header_1  

Tartu �likool

EEMB catalogue of CELMS

 

CELMS data

Page 1 of 25
Nr CELMS Nr Organism Isolation Location Isolation Source Isolation Date Isolation History Geographical Coordinates Sequences Reference Other Info Photo
1 EEUT EST4002 Achromobacter xylosoxidans EST4002 Countryside near Tartu, Estonia Agricultural soil 29.11.1985
AF232712 (16S rRNA gene), AY540995 (Plasmid pEST4011)
Vedler et al., 2004 (Journal of Bacteriology) Isolated on 2,4-D as the sole source of carbon and energy. Contains 76958bp cata ...
2 EEUT 2A10 Acidovorax radicis 2A10 Baltic Sea, Gulf of Tallinn Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°32'12"N, 24°41'18"E
JN228287 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one large plasmid, able to degrade benzoate.
3 EEUT 2A27 Acidovorax temperans 2A27v Baltic Sea, Gulf of Tallinn Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°32'12"N, 24°41'18"E
JX177703 (16S rRNA gene), JX177832 (LmPH gene)
Able to degrade phenol.
4 EEUT 4C1623 Acidovorax sp. 4_C16_23 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540489 (16S rRNA gene)
Isolated on R2A and hexadecane agar plates. Grows also on heptan, crude oil, phe ...
5 EEUT C34 Acidovorax soli C34 Baltic Sea, Gulf of Narva Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JX177702 (16S rRNA gene), JX177831 (LmPH gene)
Vedler et al., 2013 (Systematic and Applied Microbiology) Able to degrade phenol. Harbours multicomponent phenol hydroxylase.
6 EEUT 2C48 Acinetobacter johnsonii 2C48 Baltic Sea, Gulf of Narva Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JN228306 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains five small plasmids, able to degrade benzoate.
7 EEUT 2C52 Acinetobacter johnsonii 2C52 Baltic Sea, Gulf of Narva Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JN228307 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains five small plasmids, able to degrade phenol, benzoate, m-toluate and na ...
8 EEUT 2C56 Acinetobacter johnsonii 2C56 Baltic Sea, Gulf of Narva Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JN228308 (16S rRNA gene)
Jutkina et al., 2011 (Genes),Ilmjärv et al., 2017 (PLOS One) Contains three small plasmids, able to degrade phenol, benzoate and m-toluate.
9 EEUT 2Cphe2 Acinetobacter johnsonii 2Cphe2 Baltic Sea, Gulf of Narva Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JN228310 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains five small plasmids, able to degrade phenol, benzoate, m-toluate and na ...
10 EEUT 2D67 Acinetobacter johnsonii 2D67 Baltic Sea, Gulf of Riga Surface seawater 01.09.2009 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JN228331 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one small plasmid. Able to degrade phenol, benzoate, m-toluate and naph ...
11 EEUT 4C1612 Acinetobacter sp. 4_C16_12 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540501 (16S rRNA gene)
Isolated on hexadecane agar plates. Grows also on heptane, crude oil, phenol, be ...
12 EEUT A12 Acinetobacter haemolyticus A12 Baltic Sea, Gulf of Tallinn Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°32'12"N, 24°41'18"E
JN228287 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains three small plasmids, able to degrade phenol, benzoate and m-toluate.
13 EEUT A19 Acinetobacter calcoaceticus A19 Baltic Sea, Gulf of Tallinn Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°32'12"N, 24°41'18"E
JN228278 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one large plasmid, able to degrade phenol and m-toluate.
14 EEUT A2 Acinetobacter sp. A2 Baltic Sea, Gulf of Tallinn Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°32'12"N, 24°41'18"E
JN228274 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one small plasmid. Able to degrade phenol, benzoate and m-toluate.
15 EEUT A22 Acinetobacter haemolyticus A22 Baltic Sea, Gulf of Tallinn Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°32'12"N, 24°41'18"E
JX177704 (16S rRNA gene), JX177835 (LmPH gene)
Vedler et al., 2013 (Systematic and Applied Microbiology) Able to degrade phenol, benzoate, m-toluate and naphthalene. Harbours multicompo ...
16 EEUT A30 Acinetobacter sp. A30 Baltic Sea, Gulf of Tallinn Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°32'12"N, 24°41'18"E
JN228279 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains two small plasmids. Able to degrade phenol, benzoate and m-toluate.
17 EEUT A34 Acinetobacter calcoaceticus A34 Baltic Sea, Gulf of Tallinn Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°32'12"N, 24°41'18"E
JN228280 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one large plasmid, able to degrade phenol, benzoate, m-toluate and sali ...
18 EEUT A52 Acinetobacter haemolyticus A52 Baltic Sea, Gulf of Tallinn Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°32'12"N, 24°41'18"E
JN228281 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one small plasmid. Able to degrade phenol, benzoate and m-toluate.
19 EEUT A56 Acinetobacter calcoaceticus A56 Baltic Sea, Gulf of Tallinn Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°32'12"N, 24°41'18"E
JN228282 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one large plasmid, able to degrade salicylate.
20 EEUT A67 Acinetobacter sp. A67 Baltic Sea, Gulf of Tallinn Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°32'12"N, 24°41'18"E
JN228283 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains two small plasmids. Able to degrade phenol, benzoate and m-toluate.
21 EEUT A71 Acinetobacter sp. A71 Baltic Sea, Gulf of Tallinn Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°32'12"N, 24°41'18"E
