Wadden Sea fosmid clone ws101A12, orf23

1
SI Fig. 2
pos


Wadden Sea fosmid clone ws101A12, orf23
NWHTDGYYNG PGARVNAFVL HCVRPAAAGG ENCIIDPEIA
YLRLRQENPE FIRALM--HPE---A MTIPEN
132
SWHTDGYYNE KNRQINAVVL HCVEAASRGG ENALLDPEMV
YIKLRDEDPR FIAAFE--HPE---C MTIPAN
92
Wadden Sea fosmid clone ws85G8, orf06
GWHTDGYYNA GTLQVRAWLL FCAQPAAEGG ANELFDHEVA
YIRLRDENPG WIRALM--ARN---A FTIPSN
86
Wadden Sea fosmid clone ws20C1, orf14
NWHTDGYYNR LDEQVCGIVM HCVSEPATGG DNLILDPEIA
YILMRDENPG YIAALM--QAD---A MTIPPN
126
Wadden Sea fosmid clone ws34A6, orf18
NWHTDGYYNR LDQQVRGIVM HCVSEPASGG DNLFLDPEIA
YILLRDENPD YIAALM--QPD---A MTIPPN
120
Wadden Sea fosmid clone ws138B4, orf10
SWHTDGYYNS VEQRIRGMLL HCVSDAAQGG DNLLLDHEIC
YIHLRDTNPD YIHALM--QPR---A MTIPPN
135
Wadden Sea fosmid clone ws172H5, orf20
NWHTDGYYNR PQEQVRGIIM HCVSTSASGG DNLFLDPEIA
YLLLRDENPD YIRAFM--QPD---A MTIPAN
117
Wadden Sea fosmid clone ws643C1, orf19
NWHTDGYYNA IAAPVRAFIL HCRRPAEQGG ENSLLDPEYI
YIRLRDLSVD LIAALM--EEH---A LTIPEN
79
Wadden Sea fosmid clone ws156A7, orf14
HWHTDGYYNA LDKQIYGMIL HCVSPAQTGG ENALLDHEIA
YIKLRDENPD YIHTLM--QPD---V MCIPAN
128
Beggiatoa sp. PS (ZP_01998516)
SWHCDGYYNP PERRIRAMLL HCVTDAAEGG ENALLDHELL
YIRLRDENPG WIEALM--HPQ---A MTIPEN
140
Thioalkalivibrio sp. (YP_002514251)
SWHTDGYYNS PEHQIHGLLL HCVHPAEEGG ANDLLDHEIA
YILLRDLSPE FIRALM--HPE---C MTIPAN
121
Allochromatium vinosum (YP_003444269)
TWHTDGYYNP PERIVRALLL HCAGKAAEGG ANRLMDHEML
YILLRDQDPE LIRVLM--QPD---A MTIPGN
122
Magnetospirillum magneticum AMB-1 (YP_422729)
TWHTDGYYNP PERTVRALLL HCAGRAAEGG ANRLMDHEML
YIQLRDESPD MIRALM--EPD---A MTIPGN
122
Magnetospirillum magnetotacticum MS-1
(ZP_00053118)
QWHTDGYYNE PERTIRGMAL HCARQAEQGG ENDLLDHEIM
YIRLRDQNPE HIRALM--AED---V LTIPAR
125
Magnetococcus sp. MC-1 (YP_864577)
NWHTDGYYNP PERRVRGLIL HCVRPAREGG VNRLLDHRLV
WQALAVSRPD ALKALQ--HPR---A MTIPPD
121
Alkalilimnicola ehrlichei MLHE-1 (YP_742488)
HWHTDGYYND PDKQIHALNL HVVQKAEKGG ENQLMDHEIA
YILLREKNPD FVRALM--QNN---V MMIPAG
132
uncultured SUP05 cluster (EEZ80625)
GWHTDGYYNT IEQCIRAFSL FCITPANCGG ENQWIDQQMV
YLQLRESNPD VTKALT--HTQ---A MSIPEH
116
Candidatus Ruthia magnifica (YP_904216)
AWHTDGYYNQ SEEQIHGLLL HCVEPAAKGG ENALLDHEIV
YLQIRDYQPA YIQALM--HPQ---A MTIPAN
44
Endoriftia persephone (ZP_02537955)
GWHTDGYYNK TDQRIRAFSL FCVTPASYGG ENKWINQQIV
YLQLRESNPD VAMALT--HAQ---A MSIPEH
166
Candidatus Vesicomyosocius okutanii (YP_001219765)
KWHTDGYYNP PERTIRGMIL HCVRNASSGG ENQLMDHELA
YLLLRDEDPQ HIQALM--QPD---A MTIPER
119
Sideroxydans litotrophicus (YP_003524312)
NWHTDATYYG SNHTIQALFL LCKRPALEGG SNKVLDHEVL
YIHLRDKAPE ALDVLM--NRD---C FNYRNP
122
Thiobacillus denitrificans (YP_314816)
NWHTDGYYNA LDRRILGMTL HCAQDAEAGG ENALLDHEIA
YIQLRDTDPD YVAALM--QPD---A MTIPAR
123
Thiobacillus denitrificans (YP_316249)
LWHSDSSFQQ PAA--RYSML SAVVVPPSGG DTEFCDMRAA
YDALPRDLQS ELEGLRAEHYAL--N SRFLLG
111
Ralstonia eutropha, a-ketoglutarate dioxygenase
(YP_025400)
NWHTDVTFIE TPP--AGAIL AAKELPSTGG DTLWTSGIAA
YEALSVPFRQ LLSGLRAEH-DF--R KSFPEY
97
Escherichia coli, taurine dioxygenase (NP_414902)
Supplementary Figure 2. Alignment of dsrQ derived
amino acid sequences encoded on Wadden Sea fosmid
clones and genomes of known SOP. Illustrated is
the iron-binding motif His-X-Asp-X53-His of the
taurine dioxygenase of E. coli. Conserved His and
Asp residues are marked by asterisks (). Grey
shading indicates 90 sequence identity.