (128). Description and taxonomy (125, 128). Mol% GC 64.0-67.0 (124, 128, 129). Obligate methanotroph, grows on methane (125). (Medium 5, 30^°C)

B-3491 <--Romanovskaya V.A., 491. Silt from methane tank sewage, Kyiv. Mol% GC 61.7. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3492 <--Romanovskaya V.A., 492 <--Heyer J., I492b/6. Wastewater silt, Germany. Mol% GC 61.5 (124). Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3421 <--Romanovskaya V.A., 3421 <--Heyer J., IA21c/1. Water from pond near oil deposit, Whittenhagen, Germany. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3422 <--Romanovskaya V.A., B21 <--Heyer J., IB21c/5b. Water from pond near oil deposit, Germany. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

"Methylomonas gracilis" , see "Methylococcus gracilis" B-3012, B-3014

Methylomonas methanica Whittenbury et Krieg 1984

B-3008^T = ATCC 35067, NCIMB 11130, IMET 10543, ACM 3307

<--Romanovskaya V.A., S1 <--Whittenbury R., S1. Type strain (127). Description and taxonomy (125). Mol% GC 51.0-52.4 (124, 130). Obligate methanotroph, grows on methane (125). (Medium 5, 30^°C)

B-3215 <--Romanovskaya V.A., 15k. Silt from eutrophic lake, Russia. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

"Methylomonas rubra" (Whittenbury et al. 1970) Romanovskaya et al. 1978

B-3005 <--Romanovskaya V.A., 2t. Industrial sewage of coal mine, Ukraine. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3015 <--Romanovskaya V.A., 3015 <--Stolyar S., SK-32. Mol% GC 52.1. Obligate methanotroph, grows on methane. Resistant to formaldehyde and rifampicin. (Medium 5, 30^°C)

B-3075^T = NCIMB 11913

<--Romanovskaya V.A., 15sh. Industrial sewage of coal mine, Ukraine. Proposed type strain (127). Description and taxonomy (125). Mol% GC 51.2 (125). Obligate methanotroph, grows on methane (125). (Medium 5, 30^°C)

B-3076 <--Romanovskaya V.A., B-3076 <--Stolyar S., 126/2. Mol% GC 52.1. Obligate methanotroph, grows on methane. Carries plasmide pAS 8121, resistant to streptomycin, rifampicin, nalidixic acid. (Medium 5, 30^°C)

B-3117 <--Romanovskaya V.A., 3117 <--Stolyar S., 117. Mol% GC 52.1. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3127 <--Romanovskaya V.A., B-3127 <--Stolyar S., 127/1. Mol% GC 52.1. Obligate methanotroph, grows on methane. Resistant to rifampicin, nalidixic acid, streptomycin, kanamycin. (Medium 5, 30^°C)

B-3029 <--Romanovskaya V.A., 9. Silt from flood-lands of Dnieper river, Ukraine. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3115 <--Romanovskaya V.A., 15Yu. Silt from artificial water reservoir, Ukraine. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3121 <--Romanovskaya V.A., 21Yu. Silt from artificial water reservoir, Ukraine. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3183 <--Romanovskaya V.A., 3183. Sewage from methane tank, Ukraine. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3185 <--Romanovskaya V.A., GB-25 <--Gorskaya L., GB-25. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

Methylosinus sporium (ex Romanovskaya et al. 1978) Bowman et al. 1993

B-3020 <--Romanovskaya V.A., A20 <--Heyer J., IA 20d/1. Soil from oil deposit, Germany. Mol% GC 61.6 (124). Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3050^T = NCIMB 11126, IMET 10545, ATCC 35069, ACM 3306

<--Romanovskaya V.A., 3050 <--Whittenbury R., 5. Type strain (128). Description and taxonomy (128, 130). Mol% GC 62.0-62.5 (124, 129), mol% GC 65.0-67.0 (128). Obligate methanotroph, grows on methane (136). (Medium 5, 30^°C)

B-3090 <--Romanovskaya V.A., 90b. Water and silt from Dnieper, Ukraine. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3120 <--Romanovskaya V.A., 12w <--Whittenbury R., 12. Obligate methanotroph, grows on methane (130). (Medium 5, 30^°C)

Methylosinus trichosporium (ex Romanovskaya et al. 1978) Bowman et al. 1993

B-3004 <--Romanovskaya V.A., 4e. Pond silt, Ukraine. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3011^T = ATCC 35070, NCIMB 11131, IMET 10541, ACM 3311

<--Romanovskaya V.A., 3011 <--Whittenbury R., OB3b. Type strain (127, 128). Description and taxonomy (125, 128). Mol% GC 61.7-63.0 (124, 128, 130). Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3013 <--Romanovskaya V.A., 3013 <--Whittenbury R., OB5b. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3039 <--Romanovskaya V.A., 3039 <--Heyer J., IA 39d/8. Water from oil drilling derrick on island Rugen, Baltic sea, Germany. Mol% GC 65.7 (124). Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

B-3060 <--Romanovskaya V.A., 3060 <--Berger U., SM6. Silt and water wrom Saale river, Jena, Germany. Obligate methanotroph, grows on methane. Syntesizes prodiginin (138). (Medium 5, 30^°C)

B-3400 <--Romanovskaya V.A., 3400 <--Whittenbury R., OB4. Obligate methanotroph, grows on methane. (Medium 5, 30^°C)

"Methylovarius luteus", see Methylobacter luteus B-3017, B-3019, B-3027, B-3053, B-3057, B-3098, B-3112, B-3226.

"Methylovarius ucrainicus", see "Methylobacter ucrainicus" B-3049, B-3159, B-3160, B-3161.

Myxococcus coralloides Thaxter 1892