JN228284 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains three small plasmids. Able to degrade phenol, benzoate and m-toluate.
22 EEUT AB1 Acinetobacter tjernbergiae AB1 Baltic Sea, Gulf of Tallinn Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°32'12"N, 24°41'18"E
JN228272 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one large plasmid, able to degrade phenol, benzoate, m-toluate and naph ...
23 EEUT B43 Acinetobacter johnsonii B43 Baltic Sea, Gulf of Finland Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°28'60"N, 22°57'00"E
JN228293 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains six small plasmids, able to degrade phenol, benzoate, m-toluate and nap ...
24 EEUT C25 Acinetobacter johnsonii C25 Baltic Sea, Gulf of Narva Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JX177713 (16S rRNA gene), JX177838 (LmPH gene)
Vedler et al., 2013 (Systematic and Applied Microbiology) Able to degrade phenol, benzoate, m-toluate and naphthalene. Harbours multicompo ...
25 EEUT CN1b Acinetobacter junii CN1b Baltic Sea, Gulf of Narva Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JN228299 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains two small plasmids, able to degrade phenol, benzoate, m-toluate, salicy ...
26 EEUT CN3b Acinetobacter junii CN3b Baltic Sea, Gulf of Narva Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JN228300 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one small plasmid, able to degrade phenol, benzoate, m-toluate and naph ...
27 EEUT CP1 Acinetobacter junii CP1 Baltic Sea, Gulf of Narva Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JN228302 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one large and one small plasmid, able to degrade phenol, benzoate, m-to ...
28 EEUT CS2 Acinetobacter junii CS2 Baltic Sea, Gulf of Narva Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JN228301 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one large plasmid, able to degrade phenol and benzoate.
29 EEUT D14 Acinetobacter johnsonii D14 Baltic Sea, Gulf of Riga Surface seawater 01.08.2008 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JN228315 (16S rRNA gene), JX177836 (LmPH gene)
Jutkina et al., 2011 (Genes),Vedler et al., 2013 (Systematic and Applied Microbiology),Ilmjärv et al., 2017 (PLOS One) Contains four large and six small plasmids. Able to degrade phenol, benzoate, m- ...
30 EEUT D19 Acinetobacter johnsonii D19 Baltic Sea, Gulf of Riga Surface seawater 01.08.2008 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JN228316 (16S rRNA gene), JX177837 (LmPH gene)
Jutkina et al., 2011 (Genes),Vedler et al., 2013 (Systematic and Applied Microbiology) Contains five small plasmids. Able to degrade phenol, benzoate, m-toluate and na ...
31 EEUT D36 Acinetobacter lwoffii D36 Baltic Sea, Gulf of Riga Surface seawater 01.08.2008 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JX177706 (16S rRNA gene), JX177839 (LmPH gene)
Vedler et al., 2013 (Systematic and Applied Microbiology) Able to degrade phenol, benzoate, m-toluate, salicylate and naphthalene. Harbour ...
32 EEUT D52 Acinetobacter johnsonii D52 Baltic Sea, Gulf of Riga Surface seawater 01.08.2008 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JX177705 (16S rRNA gene), JX177840 (LmPH gene)
Vedler et al., 2013 (Systematic and Applied Microbiology) Able to degrade phenol, benzoate, m-toluate, salicylate and naphthalene. Harbour ...
33 EEUT D65v Acinetobacter schindleri D65v Baltic Sea, Gulf of Riga Surface seawater 01.08.2008 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JN228319 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one small plasmid. Able to degrade phenol, benzoate and naphthalene.
34 EEUT D66v Acinetobacter johnsonii D66v Baltic Sea, Gulf of Riga Surface seawater 01.08.2008 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JX177712 (16S rRNA gene), JX177841 (LmPH gene)
Vedler et al., 2013 (Systematic and Applied Microbiology),Ilmjärv et al., 2017 (PLOS One) Able to degrade phenol, benzoate, m-toluate and naphthalene. Harbours multicompo ...
35 EEUT DN1 Acinetobacter lwoffii DN1 Baltic Sea, Gulf of Riga Surface seawater 01.08.2008 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JN228323 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one large and three small plasmids. Able to degrade phenol, benzoate an ...
36 EEUT DP1 Acinetobacter lwoffii DP1 Baltic Sea, Gulf of Riga Surface seawater 01.08.2008 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JN228324 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains three small plasmids. Able to degrade phenol, benzoate and naphthalene.
37 EEUT DR2A1 Acinetobacter lwoffii DR2A1 Baltic Sea, Gulf of Riga Surface seawater 01.08.2008 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JN228325 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains two small plasmids. Able to degrade phenol, benzoate, m-toluate and nap ...
38 EEUT 14C71631 Aeromicrobium sp. 1/4_C7/16_31 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540466 (16S rRNA gene)
Isolated on R2A, heptane and hexadecane agar plates.
39 EEUT AP3 Aeromonas rivuli AP3 Baltic Sea, Gulf of Tallinn Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°32'12"N, 24°41'18"E
JN228273 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one large and four small plasmids. Able to degrade phenol, benzoate and ...
40 EEUT 81Kb Agrococcus sp. 8_1Kb Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Sven Blehner 59°23'44"N, 27°13'6"E
EF540451 (16S rRNA gene)
Isolated on R2A agar plate.

