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Tartu �likool

EEMB catalogue of CELMS

 

CELMS data

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 ...

Version: 23. October, 2019

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