| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SO_1463 |
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| Symbol | |
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| ID | 1169278 |
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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 oneidensis MR-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_004347 |
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| Strand | + |
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| Start bp | 1525439 |
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| End bp | 1529959 |
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| Gene Length | 4521 bp |
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| Protein Length | 1506 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 637343399 |
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| Product | hypothetical protein |
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| Protein accession | NP_717080 |
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| Protein GI | 24373038 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGATTAAGG GAATTCAAAC CGTTATTAAG TCAGATATTG ACGGCAGCTT AATCAGTGTC
CTTGTACCTA AGTTTAAGAT GTTGCTAGAA ACTCGCGGTG CGGGCCACTG CATGAAGGTA
TCTGATTTAG AAACAGAGCT GATGTATCAG CTTAGTGAAG TCGTATCTGG GGCTGTTGAG
TATGCCCAGG TTGCCGTATT GGCAATGAAA GCGACGCGTA ATTTTTCGGT TACCAGTACC
AAGCTTGTTG AACTGCGAAA CCCTGATGAA CACGGCCAGC TTCGCCAGCC ATTACTGATT
TTTGTACCCA ATGAATTAAA AACGTCCTCT GAAGACTCTT TTGGTGCAGC GACCTTTGAG
CAAATTGATA TTTCAGATGC TTATTGGCTG GCGTTTAATC AAGTAAAGGC TGAATCTCCC
GAGCCGATTA AGCGGTTGTT AGACGAAGTT TACTTCATTC TTCAAGAAAA GGCGGCGCTA
AAACTCAGTG CTTATCAATG GTTGCGATAC GCGCTAACAA TTAAGGTTAA TGGCTTTGAT
CCAAGTGTTG CTGGCGCTGC TCTTTACGAG CTGGGGCTAA TTCCTGATCT TGAGTTGCAT
CAAGATCATT CTATGTTGGT ACGCAAATTA GTTAAAAATC GCGAGTGTGT GCAAATTATA
AACCGCTCTG AGAAATCAGC GATTGCAACC GTTTATGACC TGCAGCTAGA CGGTGAAGAT
TTTAACAAGA GATTAGCGCT CTTTTTAAAT GATCAGGAAA ATCTACTCGA CAGCAGTTGG
CGCAAGCAGT TAGTGGTGGA TAGCAGCAAT TGGGCACTCA CTTTTGATAA GTGGCGCTTT
CAATATGAGG AAGATGCCAC TGATGCGGTT TGTTTAACGG TGACTGAGGT TGGTTTGCCG
CTTATTCCTG ATGATGAAAC AGACCCAAAC TTGCAACAAT TGATTGGCCA ACAAGTATTA
ACGACTGGCC AAGGTGGTTT GAAAAAGTTT TCTGTGACTT TTTCTGTTTC ACCAAAGCCT
AGTGAAGTTA ATGGTTTAGC GAAATATAAA GCTCAGGTGT TTACTCAACA AGGTGATTTT
