| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_2865 |
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| Symbol | |
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| ID | 6117180 |
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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 woodyi ATCC 51908 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010506 |
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| Strand | + |
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| Start bp | 3501087 |
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| End bp | 3503930 |
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| Gene Length | 2844 bp |
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| Protein Length | 947 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 641634411 |
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| Product | NADH-quinone oxidoreductase, chain G |
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| Protein accession | YP_001761235 |
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| Protein GI | 170727209 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG1034] NADH dehydrogenase/NADH:ubiquinone oxidoreductase 75 kD subunit (chain G) |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type
[TIGR01973] NADH-quinone oxidoreductase, chain G |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.119541 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.0284698 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGCAGCT CTAATCAATC ACTCTTACCA GAGAACACTG ACAACTTAAT CTCCCTTACA
ATAGATAATC AAAGCTATAG CGTAGAGAAG AGACAGAATT TACTGCAGGC CTGCCTCTCC
CTTGGTTTAG ATCTGCCCTA CTTTTGCTGG CATCCAGCCA TGGGCTCAGT CGGTTCTTGC
AGGCAATGCG CCGTCACTCA ATATCAAAAC AGTGAAGATA CCCGAGGCCG CTTGGTCATG
TCATGCATGA CGCCGTTAAC TGAAGGTATG ATCATCTCTC TTAAAGATGA CAAATCACAG
CAGTTTAGGG AAACCAACAT TGAAGCGATC ATGACCAACC ACCCCCATGA TTGCCCAGTT
TGTGAAGAGG GAGGAAACTG TCACCTTCAA GATATGACCT TGATGGGTAA GCACATTAAT
CGACGATATT CAGGGAAAAA GCGCACCCAT CTTAATCAGT TTTTAGGCCC GCTACTCAAC
CATGAGATGA ACCGCTGCAT CGGCTGCTAC CGCTGCGTTC GCTTCTACCG TGATTACTGT
GGCGATAAAG ATCTCAATGT GTTTGGCTCT AAAAGCCACC TCTATTTTGG CCGAGCAGAG
TCAGGCGTAT TACAGAGTCA CTTCTCGGGA AACCTTGCAC AAGTCTGCCC CACAGGCGTA
TTTACCGATA AGCCATTCTC ACACCACTAC AGTCGTAAAT GGGATCTACA AACAGCCCCC
GCCATCTGCC CCCACTGCAG CCTTGGTTGC AATATAAATT TAGGCCAACG TAGCGGCAGC
ATTAGAAGGA TAACAAACCG TCACCATGAC GAGGTAAATG GCCACTTTCT CTGTAACACT
GGCTTATTTG GTTATGAACA TATCAATCAT AATGAGCGAC TTGAGTGGCC ACTTAAACGT
AATAATGAAC ATAAAACTAC CGATAAATTA ACGCCAGAAC AGGCTCAAAC ACTATTGACA
GAGTATTGTG ATACTCCAAA TGAAAACTGC ATCGCAGTGG GCTCTGTACG CACCCATATT
GAGAATAATG CAGCGCTGCT TAGACTAGTT GGCCAGCAGC AGTTTTACTT AGGTATCGAT
GATAACCATG CTCAGTTATT AAATAAGCTG TGTAGTGCCT ACCAAGAAAC CTCACTAAGC
CCAATATCCT TAGCGGAAGT AGAGCGATGT GATGCTGCAC TGATCATTAA TGAAGATATC
ACCCACACGG CACCAAGACT TGCTTTAAGT CTAAGGCAGA TGAGTCGAAA TGCAGGGCTT