Version: 23. October, 2019

� 2013...2019 by Institute of Molecular and Cell Biology, University of Tartu, Estonia.

 

 

header_1  

Tartu �likool

EEMB catalogue of CELMS

 

CELMS data

Page 2 of 25
Nr CELMS Nr Organism Isolation Location Isolation Source Isolation Date Isolation History Geographical Coordinates Sequences Reference Other Info Photo
41 EEUT b1M Ancylobacter sp. b1M Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Sven Blehner 59°23'44"N, 27°13'6"E
EF540453 (16S rRNA gene)
Isolated on R2A agar plate.
42 EEUT 1O28 Arthrobacter sp. 1_O_28 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540461 (16S rRNA gene)
Isolated on shale oil agar plate.
43 EEUT 4C1621 Arthrobacter sp. 4_C16_21 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540487 (16S rRNA gene)
Isolated on R2A, hexadecane and crude oil agar plates. Grows also on heptane, ph ...
44 EEUT 4C1622 Arthrobacter sp. 4_C16_22 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540507 (16S rRNA gene)
Isolated on hexadecane agar plate.
45 EEUT 4C1651 Arthrobacter sp. 4_C16_51 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540513 (16S rRNA gene)
Isolated on hexadecane agar plate.
46 EEUT 4C737 Arthrobacter sp. 4_C7_37 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540495 (16S rRNA gene)
Isolated on heptane agar plate.
47 EEUT 4C742 Arthrobacter sp. 4_C7_42 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540497 (16S rRNA gene)
Isolated on heptane agar plate.
48 EEUT 41V Bacillus sp. 4_1V Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Sven Blehner 59°23'44"N, 27°13'6"E
EF540447 (16S rRNA gene)
Isolated on R2A agar plate. Grows on heptane, hexadecane, crude oil, phenol, ben ...
49 EEUT D30 Bacillus sphaericus D30 The Lake Schwelvollert, eastern part of Germany Freshwater 30.11.1997 Isolated by Eeva Heinaru
Isolated on nutrient agar plate. Aerobic mesophilic strain, very active formatio ...
50 EEUT 4C1635 Bacteroidetes bacterium 4_C16_35 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540508 (16S rRNA gene)
Isolated on hexadecane agar plate.
51 EEUT 74V Brevundimonas sp. 7_4V Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Sven Blehner 59°23'44"N, 27°13'6"E
EF540478 (16S rRNA gene)
Isolated on R2A agar plate.
52 EEUT 104K Cellvibrio sp. 10_4K Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Sven Blehner 59°23'44"N, 27°13'6"E
EF540481 (16S rRNA gene)
Isolated on R2A agar plate.
53 EEUT 124K Chryseobacterium sp. 12_4K Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Sven Blehner 59°23'44"N, 27°13'6"E
EF540483 (16S rRNA gene)
Isolated on R2A agar plate. Grows also on heptane, hexadecane, crude oil, phenol ...
54 EEUT b4M Comamonadaceae bacterium b4M Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Sven Blehner 59°23'44"N, 27°13'6"E
EF540485 (16S rRNA gene)
Isolated on R2A agar plate.
55 EEUT 4C1646 Devosia sp. 4_C16_46 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540511 (16S rRNA gene)
Isolated on hexadecane agar plate.
56 EEUT 64V Devosia sp. 6_4V Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Sven Blehner 59°23'44"N, 27°13'6"E
EF540476 (16S rRNA gene)
Isolated on R2A agar plate.
57 EEUT c4M Devosia sp. c4M Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Sven Blehner 59°23'44"N, 27°13'6"E
EF540486 (16S rRNA gene)
Isolated on R2A agar plate.
58 EEUT 14C71633 Dietzia sp. 1/4_C7/16_33 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540468 (16S rRNA gene)
Isolated on R2A, heptane and hexadecane agar plates.
59 EEUT EY Escherichia coli EY Estonia Lower part of human intestine 30.11.2000 Isolated by Eeva Heinaru
Isolated on nutrient agar plate. Grows best under aerobic conditions, acid produ ...
60 EEUT 4O52 Exiguobacterium sp. 4_O_52 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540517 (16S rRNA gene)
Isolated on shale oil agar plate.
61 EEUT 14K Flavobacterium sp. 1_4K Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Sven Blehner 59°23'44"N, 27°13'6"E
EF540472 (16S rRNA gene)
Isolated on R2A agar plate. Grows also on heptane, crude oil, phenol, benzoate a ...
62 EEUT 2Atol2 Hydrocarboniphaga effusa 2Atol2 Baltic Sea, Gulf of Tallinn Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°32'12"N, 24°41'18"E
JX177695 (16S rRNA gene), JX177833 (LmPH gene)
Vedler et al., 2013 (Systematic and Applied Microbiology) Able to degrade phenol, benzoate, m-toluate and salicylate. Harbours multicompon ...
63 EEUT 1C1656 Hyphomicrobiaceae bacterium 1_C16_56 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540460 (16S rRNA gene)
Isolated on hexadecane agar plate.
64 EEUT BB Janthinobacterium lividum BB River Emajõgi, Tartu, Estonia Freshwater 01.03.2001 Isolated by Eeva Heinaru
Isolated on nutrient agar plate. The growth of violacein-producing, aerobic stra ...
65 EEUT 4O59 Kocuria sp. 4_O_59 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540518 (16S rRNA gene)
Isolated on shale oil agar plate.
66 EEUT 31K Leifsonia sp. 3_1K Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Sven Blehner 59°23'44"N, 27°13'6"E
EF540446 (16S rRNA gene)
Isolated on R2A agar plate.
67 EEUT 81Ka Leifsonia sp. 8_1Ka Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Sven Blehner 59°23'44"N, 27°13'6"E
EF540450 (16S rRNA gene)
Isolated on R2A agar plate.
68 EEUT 4C758 Lentzea sp. 4_C7_58 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540499 (16S rRNA gene)
Isolated on heptane agar plate.
69 EEUT 2A6 Limnobacter sp. 2A6 Baltic Sea, Gulf of Tallinn Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°32'12"N, 24°41'18"E
JX177698 (16S rRNA gene), JX177788 (LmPH gene), JX177788 (C23O gene)
Vedler et al., 2013 (Systematic and Applied Microbiology) Able to degrade phenol with multicomponent phenol hydroxylase via meta cleavage  ...
70 EEUT 2C4 Limnobacter sp. 2C4 Baltic Sea, Gulf of Narva Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JX177699 (16S rRNA gene), JX177786 (LmPH gene), JX177786 (C23O gene)
Vedler et al., 2013 (Systematic and Applied Microbiology) Able to degrade phenol with multicomponent phenol hydroxylase via meta cleavage  ...
71 EEUT 2D3 Limnobacter sp. 2D3 Baltic Sea, Gulf of Riga Surface seawater 01.09.2009 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JX177700 (16S rRNA gene), JX177789 (LmPH gene), JX177789 (C23O gene)
Vedler et al., 2013 (Systematic and Applied Microbiology) Able to degrade phenol with multicomponent phenol hydroxylase via meta cleavage  ...
72 EEUT CR2A4 Limnobacter sp. CR2A4 Baltic Sea, Gulf of Narva Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JX177701 (16S rRNA gene), JX177787 (LmPH gene), JX177787 (C23O gene)
Vedler et al., 2013 (Systematic and Applied Microbiology) Able to degrade phenol with multicomponenet phenol hydroxylase via meta cleavage ...
73 EEUT 4C71617 Microbacteriaceae bacterium 4_C7/16_17 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540491 (16S rRNA gene)
Isolated on heptane and hexadecane agar plates.
74 EEUT 4C1610 Microbacterium sp. 4_C16_10 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540500 (16S rRNA gene)
Isolated on hexadecane agar plate.
75 EEUT 4C162 Microbacterium sp. 4_C16_2 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540488 (16S rRNA gene)
Isolated on R2A and hexadecane agar plates.
76 EEUT 4C1647 Microbacterium sp. 4_C16_47 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540512 (16S rRNA gene)
Isolated on hexadecane agar plate.
77 EEUT 71K Microbacterium sp. 7_1K Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Sven Blehner 59°23'44"N, 27°13'6"E
EF540449 (16S rRNA gene)
Isolated on R2A agar plate.
78 EEUT 74K Microbacterium sp. 7_4K Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Sven Blehner 59°23'44"N, 27°13'6"E
EF540477 (16S rRNA gene)
Isolated on R2A agar plate.
79 EEUT 614K Micrococcus sp. 6_1/4_K Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Sven Blehner 59°23'44"N, 27°13'6"E
EF540464 (16S rRNA gene)
Isolated on R2A agar plate.
80 EEUT 24V Nocardioides sp. 2_4V Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Sven Blehner 59°23'44"N, 27°13'6"E
EF540473 (16S rRNA gene)
Isolated on R2A agar plate.

Version: 23. October, 2019

� 2013...2019 by Institute of Molecular and Cell Biology, University of Tartu, Estonia.

 

 

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Tartu �likool

EEMB catalogue of CELMS

 

