| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew185_0099 |
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| Symbol | |
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| ID | 5371017 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Shewanella baltica OS185 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009665 |
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| Strand | + |
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| Start bp | 121578 |
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| End bp | 124592 |
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| Gene Length | 3015 bp |
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| Protein Length | 1004 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 640828287 |
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| Product | molybdopterin oxidoreductase Fe4S4 region |
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| Protein accession | YP_001364334 |
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| Protein GI | 152998653 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0243] Anaerobic dehydrogenases, typically selenocysteine-containing |
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| TIGRFAM ID | [TIGR01409] Tat (twin-arginine translocation) pathway signal sequence
[TIGR01553] formate dehydrogenase, alpha subunit, proteobacterial-type |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 30 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAACAGAC GCCAGTTTTT TAGACTGTGT GCTGCCGGAG CTGCCACCTC AGCAATTTCT
GCGTTGGGAT TGATGTCCGA AAAGGCCTAT GCGGCCGTTC GGGAATTCAA ACTCATTAGC
GCGAAAGAAA CCCGCAATAA CTGCTGCTAT TGCTCAGTGG GTTGCGGATT GCTGATGTAC
AGCAAAGGGA GTAATGGCAA GAACGCCGAA CAGAGTATTT TCCATATCGA AGGGGATGCA
GACCATCCAG TCAACCGTGG GGCCTTGTGT CCTAAAGGCG CTGGTTTAGT GGATTATGTC
AATAGTCCCA ATCGTCTTAA ATACCCAGAG TACCGTGCAC CAGGCAGCAA TGAATGGACA
CGTATCAGCT GGAGCGAAGC TTACCAACGC ATCGCCCGCC TGATGAAAGA TGATCGTGAT
GCTAACTTGA TTGAAAAGAA TTCTGCCGGG ACGACGGTTA ACCGTTGGCT TAGCACTGGG
ATGATGACCT CGTCGGCGAT GCCGAACGAA GGCGGCTATA TCACCCAGAA ATTTGCACGG
GCACTGGGCC TAGTTGCAAT CGATACTATT GCGCGTAACT GACACTCTCC AACGGTAGCA
AGTCTTGCTC CGACATTTGG ACGTGGTGCC ATGACCAACC ACTGGATCGA TATTAAAAAT
TCTAATTTGA TCATTATCAT GGGCGGTAAT GCTGCAGAGG CTCACCCTGT CGGATTCGGC
TGGGTTACAG AAGCAATGCA ACATAACAAC GCTAAACTTT TGGTGGTCGA TCCTCGCTTC
ACCCGTAGCG CCGCTGTGGC CGATTATTAT GCGCCGATCC GTTCGGGCAC AGATATCGCC
TTCCTGCTCG GGGTGATCCG CTATCTTATT GAAACCAAAC AAGTGAACTA CGACTATGTG
AAGGCTTATA CCAATGCCAG TTACATAGTG CGCGAAGACT TCTCTTTTAG TGAAGGTCTG
TTCAGTGGTT TCGATGAAGA AACAGATAGC TACGATAAAG AGTCTTGGTA CTACGAGTTA
GACGAACAGG GTTACGCGAA AGTCGATCCT AGCTTCGAGC ATCCACGCTG CGTGTGGAAC
TTAATGAAGC AACATGTAGA TCGCTATGAC TTTGAAACAG TAAGCAATAT TACCGGTACG
CCGATTCCGG ACTATGAGAT GGTTTGCCAG CAAATTGGCA GCACTCATAC CCACGATAGG
GCTGCCACTT TTATGTATGC CTTAGGTTGG ACTCACCACA CTAAAGGGGC GCAGAACATT
CGCTCTATGG CTATGGTGCA GTTGCTGCTG GGTAACATTG GGGTGTTGGG CGGTGGCGTT
AACGCACTGC GTGGTCACTC TAACGTGCAA GGCGCGACCG ATATGGGTTT ATTGTGCCAA