GTTGGGTTAA TTAAGGTAGG TAAAGCTACA CCAAAATCCA CAGTTACAAT CACGTTTAAC
AAGTTGACTG GAATCGAATG GGAAGAAGGT TGGCATTACA TTCGAATTCA AGCGTTTGAT
GAAAACGATG AATTGTTACC TTTGGTTGAT GACAAACAGT GTCCAATACC GTGGGGTACG
TCCAGTGCGG AGGAAGCTGG CTCACGAATT AATGAAAGTG ATCTGTTTTA TGTATTGCCA
GCGGCAGATG CTGAAGTTGA GCCAATTGAG GGGCGAAAAG TCAGAGAGGC GTCATTAGCG
CATGCGAAGA TTAAAGCTGA ATTTGCCAAC GTCATCGAAA CTGAGAAATT TGCCCATGTT
GAAGTAGTGG AAACGACTTG GCAGGATAGT AAGAGTAAGG CTGAGTCGAT CGTCAATGTG
AAATTCAAGA AAGGTAGTGG TATTCAAATT CCCGTTACCA CTTACTTAAA AAACTTTGAG
CAAAAAATTC TAGCTAACCC AATGGCAGCT TTGACTTGGC GTGTAGAAAT TCGCAATCAA
GAAGCAAGTG AGTCTGGTGC CGATGCTGTA GATTGGCCAA TAAAGGGTGT AGAAAGCCAG
TTTGAAAAGT TTAAAGTGGC GCGTGAAGCG TACTTCCAAG TTATACATCA AGATGAGAAA
GAGCTAGTTT CTGTCGCTCA TGATCATGTG TCTTCATCAC ATGAGGCCTA CCTGTATTCC
AGCAGCTATC TAGAATACCT AGCAGCGGTA TTTCAGGAAA CTGAAAATGG ACATGACTAT
TCGACTGAAT TAGCTGCGTT ACTTCGCTTG GATTCACTTT CAATCGTGAT ATGGAATTAT
GACGGCAGCT ATAAAAAGGC CATGTTACTG GGGCCTACAC ATCCACTGAG GGCTTTATGG
CTAGGTGGAT GGGCTTCTCT TGCGGAAGCT TGGGCAAGAC AGAGTGAGAA GGTTGGTAAG
GAAATTGCGG TAGGAACTAA AAACAGTTTA TTAGAAGAAC TCGCGTTAAC CAATTTTCCT
TACGTACTGC CAGACTCTCA AGGCCAGTTG ATGGTCGCAC TTGATAGTAT TCATCCATTT
TGGAGTATTT TGTCGTCTGC ACAAGAAAAA GAGCCACAAG CACTCATTGA TAAAATTAAA
ACTGCATTTG GTATTAAAAA TGATTACCAG CAAGTTGGTA AGCAAAGTAG TACTTTTCTC
GCCACAAAAG TCGAAAGATA TCTGATACAA CATCCCTATG TGAACTGTTT ATCAATCAAT
GTGTTTAACG CGGGGTCTGC GGGAGCCGTA GCGGGTATGG TGTTGGCTTT GAGAAAGAAG
CCGGAGCTAA AGCATATTAG TTTTGATATT CGTCTATTCG TAGCTGACCC ATATGCAACA
GAAGTAGGCG CTGATTTATT TAAGCTCATA AATAGTGGCG AAGACAGTGA GAATGAAAAC
CAGCTATTTC ATTCAGCAGA AAATCACTTG CAACCTAAAT TAAGTATTTC ACTCAGAGCG
AGCTCTGAGT TTGAGCAGTC GCCTGATGAG TTTCAGTCTC ATCTTAGCAT GTTATTCGAT
GTGTTCCCTG CACAAGAGTT ATCGGTAGTA AAACCGCAGG CTGATGAACA AGTTGCTCCT
ATATATGGAT TGTATCAGGA CTATTGCATT GATTACTTCG ATGAGAATGG GGTTGTTGCC
TGGGATCGCC ACACGAGACA TGGTGCTGCA AAAATGCTTT TTGGCGGCCA AGTATCGGAG
ACTATCGCGA AATTGCCTAA AATGATGTCG GCAATAACTG CATCATTGGC GACGGGCGAC
TTTTCTTTAG AACAGGTTCC AGTAGTCAGG TTGGCTCTTG ATAGCGCTGA AAGAGCTTTG
TTAAATCAAT TGCACGAAGT CAGTGACTGG GTGTTCACTG TCGATAGAAA TTTGGGAATT
GAATTTTTTG ATCACGGTGG TAAAGACGGC CGACCAGACT ATCTGATTGA TCATAGTCCG
GAAATGGCCT CCTCAAATAC ACATAATTTT GTTATTACAT CGCGCTCAAC AACAGAAATA
GAAGCTTTAT TGAGGGGGAC CTTAGAACAG CATCAAATTG TTCCAGATGT AGATAAGGCG