CELMS data

Page 3 of 25
Nr CELMS Nr Organism Isolation Location Isolation Source Isolation Date Isolation History Geographical Coordinates Sequences Reference Other Info Photo
81 EEUT D69k Novosphingobium sp. D69k Baltic Sea, Gulf of Riga Surface seawater 01.08.2008 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JN228321 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one large plasmid. Able to degrade benzoate, m-toluate and salicylate.
82 EEUT 1C1627 Pelagibacterium luteolum 1_C16_27 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540455 (16S rRNA gene)
Xu et al., 2011 (IJSEM) Isolated on R2A, hexadecane and shale oil agar plates.
83 EEUT 2C3 Pseudomonas guineae 2C3 Baltic Sea, Gulf of Narva Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JX177687 (16S rRNA gene), JX177798 (LmPH gene), JX177757 (C23O gene)
Vedler et al., 2013 (Systematic and Applied Microbiology) Able to degrade phenol with multicomponent phenol hydroxylase via meta cleavage  ...
84 EEUT 2C51 Pseudomonas guineae 2C51 Baltic Sea, Gulf of Narva Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JX177684 (16S rRNA gene), JX177792 (LmPH gene), JX177758 (C23O gene)
Vedler et al., 2013 (Systematic and Applied Microbiology) Able to degrade phenol with multicomponent phenol hydroxylase via meta cleavage  ...
85 EEUT C10 Pseudomonas peli C10 Baltic Sea, Gulf of Narva Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JX177683 (16S rRNA gene), JX177790 (LmPH gene), JX177784 (C23O gene)
Vedler et al., 2013 (Systematic and Applied Microbiology) Able to degrade phenol with multicomponent phenol hydroxylase via meta cleavage  ...
86 EEUT D57 Pseudomonas peli D57 Baltic Sea, Gulf of Riga Surface seawater 01.08.2008 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JX177685 (16S rRNA gene), JX177799 (LmPH gene), JX177761 (C23O gene)
Able to degrade phenol with multicomponent phenol hydroxylase via meta cleavage  ...
87 EEUT P69 Pseudomonas fluorescens P69 River Kohtla, Estonia Freshwater Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
AY973265 (16S rRNA gene), DQ178218 (carA gene), DQ387868 (LmPH gene), MH0611 ...
Merimaa et al., 2006 (Archives in Microbiology),Viggor et al., 2008 (Biodegradation),Ilmjärv et al., 2017 (PLOS One) Belongs to the biotype F of P. fluorescens. Phenol is degraded by single compon ...
88 EEUT PC17 Pseudomonas fluorescens PC17 River Kohtla, Estonia Freshwater 02.03.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
AY538263 (16S rRNA gene), DQ178197 (carA gene), AY875736 (LmPH gene)
Heinaru et al., 2000 (FEMS Microbiology Ecology),Juhanson et al., 2009 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology),Viggor et al., 2008 (Biodegradation),Ilmjärv et al., 2017 (PLOS One) Belongs to the biotype F of P. fluorescens. Aerobic mesophilic strain, grows bes ...
89 EEUT PC18 Pseudomonas fluorescens PC18 River Kohtla, Estonia Freshwater 02.06.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
AF228366 (16S rRNA gene), DQ178198 (carA gene), AY875737 (LmPH gene), AY8879 ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Heinaru et al., 2001 (FEMS Microbiology Ecology),Heinaru et al., 2005 (FEMS Microbiology Ecology),Joesaar et al., 2010 (FEMS Microbiology Ecology),Juhanson et al., 2009 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology),Viggor et al., 2008 (Biodegradation),Ilmjärv et al., 2017 (PLOS One) Belongs to the biotype B of P. fluorescens. Degrades phenol by multicomponent ph ...
90 EEUT PC20 Pseudomonas fluorescens PC20 River Kohtla, Estonia Freshwater 02.03.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
AY538264 (16S rRNA gene), DQ178200 (carA gene), AY887963 (Plasmid pNAH20), K ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Heinaru et al., 2005 (FEMS Microbiology Ecology),Heinaru et al., 2009 (FEMS Microbiology Ecology),Juhanson et al., 2009 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology),Viggor et al., 2008 (Biodegradation),Ilmjärv et al., 2017 (PLOS One) Belongs to the biotype F of P. fluorescens. Aerobic mesophilic strain, grows bes ...
91 EEUT PC21 Pseudomonas fluorescens PC21 River Kohtla, Estonia Freshwater 02.06.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
DQ178227 (16S rRNA gene), DQ178201 (carA gene), AY875739 (LmPH gene), AY8879 ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) Belongs to the biotype B of P. fluorescens. The strain degrades phenol by multic ...
92 EEUT PC22 Pseudomonas fluorescens PC22 River Kohtla, Estonia Freshwater 02.06.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
DQ178228 (16S rRNA gene), DQ178202 (carA gene), AY875740 (LmPH gene), AY8879 ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) Belongs to the biotype B of P. fluorescens. The strain degrades phenol by multic ...
93 EEUT PC23 Pseudomonas fluorescens PC23 River Kohtla, Estonia Freshwater 02.03.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
DQ178229 (16S rRNA gene), DQ178203 (carA gene), AY875741 (LmPH gene), AY8879 ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) Belongs to the biotype B of P. fluorescens. The strain degrades phenol by multic ...
94 EEUT PC24 Pseudomonas fluorescens PC24 Kohtla-Järve, Estonia Oil shale solid waste dump site, wastewater discharge channel 14.09.1993 Isolated by Eeva Heinaru 59°23'43,74"N, 27°12'22,22"E
AF228367 (16S rRNA gene), DQ178204 (carA gene), GQ131727 (pch gene cluster),  ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Heinaru et al., 2001 (FEMS Microbiology Ecology),Heinaru et al., 2005 (FEMS Microbiology Ecology),Joesaar et al., 2010 (FEMS Microbiology Ecology),Juhanson et al., 2009 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology),Viggor et al., 2008 (Biodegradation),Ilmjärv et al., 2017 (PLOS One) Belongs to the biotype C of P. fluorescens. Grows on phenol, p-cresol, citrate,  ...
PC24 LIVE/DEAD
95 EEUT PC25 Pseudomonas fluorescens PC25 Kohtla-Järve, Estonia Oil shale solid waste dump site, wastewater discharge channel 02.06.1994 Isolated by Eeva Heinaru 59°23'43,74"N, 27°12'22,22"E
DQ178205 (carA gene)
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) Belongs to the biotype C of P. fluorescens. Degrades phenol by single-component  ...
96 EEUT PC26 Pseudomonas fluorescens PC26 River Kohtla, Estonia Freshwater 02.06.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
DQ178206 (carA gene)
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) Belongs to the biotype C of P. fluorescens. Degrades phenol by single-component  ...
97 EEUT PC28 Pseudomonas fluorescens PC28 Kohtla-Järve, Estonia Oil shale solid waste dump site, wastewater discharge channel 15.09.1994 Isolated by Eeva Heinaru 59°22'07"N, 27°08'36,69"E
DQ178207 (carA gene)
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) Belongs to the biotype C of P. fluorescens. Degrades phenol via catechol 1,2-dio ...
98 EEUT PC31 Pseudomonas fluorescens PC31 River Kohtla, Estonia Freshwater 02.06.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
DQ178209 (carA gene)
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology),Viggor et al., 2008 (Biodegradation) Belongs to the biotype C of P. fluorescens. Contains one plasmid. Degrades pheno ...
99 EEUT PC32 Pseudomonas fluorescens PC32 River Kohtla, Estonia Freshwater 02.03.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
DQ178230 (16S rRNA gene), DQ178210 (carA gene), AY875743 (LmPH gene), AY8879 ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) Belongs to the biotype B of P. fluorescens. Contains two plasmids. Phenol is de ...
100 EEUT PC33 Pseudomonas fluorescens PC33 River Kohtla, Estonia Freshwater 02.03.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