AGCTTGCCTG GTTACTTGAA GTTACCGAGT GAAAAAGACA CTGATCTTAA GACCTATCTC
GATCGTTACA CGCCTGTCGC CTTGCGCCCG GGTCAAACCA ACTATTGGCA GAATTACCCT
AAATTCTTTA TTTCGCAAAT GAAGAGCTTC TGGGGCGATA ACGCCACGGT TGAAAATGAC
TTTGGTTATG ACTGGGTACC TAAGTGGGAT AAGCAGTACG ACTTTACTAA GCACTTAGAC
ATGGCTTTCC ACGGTGAAGT GAATGGCTAC ATTATCCAAG GGGTTAACGC CATTAATTCC
ATGCCGAACC GCAATAAGGT ACTCAAAGCC TTGAGTAATC TTAAGTACAT GGTGGTGCTG
GATGCCTTGG CAACGGAAAC GGCAACCTTC TGGCAAAACG CCGATGGCTT CAACGAGGTG
AATCCCGCTG AAATCATGAC GGAAGTGTTC CGCTTACCGA CGACGTGTTT TGCTGAGGAA
GAAGGTTCCA TCGTCAACTC TGGACGTTGG ATGCAGTGGC ATTGGAAGGG CGCTAACCCG
CCGGGTGAAG CCAAGCCTGA TGCTGAGATT CTCTCTGGTG TCTTAATGGC CATGCGTGAA
CTGTACAAAC AAGAGGGCGG CAAGTTGCCT GAGCCAGTGC AAGCGATAAG TTGGGATTAC
CACAATCCTT ACTCGCCGCA TGCCGAAGAA GTTGCTCGCG AGCTTAACGG TAAGGATCTC
GTGACTCAGC GTCAGCTGAG TAGTTTTGCT GAACTCAAAG CCGATGGAAG TACTGCTAGC
GCCTGTTGGA TTTATGCGGG TTCTTGGACC GAAGAGGGCA ACCTGATGGC TCGCCGCGAC
AACCATGATC CTTCGGGTAA AGGTGTCACT CCGGGCTGGG CATTTGCTTG GCCAGCCAAC
CGTCGCGTGC TGTATAACCG CGCTTCTTGC GATATCAACG GCAAACCATG GGATCCCAAA
CGTACTATCG TCGAGTGGGT TGATGGTAAG TGGCATGGTA TCGATGTGGG CGACTTCAAT
ATGAAGTTAA CACCACAGGA ATCCGCAGGT CCCTTCATCA TGCAACCTGA AGGTGTGGGT
CGTTTCTTCG CCCTTAAATT ATTGGCCGAA GGTCCGTTCC CTGAGCACTA CGAGCCGATG
GAGTCGCCTA TTGGGTTGAA CCCGTTACAC AAGGTCACCA GTAACCCTGC GGTACGCATG
TTACCGGGTG TGAAGGAAAC CTTAGGTTCC CATAAAGACT TCCCTTATGT GGCAACCACT
TACTGTGTAA CTGAACACTT TAACTTCTGG TCTACTCATG CCCGTTTGGC AGCGATTTCT
ATGCCGGAAA CCTTCGTCGA AATCGATGAA ATGTTGGCAG CAGAAAAAGG TATCGCCAAT
GGGGATTGGG TCACTGTCAG CTCTAAACGT GGCAGCATTG AAACCAAAGC CTTAGTGACT
AAACGTCTGC AGCCGTTAAA GGTGAATGGT CAGTTAGTTC ATACCGTCGG CTTACCGCGT
CACGGCAGCC ATAATGCGCT CACTCGTAAG AGTTACTCCT GTAACGTGCT CACCACGGAA
GTGGGGGATG CAAATACACA GGTGCCTGAG TTCAAAGCAT TTTTGGTTAA CATCACTAAA
GCGAAGGGGC TCTGA
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| Protein sequence | MNRRQFFRLC AAGAATSAIS ALGLMSEKAY AAVREFKLIS AKETRNNCCY CSVGCGLLMY
SKGSNGKNAE QSIFHIEGDA DHPVNRGALC PKGAGLVDYV NSPNRLKYPE YRAPGSNEWT
RISWSEAYQR IARLMKDDRD ANLIEKNSAG TTVNRWLSTG MMTSSAMPNE GGYITQKFAR
ALGLVAIDTI ARNUHSPTVA SLAPTFGRGA MTNHWIDIKN SNLIIIMGGN AAEAHPVGFG
WVTEAMQHNN AKLLVVDPRF TRSAAVADYY APIRSGTDIA FLLGVIRYLI ETKQVNYDYV
KAYTNASYIV REDFSFSEGL FSGFDEETDS YDKESWYYEL DEQGYAKVDP SFEHPRCVWN
LMKQHVDRYD FETVSNITGT PIPDYEMVCQ QIGSTHTHDR AATFMYALGW THHTKGAQNI
RSMAMVQLLL GNIGVLGGGV NALRGHSNVQ GATDMGLLCQ SLPGYLKLPS EKDTDLKTYL
DRYTPVALRP GQTNYWQNYP KFFISQMKSF WGDNATVEND FGYDWVPKWD KQYDFTKHLD
MAFHGEVNGY IIQGVNAINS MPNRNKVLKA LSNLKYMVVL DALATETATF WQNADGFNEV
NPAEIMTEVF RLPTTCFAEE EGSIVNSGRW MQWHWKGANP PGEAKPDAEI LSGVLMAMRE
LYKQEGGKLP EPVQAISWDY HNPYSPHAEE VARELNGKDL VTQRQLSSFA ELKADGSTAS
ACWIYAGSWT EEGNLMARRD NHDPSGKGVT PGWAFAWPAN RRVLYNRASC DINGKPWDPK
RTIVEWVDGK WHGIDVGDFN MKLTPQESAG PFIMQPEGVG RFFALKLLAE GPFPEHYEPM
ESPIGLNPLH KVTSNPAVRM LPGVKETLGS HKDFPYVATT YCVTEHFNFW STHARLAAIS
MPETFVEIDE MLAAEKGIAN GDWVTVSSKR GSIETKALVT KRLQPLKVNG QLVHTVGLPR
HGSHNALTRK SYSCNVLTTE VGDANTQVPE FKAFLVNITK AKGL
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