AAAAAAGCGG CCAAGTTAGG GATCAAATAT TGGCAAGATG ATGCAGTGCG CAACATAACC
CAAACCACAC TCTCACCGAT ACATATACTG GAGAGTCATA GGAGTGAACT TAGCGACATA
GCAACTCAAA GCATAGTATT AACTTCCGAT GAGCAGACAT TGCTACTTCA AGAGATCGCC
TCACTGTTAA CAGCGCACCT GAACTCACAA GCTGAGCAAC CCGTATCCAG CGAGGCGAAG
GCAATAGTTA ATGACTTGAT AGCAGCTGAG TATCCACTAG TGATAACTGG CGTACAACAC
CGTGATTTGA AGCTACTCTC CTTGAGTATT GAGATAGCCG ACACCCTAAA ACGGCTAAAG
CAAAACACTG GCTTTTATGC CGTTACTCAA GCGGGAAATG ATCTTCATCT CGGTATGATT
GCTACGAACT CCGACCAACA AAACAGAAGC CAGGGGCTAG ACTCACTCCT TAAGCGGCTA
AATAGTGGCA CAGTCGAAAC ATTAATCATA TTGGAAACAG ATCTCTACCG TTACTTAGAC
AAGTTCCAGC TCGATGATGC ACTCAACCAA GTCAAACAGA TAGTCGTCAT CGACCAGTTA
CTGACTAGAA CTGCCGCTAT GGCCGACCTT ATTCTCCCCG CAACCTCTTT TGCAGAGTCC
TACGGCTGTT ACTTAAGCTC AGAGGGTCGA CTACAGTTCT CGTTCGCGAC TATGGCGCCT
ATCGAGGAGA GATTAGCCCC ATGGCAGTGG TTATCGACTC AAATAGGCAC ACCCAGCTAT
AGCGAACTGG TCTTATGGGT ATCCGAGCGA TTCCCACAGC TAAAAGCCAT TGAAACCTTT
GCTGAATTAA CCAGATTTAA TGAGTTATCC CCTTTTAGGG TCGCCAGACA AGCTGTTAGA
TCCAGTTCTC GAACCGCCAT TGATGCTGTT GAACATGTCA AAGAGGAGCA GCCTCCTATA
GATTTAAATG GCCCCTTTAC TCACTCAATG GAGGGAGTAG CAGGATTTAG ACAAACACTG
GTGCAACCTA TTTCAGTTTT ACCTGCAGAT CAGTGGTCAC CTAAGTGGAA CTCAGATCAA
GCTGGAAGTC GTGTTGGTGT TAATCACACG AGGGAGCAGA GCAGTAGTAC CACCTCCCCA
TGGACTCAAG GAGTGCGGAT CTTCTCACCT AAGTCGCAAC CCAAAGACTT AGGCTATCAG
CAAACTCACT CCTCGGTGCG ATTAGATAGT GAACAGGTTA GGTTAACTCC CAGTGCTAAC
CTTTACGCCG ATTTTGAATT AGCCAGTTAC TCAAAAGCGC TTGCCTCATT GGCCCCACAA
AAGCTTGCCC GCATACATCC TGAGACAGCA AGAAAATGGC AACTAGAAGA GAGTCAGCAA
ATTAGACTGC GCTCAGATAG ATCTCAAGTA GCGCTTGAGT GCCTATTCGA CTCAAACCAA
GCAAAGAACA CTATTTCGAT TCCAACATGC GACTTTAGAC AGCTTGGAAC TTGGGCAAGA
TTAACGCCAC TCCCTGCACA AAAACGATCA GAGACGTCAA CGCAAGAGCG TGTTCAGCCT
CTATCAAATG AGGAGGAGAG ATGA
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| Protein sequence | MSSSNQSLLP ENTDNLISLT IDNQSYSVEK RQNLLQACLS LGLDLPYFCW HPAMGSVGSC
RQCAVTQYQN SEDTRGRLVM SCMTPLTEGM IISLKDDKSQ QFRETNIEAI MTNHPHDCPV
CEEGGNCHLQ DMTLMGKHIN RRYSGKKRTH LNQFLGPLLN HEMNRCIGCY RCVRFYRDYC
GDKDLNVFGS KSHLYFGRAE SGVLQSHFSG NLAQVCPTGV FTDKPFSHHY SRKWDLQTAP
AICPHCSLGC NINLGQRSGS IRRITNRHHD EVNGHFLCNT GLFGYEHINH NERLEWPLKR
NNEHKTTDKL TPEQAQTLLT EYCDTPNENC IAVGSVRTHI ENNAALLRLV GQQQFYLGID
DNHAQLLNKL CSAYQETSLS PISLAEVERC DAALIINEDI THTAPRLALS LRQMSRNAGL
KKAAKLGIKY WQDDAVRNIT QTTLSPIHIL ESHRSELSDI ATQSIVLTSD EQTLLLQEIA
SLLTAHLNSQ AEQPVSSEAK AIVNDLIAAE YPLVITGVQH RDLKLLSLSI EIADTLKRLK
QNTGFYAVTQ AGNDLHLGMI ATNSDQQNRS QGLDSLLKRL NSGTVETLII LETDLYRYLD
KFQLDDALNQ VKQIVVIDQL LTRTAAMADL ILPATSFAES YGCYLSSEGR LQFSFATMAP
IEERLAPWQW LSTQIGTPSY SELVLWVSER FPQLKAIETF AELTRFNELS PFRVARQAVR
SSSRTAIDAV EHVKEEQPPI DLNGPFTHSM EGVAGFRQTL VQPISVLPAD QWSPKWNSDQ
AGSRVGVNHT REQSSSTTSP WTQGVRIFSP KSQPKDLGYQ QTHSSVRLDS EQVRLTPSAN
LYADFELASY SKALASLAPQ KLARIHPETA RKWQLEESQQ IRLRSDRSQV ALECLFDSNQ
AKNTISIPTC DFRQLGTWAR LTPLPAQKRS ETSTQERVQP LSNEEER
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