DQ178231 (16S rRNA gene), DQ178211 (carA gene), AY875744 (LmPH gene), AY8879 ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) Belongs to the biotype B of P. fluorescens. Contains two plasmids. Phenol is de ...
101 EEUT PC34 Pseudomonas fluorescens PC34 River Kohtla, Estonia Freshwater 02.06.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
DQ178232 (16S rRNA gene), DQ178212 (carA gene), AY875745 (LmPH gene), AY8879 ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology),Ilmjärv et al., 2017 (PLOS One) Belongs to the biotype B of P. fluorescens. Contains two plasmids. Phenol is de ...
102 EEUT PC37 Pseudomonas fluorescens PC37 River Kohtla, Estonia Freshwater 02.03.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
DQ178234 (16S rRNA gene), DQ178215 (carA gene), AY875747 (LmPH gene), AY8879 ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) Belongs to the biotype B of P. fluorescens. Contains two plasmids. Phenol is de ...
103 EEUT PC38 Pseudomonas fluorescens PC38 River Kohtla, Estonia Freshwater 02.03.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
DQ178235 (16S rRNA gene), DQ178216 (carA gene), AY875748 (LmPH gene), AY8879 ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology),Ilmjärv et al., 2017 (PLOS One) Belongs to the biotype B of P. fluorescens. Contains two plasmids. Phenol is de ...
104 EEUT PC1 Pseudomonas mendocina PC1 River Kohtla, Estonia Freshwater 15.09.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
DQ178219 (16S rRNA gene), DQ178181 (carA gene), AY875721 (LmPH gene), AY8879 ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Heinaru et al., 2001 (FEMS Microbiology Ecology),Heinaru et al., 2005 (FEMS Microbiology Ecology),Juhanson et al., 2009 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology),Viggor et al., 2008 (Biodegradation) The strain is phenol and p-cresol degrader. Degrades phenol by multicomponent ph ...
105 EEUT PC10 Pseudomonas mendocina PC10 River Kohtla, Estonia Freshwater 02.06.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
DQ178224 (16S rRNA gene), DQ178190 (carA gene), AY875730 (LmPH gene), AY8879 ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) The strain is phenol and p-cresol degrader. Degrades phenol by multicomponent ph ...
106 EEUT PC11 Pseudomonas mendocina PC11 River Kohtla, Estonia Freshwater 02.03.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
DQ178191 (carA gene), AY875731 (LmPH gene), AY887959 (C23O gene)
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) The strain is phenol and p-cresol degrader. Degrades phenol by multicomponent ph ...
107 EEUT PC12 Pseudomonas mendocina PC12 Kohtla-Järve, Estonia Oil shale solid waste dump site, wastewater discharge channel 15.09.1994 Isolated by Eeva Heinaru 59°22'07"N, 27°08'36,69"E
DQ178225 (16S rRNA gene), DQ178192 (carA gene), AY875732 (LmPH gene), AY8879 ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) The strain is phenol and p-cresol degrader. Degrades phenol by multicomponent ph ...
108 EEUT PC19 Pseudomonas mendocina PC19 River Kohtla, Estonia Freshwater 18.04.1995 Isolated by Eeva Heinaru 59°21'36,35"N, 27°04'17,14"E
DQ178226 (16S rRNA gene), DQ178199 (carA gene), AY875738 (LmPH gene), AY8879 ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) The strain is phenol and p-cresol degrader.Degrades phenol by multicomponent phe ...
109 EEUT PC2 Pseudomonas mendocina PC2 River Purtse, Estonia Freshwater 02.06.1994 Isolated by Eeva Heinaru 59°25'54,4"N, 26°59'33"E
DQ178182 (carA gene), AY875722 (LmPH gene), AY887950 (C23O gene)
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) Aerobic, mesophilic strain, grows best on phenol and p-cresol. Phenol is degrade ...
110 EEUT PC3 Pseudomonas mendocina PC3 River Purtse, Estonia Freshwater 02.03.1994 Isolated by Eeva Heinaru 59°25'54,4"N, 26°59'33"E
DQ178182 (carA gene), AY875722 (LmPH gene), AY887950 (C23O gene)
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) Degrades phenol by multicomponent phenol hydroxylase via catechol 2,3-dioxygenas ...
111 EEUT PC4 Pseudomonas mendocina PC4 River Kohtla, Estonia Freshwater 15.09.1994 Isolated by Eeva Heinaru 59°21'36,35"N, 27°04'17,14"E
DQ178220 (16S rRNA gene), DQ178184 (carA gene), AY875724 (LmPH gene), AY8879 ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) Degrades phenol by multicomponent phenol hydroxylase via catechol 2,3-dioxygenas ...
112 EEUT PC5 Pseudomonas mendocina PC5 Kohtla-Järve, Estonia Oil shale solid waste dump site, wastewater discharge channel 15.09.1994 Isolated by Eeva Heinaru 59°22'50,12"N, 27°10'39,4"E
DQ178221 (16S rRNA gene), DQ178185 (carA gene), AY875725 (LmPH gene), AY8879 ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) Degrades phenol by multicomponent phenol hydroxylase via catechol 2,3-dioxygenas ...
113 EEUT PC6 Pseudomonas mendocina PC6 Kohtla-Järve, Estonia Oil shale solid waste dump site, wastewater discharge channel 18.04.1995 Isolated by Eeva Heinaru 59°22'07"N, 27°08'36,69"E
DQ178222 (16S rRNA gene), DQ178186 (carA gene), AY875726 (LmPH gene), AY8879 ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) Degrades phenol by multicomponent phenol hydroxylase via catechol 2,3-dioxygenas ...
114 EEUT PC7 Pseudomonas mendocina PC7 Kohtla-Järve, Estonia Oil shale solid waste dump site, wastewater discharge channel 15.09.1994 Isolated by Eeva Heinaru 59°22'50,12"N, 27°10'39,4"E
DQ178223 (16S rRNA gene), DQ178187 (carA gene), AY875727 (LmPH gene), AY8879 ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) Degrades phenol by multicomponent phenol hydroxylase via catechol 2,3-dioxygenas ...
115 EEUT PC8 Pseudomonas mendocina PC8 Kohtla-Järve, Estonia Oil shale solid waste dump site, wastewater discharge channel 15.09.1994 Isolated by Eeva Heinaru 59°22'50,12"N, 27°10'39,4"E
DQ178188 (carA gene), AY875728 (LmPH gene), AY887956 (C23O gene)
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) Degrades phenol by multicomponent phenol hydroxylase via catechol 2,3-dioxygenas ...
116 EEUT PC9 Pseudomonas mendocina PC9 River Kohtla, Estonia Freshwater 18.04.1995 Isolated by Eeva Heinaru 59°21'36,35"N, 27°04'17,14"E
DQ178189 (carA gene), AY875729 (LmPH gene), AY887957 (C23O gene)
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) Degrades phenol by multicomponent phenol hydroxylase via catechol 2,3-dioxygenas ...
117 EEUT D2RT Pseudomonas migulae D2RT Baltic Sea, Gulf of Riga Surface seawater 01.08.2008 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JN228313 (16S rRNA gene), JX177776 (C23O gene)
Jutkina et al., 2011 (Genes),Jutkina et al., 2013 (Plasmid),Ilmjärv et al., 2017 (PLOS One) Isolated on R2A agar plate. Motile. Grows on benzoate, salicylate and m-toluate. ...
118 EEUT D67 Pseudomonas migulae D67 Baltic Sea, Gulf of Riga Surface seawater 01.08.2008 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JN228320 (16S rRNA gene), JX177777 (C23O gene)
Jutkina et al., 2011 (Genes),Jutkina et al., 2013 (Plasmid),Heinaru et al., 2016 (Gene),Ilmjärv et al., 2017 (PLOS One) Isolated on R2A agar plate. Motile. Grows on benzoate, salicylate and m-toluate. ...
119 EEUT C70 Pseudomonas pseudoalcaligenes C70 Baltic Sea, Gulf of Narva Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JX177732 (16S rRNA gene copy 1), JX177733 (16S rRNA gene copy 2), JX177734 (1 ...
Jutkina et al., 2011 (Genes),Vedler et al., 2013 (Systematic and Applied Microbiology),Jõesaar et al., 2017 (Plos One),Ilmjärv et al., 2017 (PLOS One) Contains one large plasmid, able to degrade phenol, benzoate, salicylate and nap ...
120 EEUT 2C31 Pseudomonas putida 2C31 Baltic Sea, Gulf of Narva Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JN228304 (16S rRNA gene), JN228334 (repA gene of p2C31)
Jutkina et al., 2011 (Genes) Contains one large IncP-9 plasmid p2C31, able to degrade benzoate, m-toluate and ...

Version: 23. October, 2019

� 2013...2019 by Institute of Molecular and Cell Biology, University of Tartu, Estonia.

 

 

header_1  

Tartu �likool

EEMB catalogue of CELMS

 

CELMS data

Page 4 of 25
Nr CELMS Nr Organism Isolation Location Isolation Source Isolation Date Isolation History Geographical Coordinates Sequences Reference Other Info Photo
121 EEUT 2C43 Pseudomonas putida 2C43 Baltic Sea, Gulf of Narva Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JN228305 (16S rRNA gene), JN228333 (repA gene of p2C43)
Jutkina et al., 2011 (Genes) Contains one large IncP-9 plasmid p2C43, able to degrade phenol, benzoate and sa ...
122 EEUT 2Ctol2 Pseudomonas putida 2Ctol2 Baltic Sea, Gulf of Narva Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JN228311 (16S rRNA gene), JN228335 (repA gene of p2Ctol2)
Jutkina et al., 2011 (Genes) Contains one large IncP-9 plasmid p2Ctol2, able to degrade phenol, benzoate, m-t ...
123 EEUT 2D61 Pseudomonas putida 2D61 Baltic Sea, Gulf of Riga Surface seawater 01.09.2009 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JN228330 (16S rRNA gene), JN228337 (repA gene of p2D61), JX177778 (C23O gene) ...
Jutkina et al., 2011 (Genes),Jutkina et al., 2013 (Plasmid),Heinaru et al., 2016 (Gene),Ilmjärv et al., 2017 (PLOS One) Contains one large IncP-9 plasmid p2D61. Able to degrade benzoate, m-toluate, to ...
124 EEUT 2D68 Pseudomonas putida 2D68 Baltic Sea, Gulf of Riga Surface seawater 01.09.2009 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JN228332 (16S rRNA gene), JN228336 (repA gene of p2D68)
Jutkina et al., 2011 (Genes) Contains one large IncP-9 plasmid p2D68, able to degrade phenol, benzoate and sa ...
125 EEUT C14 Pseudomonas putida C14 Baltic Sea, Gulf of Narva Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JN228297 (16S rRNA gene), JN228342 (repA gene of pC14)
Jutkina et al., 2011 (Genes) Contains two large and three small plasmids, able to degrade phenol, benzoate an ...
126 EEUT PC13 Pseudomonas putida PC13 River Kohtla, Estonia Freshwater 02.03.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
DQ178193 (carA gene)
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology),Ilmjärv et al., 2017 (PLOS One) Belongs to the biotype B of P. putida. Degrades phenol by single component phen ...
127 EEUT PC14 Pseudomonas putida PC14 River Kohtla, Estonia Freshwater 02.03.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
AY973266 (16S rRNA gene), DQ178194 (carA gene), AY875733 (LmPH gene)
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology),Ilmjärv et al., 2017 (PLOS One) Belongs to the biotype B of P. putida. Degrades phenol by multicomponent phenol ...
128 EEUT PC15 Pseudomonas putida PC15 River Purtse, Estonia Freshwater 02.03.1994 Isolated by Eeva Heinaru 59°25'54,4"N, 26°59'33"E
AY973267 (16S rRNA gene), DQ178195 (carA gene), AY875734 (LmPH gene)
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology),Ilmjärv et al., 2017 (PLOS One) Belongs to the biotype B of P. putida. Degrades phenol by multicomponent phenol ...
129 EEUT PC16 Pseudomonas putida PC16 River Kohtla, Estonia Freshwater 02.03.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
AY918067 (16S rRNA gene), DQ178196 (carA gene), AY875735 (LmPH gene)
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology),Viggor et al., 2008 (Biodegradation),Ilmjärv et al., 2017 (PLOS One) Belongs to the biotype B of P. putida. Degrades phenol by single component phen ...
130 EEUT PC30 Pseudomonas putida PC30 River Kohtla, Estonia Freshwater 02.03.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
AY918068 (16S rRNA gene), DQ178208 (carA gene), AY875742 (LmPH gene)
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology),Viggor et al., 2008 (Biodegradation),Ilmjärv et al., 2017 (PLOS One) Belongs to the biotype B of P. putida. Degrades phenol by multicomponent phenol ...
131 EEUT PC35 Pseudomonas putida PC35 River Kohtla, Estonia Freshwater 02.03.1994 Isolated by Eeva Heinaru 59°22'29"N, 27°02'48"E
DQ178213 (carA gene)
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology) Belongs to the biotype B of P. putida. Degrades phenol by single component phen ...
132 EEUT PC36 Pseudomonas putida PC36 River Purtse, Estonia Freshwater 30.11.1993 Isolated by Eeva Heinaru 59°22'20"N, 27°02'21,7"E
DQ178233 (16S rRNA gene), DQ178214 (carA gene), AY875746 (LmPH gene), AY8879 ...
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology),Ilmjärv et al., 2017 (PLOS One) Belongs to the biotype B of P. putida. Degrades phenol by multicomponent phenol ...
133 EEUT PC39 Pseudomonas putida PC39 River Purtse, Estonia Freshwater 02.03.1994 Isolated by Eeva Heinaru 59°25'54,4"N, 26°59'33"E
DQ178217 (carA gene)
Heinaru et al., 2000 (FEMS Microbiology Ecology),Merimaa et al., 2006 (Archives in Microbiology),Ilmjärv et al., 2017 (PLOS One) Belongs to the biotype B of P. putida. Degrades phenol by single component phen ...
134 EEUT 14O3 Pseudomonas sp. 1/4_O_3 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540467 (16S rRNA gene)
Isolated on R2A and shale oil agar plates. Grows also on heptane, hexadecane, ph ...
135 EEUT 1C1629 Pseudomonas sp. 1_C16_29 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540457 (16S rRNA gene)
Isolated on hexadecane and shale oil agar plates.
136 EEUT 25Z13 Pseudomonas sp. 25Z13 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
JQ253554 (alkB gene)
Isolated on ZoBell agar plate.
137 EEUT 2A9 Pseudomonas sp. 2A9 Baltic Sea, Gulf of Tallinn Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°32'12"N, 24°41'18"E
JX177720 (16S rRNA gene), JX177782 (C23O gene)
Able to degrade benzoate and m-toluate.
138 EEUT 2B1 Pseudomonas putida 2B1 Baltic Sea, Gulf of Finland Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°28'60"N, 22°57'00"E
JX177721 (16S rRNA gene), JX177822 (LmPH gene)
Vedler et al., 2013 (Systematic and Applied Microbiology) Able to degrade phenol, benzoate, salicylate and naphthalene. Harbours multicomp ...
139 EEUT 2B29 Pseudomonas putida 2B29 Baltic Sea, Gulf of Finland Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°28'60"N, 22°57'00"E
JX177694 (16S rRNA gene), JX177821 (LmPH gene)
Vedler et al., 2013 (Systematic and Applied Microbiology) Able to degrade phenol, benzoate, salicylate and naphthalene. Harbours multicomp ...
140 EEUT 2B31 Pseudomonas veronii 2B31 Baltic Sea, Gulf of Finland Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°28'60"N, 22°57'00"E
JN228295 (16S rRNA gene), JX177785 (C23O gene)
Jutkina et al., 2011 (Genes) Contains one small plasmid, able to degrade benzoate, m-toluate, salicylate and  ...
141 EEUT 2B32 Pseudomonas collierea 2B32 Baltic Sea, Gulf of Finland Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°28'60"N, 22°57'00"E
JX177722 (16S rRNA gene), JX177819 (LmPH gene)
Vedler et al., 2013 (Systematic and Applied Microbiology) Able to degrade phenol, benzoate, salicylate and naphthalene. Harbours multicomp ...
142 EEUT 2B49 Pseudomonas guinae 2B49 Baltic Sea, Gulf of Finland Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°28'60"N, 22°57'00"E
JN228296 (16S rRNA gene), JX177781 (C23O gene)
Jutkina et al., 2011 (Genes) Contains three small plasmids, able to degrade benzoate, m-toluate and toluene.  ...
143 EEUT 2B57 Pseudomonas fluorescens 2B57 Baltic Sea, Gulf of Finland Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°28'60"N, 22°57'00"E
JX177696 (16S rRNA gene), JX177828 (LmPH gene)
Vedler et al., 2013 (Systematic and Applied Microbiology) Able to degrade phenol, benzoate and m-toluate. Harbours multicomponent phenol h ...
144 EEUT 2Bsal Pseudomonas migulae 2Bsal Baltic Sea, Gulf of Finland Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°28'60"N, 22°57'00"E
JN228294 (16S rRNA gene), JX177820 (LmPH gene)
Jutkina et al., 2011 (Genes),Vedler et al., 2013 (Systematic and Applied Microbiology) Contains one small plasmid, able to degrade phenol, benzoate, salicylate and nap ...
145 EEUT 2C2 Pseudomonas sp. 2C2 Baltic Sea, Gulf of Narva Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JX177697 (16S rRNA gene), JX177829 (LmPH gene)
Vedler et al., 2013 (Systematic and Applied Microbiology) Able to degrade phenol and benzoate. Phenol degradation occurred with multicompo ...
146 EEUT 2C68 Pseudomonas putida 2C68 Baltic Sea, Gulf of Narva Surface seawater 01.09.2009 Isolated by Eeva Heinaru 59°28'30"N, 28°00'30"E
JN228309 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one large plasmid, able to degrade benzoate.
147 EEUT 4C71618 Pseudomonas sp. 4_C7/16_18 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540504 (16S rRNA gene)
Isolated on hexadecane agar plate. Grows also on heptane, crude oil, phenol, ben ...
148 EEUT 4C7165 Pseudomonas sp. 4_C7/16_5 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540490 (16S rRNA gene)
Isolated on heptane, hexadecane and shale oil agar plates. Grows also on phenol, ...
149 EEUT 4O4 Pseudomonas sp. 4_O_4 Kohtla-Järve, Estonia Oil shale solid waste (soil) 01.10.2003 Isolated by Merle Vahter 59°23'44"N, 27°13'6"E
EF540515 (16S rRNA gene)
Isolated on shale oil agar plate. Grows also on heptane, hexadecane, phenol, sal ...
150 EEUT A17 Pseudomonas fluorescens A17 Baltic Sea, Gulf of Tallinn Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°32'12"N, 24°41'18"E
JN228277 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one large plasmid, able to degrade benzoate and salicylate.
151 EEUT A8 Pseudomonas putida A8 Baltic Sea, Gulf of Tallinn Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°32'12"N, 24°41'18"E
JN228275 (16S rRNA gene), JX177818 (LmPH gene)
Jutkina et al., 2011 (Genes),Vedler et al., 2013 (Systematic and Applied Microbiology) Contains one large plasmid, able to degrade phenol, benzoate, salicylate and nap ...
152 EEUT B17 Pseudomonas sp. B17 Baltic Sea, Gulf of Finland Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°28'60"N, 22°57'00"E
JN228291 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one large and one small plasmid, able to degrade phenol, benzoate, m-to ...
153 EEUT B37 Pseudomonas putida B37 Baltic Sea, Gulf of Finland Surface seawater 01.08.2008 Isolated by Eeva Heinaru 59°28'60"N, 22°57'00"E
JN228292 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one small plasmid, able to degrade phenol, benzoate and naphthalene.
154 EEUT D10 Pseudomonas aeruginosa D10 Baltic Sea, Gulf of Riga Surface seawater 01.08.2008 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JN228314 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one large plasmid, able to degrade benzoate and salicylate. Resistent t ...
155 EEUT D113 Pseudomonas sp. D113 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
JQ253547 (alkB gene)
Viggor et al., 2013 (Microbiological Research),Ilmjärv et al., 2017 (PLOS One) Isolated on diesel oil agar plate.
156 EEUT D2 Pseudomonas sp. D2 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226504 (alkB gene)
Viggor et al., 2013 (Microbiological Research) Isolated on diesel oil agar plate.
157 EEUT D25 Pseudomonas lini D25 Baltic Sea, Gulf of Riga Surface seawater 01.08.2008 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JN228317 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one large and one small plasmid, able to degrade benzoate and salicylat ...
158 EEUT D28 Pseudomonas sp. D28 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226508 (alkB gene)
Viggor et al., 2013 (Microbiological Research),Ilmjärv et al., 2017 (PLOS One) Isolated on diesel oil agar plate.
159 EEUT D3 Pseudomonas sp. D3 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226505 (alkB gene)
Viggor et al., 2013 (Microbiological Research),Ilmjärv et al., 2017 (PLOS One) Isolated on diesel oil agar plate.
160 EEUT D41 Pseudomonas sp. D41 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226509 (alkB gene)
Viggor et al., 2013 (Microbiological Research) Isolated on diesel oil agar plate.

Version: 23. October, 2019

� 2013...2019 by Institute of Molecular and Cell Biology, University of Tartu, Estonia.

 

 

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EEMB catalogue of CELMS

 

CELMS data

Page 5 of 25
Nr CELMS Nr Organism Isolation Location Isolation Source Isolation Date Isolation History Geographical Coordinates Sequences Reference Other Info Photo
161 EEUT D45 Pseudomonas sp. D45 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
JQ253545 (alkB gene)
Viggor et al., 2013 (Microbiological Research),Ilmjärv et al., 2017 (PLOS One) Isolated on diesel oil agar plate.
162 EEUT D46 Pseudomonas sp. D46 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226510 (alkB gene), GU226552 (16S rRNA gene)
Viggor et al., 2013 (Microbiological Research) Isolated on diesel oil agar plate.
163 EEUT D50 Pseudomonas sp. D50 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226511 (alkB gene), GU226553 (16S rRNA gene)
Viggor et al., 2013 (Microbiological Research) Isolated on diesel oil agar plate.
164 EEUT D6 Pseudomonas sp. D6 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226506 (alkB gene)
Isolated on diesel oil agar plate.
165 EEUT D65lp Pseudomonas anguilliseptica D65lp Baltic Sea, Gulf of Riga Surface seawater 01.08.2008 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JN228318 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains one small plasmid, able to degrade benzoate.
166 EEUT D69v Pseudomonas lini D69v Baltic Sea, Gulf of Riga Surface seawater 01.08.2008 Isolated by Eeva Heinaru 57°37'00"N, 23°37'00"E
JN228322 (16S rRNA gene)
Jutkina et al., 2011 (Genes) Contains two small plasmids, able to degrade phenol, benzoate, m-toluate, salicy ...
167 EEUT D8 Pseudomonas sp. D8 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226507 (alkB gene)
Isolated on diesel oil agar plate.
168 EEUT D86 Pseudomonas sp. D86 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226512 (alkB gene)
Viggor et al., 2013 (Microbiological Research) Isolated on diesel oil agar plate.
169 EEUT Hd1 Pseudomonas sp. Hd1 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226513 (alkB gene), GU226554 (16S rRNA gene)
Viggor et al., 2013 (Microbiological Research),Ilmjärv et al., 2017 (PLOS One) Isolated on hexadecane agar plate.
170 EEUT Hd16 Pseudomonas sp. Hd16 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226515 (alkB gene)
Viggor et al., 2013 (Microbiological Research),Ilmjärv et al., 2017 (PLOS One) Isolated on hexadecane agar plate.
171 EEUT Hd6 Pseudomonas sp. Hd6 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226514 (alkB gene), GU226555 (16S rRNA gene)
Viggor et al., 2013 (Microbiological Research),Ilmjärv et al., 2017 (PLOS One) Isolated on hexadecane agar plate.
172 EEUT Hp2 Pseudomonas sp. Hp2 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226516 (alkB gene), GU226556 (16S rRNA gene)
Viggor et al., 2013 (Microbiological Research),Ilmjärv et al., 2017 (PLOS One) Isolated on heptane agar plate.
173 EEUT Hp5 Pseudomonas sp. Hp5 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226517 (alkB gene), GU226557 (16S rRNA gene)
Jõesaar et al., 2017 (Plos One) Isolated on heptane agar plate.
174 EEUT Hp6 Pseudomonas sp. Hp6 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226518 (alkB gene)
Viggor et al., 2013 (Microbiological Research),Ilmjärv et al., 2017 (PLOS One) Isolated on heptane agar plate.
175 EEUT Hx2 Pseudomonas sp. Hx2 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226519 (alkB gene)
Viggor et al., 2013 (Microbiological Research) Isolated on hexane agar plate.
176 EEUT Hx6 Pseudomonas sp. Hx6 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226520 (alkB gene)
Viggor et al., 2013 (Microbiological Research) Isolated on hexane agar plate.
177 EEUT K3 Pseudomonas sp. K3 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226521 (alkB gene)
Isolated on xylene agar plate.
178 EEUT K7 Pseudomonas sp. K7 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226522 (alkB gene), GU226558 (16S rRNA gene)
Isolated on xylene agar plate.
179 EEUT K9 Pseudomonas sp. K9 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226523 (alkB gene)
Isolated on xylene agar plate.
180 EEUT Nah22 Pseudomonas sp. Nah22 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226526 (alkB gene)
Isolated on naphthalene agar plate.
181 EEUT Nah47 Pseudomonas sp. Nah47 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226527 (alkB gene)
Isolated on naphthalene agar plate.
182 EEUT Nah49 Pseudomonas sp. Nah49 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226528 (alkB gene)
Isolated on naphthalene agar plate.
183 EEUT Nah5 Pseudomonas sp. Nah5 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226525 (alkB gene)
Isolated on naphthalene agar plate.
184 EEUT P22 Pseudomonas sp. P22 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226531 (alkB gene), GU226560 (16S rRNA gene)
Isolated on shale oil agar plate.
185 EEUT P26 Pseudomonas sp. P26 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226532 (alkB gene), GU226561 (16S rRNA gene)
Isolated on shale oil agar plate.
186 EEUT P3 Pseudomonas sp. P3 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226529 (alkB gene)
Viggor et al., 2013 (Microbiological Research),Ilmjärv et al., 2017 (PLOS One) Isolated on shale oil agar plate.
187 EEUT P32 Pseudomonas sp. P32 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226562 (alkB gene), href=http://www.ncbi.nlm.nih.gov/nuccore/GU226562> GU2265 ...
Isolated on shale oil agar plate.
188 EEUT P4 Pseudomonas sp. P4 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226530 (alkB gene)
Viggor et al., 2013 (Microbiological Research),Ilmjärv et al., 2017 (PLOS One) Isolated on shale oil agar plate.
189 EEUT P48 Pseudomonas sp. P48 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226533 (alkB gene), GU226563 (16S rRNA gene)
Viggor et al., 2013 (Microbiological Research),Ilmjärv et al., 2017 (PLOS One) Isolated on shale oil agar plate.
190 EEUT P49 Pseudomonas sp. P49 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
JQ253548 (alkB gene)
Viggor et al., 2013 (Microbiological Research),Ilmjärv et al., 2017 (PLOS One) Isolated on shale oil agar plate.
191 EEUT P5B Pseudomonas sp. P5B Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
JQ253555 (alkB gene)
Viggor et al., 2013 (Microbiological Research) Isolated on shale oil agar plate.
192 EEUT P6 Pseudomonas sp. P6 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
JQ278696 (alkB gene)
Viggor et al., 2013 (Microbiological Research),Ilmjärv et al., 2017 (PLOS One) Isolated on shale oil agar plate.
193 EEUT P74 Pseudomonas sp. P74 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226534 (alkB gene)
Isolated on shale oil agar plate.
194 EEUT P85 Pseudomonas sp. P85 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226535 (alkB gene)
Viggor et al., 2013 (Microbiological Research),Ilmjärv et al., 2017 (PLOS One) Isolated on shale oil agar plate.
195 EEUT P86 Pseudomonas sp. P86 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
GU226536 (alkB gene)
Viggor et al., 2013 (Microbiological Research),Ilmjärv et al., 2017 (PLOS One) Isolated on shale oil agar plate.
196 EEUT P87 Pseudomonas sp. P87 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008 Isolated by Signe Viggor 58°22'N, 21°48'E
JQ253519 (alkB gene)
Viggor et al., 2013 (Microbiological Research),Ilmjärv et al., 2017 (PLOS One) Isolated on shale oil agar plate.
197 EEUT P94 Pseudomonas sp. P94 Baltic Sea, near Vilsandi Island Surface seawater 01.03.2008