ACGCGGGTTT TAGATTCGCT CAGAGCGTTG TCAGGTAGGC TGGCGCTAAA ATTGGCCTCA
AATAGCGCTT CAAAGTCTGA AGCCTTAGGA TTGGCGTTAT CCAAACTCTA TTTGGAGTAC
CAGGGTGTGT TTAAGGATCA GGTAATCGTT CCGTTAGATG CCCACCTTGA GCTTTATTCT
GATCTTCAGA AGGCCGATGG AGAGCTAGGT GCCGACGTTA GCTTTAAAAG AACTGACTTA
GCATTATTTG ATTTGGATGC TTCGTCACGC ACTATTCGAT GTAATTTAGT GGAAGTGAAG
TGCTATTCAG AAGTCGGAGA TTTGGCTAAA TACGAAAGTC TGAAGAAGAG TATTGCTGAG
CAAATTTCGG AATCGGAGCG TGTTATTCAG CGTCATTTTG ATTTAATGCG AACAACACCG
GATAGACCTG ATCGCTTAGT TAAAACTCAA AAGATTTGTG TTCTTCTTGA ACATTACCTG
AAACGATCTG AGCGTTTTGG TTTATTGAGT TCTGAGATTG TCGAGGAAGC AAAATTTTTG
CTTCGAACTT TGGAGGAAGG GTACAAGCTT TCAATTACTC GAAGTGCTGT TATTTTCGAT
TTTGGTCAGA ATAGCTCTGG GGTTGAAAAA GAAGTCGGTA TCGAGTTTCA TCGTGTTGGG
CGAAACCATA TTGACGAACT GCTCTCCGCT AAAGTGCCTG AGGATAATGA ACACAGTGAA
GGGACGTTGG ATTCACTTGA ACTAACGCTG CCTAAGTTAA CTTCGGCCGA GTTTTTACAT
AAAGAGCGAG ATAGAACCGT ATCTTGGGCT GAATTAGTAT CTCAAGCTGC GATCACTTTA
CCTGAGCGGC CAGATGCTTC GGAAGATGAA ACGATTAAAG TACTGCCTTT TAATGATGAG
CCGGCTACTG TTTTACCGTC GATTAGTCAG AGTGTTGAAG AAGTAAAACC TGTTGGTAAT
CCAGCTCCTG TAGTAGCTAA TCCTGAAGAG CCAGTGCCTG GCGAAAATTT GCACATTCCG
AACATCACAA CGGGTAATAA AGTTGAGGTC GTTCCCCACG ATATTGTTCT TGGTGTCAAC
GGTGACTCTG CTCAGTTTGG CCTATTGGGA GAGGTCCATG GACGGAAAAT AGCTTTAGAT
TTAAACCATA CACACACGCT AAGTTTATTT GGTGTTCAAG GTGGGGGCAA AAGCTATACA
TTGGGCTCAG TTGTTGAGAT GGCAACTAAA TCAATTCCAT CGATCAATAC GCTACATAAA
GAGTTGGCGA GTGTGATATT CCATTACAGT GCTACTCAGG ACTATAAACC TGAGTTTACG
TCGATGATTG TTCTGGTCTA A
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| Protein sequence | MIKGIQTVIK SDIDGSLISV LVPKFKMLLE TRGAGHCMKV SDLETELMYQ LSEVVSGAVE
YAQVAVLAMK ATRNFSVTST KLVELRNPDE HGQLRQPLLI FVPNELKTSS EDSFGAATFE
QIDISDAYWL AFNQVKAESP EPIKRLLDEV YFILQEKAAL KLSAYQWLRY ALTIKVNGFD
PSVAGAALYE LGLIPDLELH QDHSMLVRKL VKNRECVQII NRSEKSAIAT VYDLQLDGED
FNKRLALFLN DQENLLDSSW RKQLVVDSSN WALTFDKWRF QYEEDATDAV CLTVTEVGLP
LIPDDETDPN LQQLIGQQVL TTGQGGLKKF SVTFSVSPKP SEVNGLAKYK AQVFTQQGDF
VGLIKVGKAT PKSTVTITFN KLTGIEWEEG WHYIRIQAFD ENDELLPLVD DKQCPIPWGT
SSAEEAGSRI NESDLFYVLP AADAEVEPIE GRKVREASLA HAKIKAEFAN VIETEKFAHV
EVVETTWQDS KSKAESIVNV KFKKGSGIQI PVTTYLKNFE QKILANPMAA LTWRVEIRNQ
EASESGADAV DWPIKGVESQ FEKFKVAREA YFQVIHQDEK ELVSVAHDHV SSSHEAYLYS
SSYLEYLAAV FQETENGHDY STELAALLRL DSLSIVIWNY DGSYKKAMLL GPTHPLRALW
LGGWASLAEA WARQSEKVGK EIAVGTKNSL LEELALTNFP YVLPDSQGQL MVALDSIHPF
WSILSSAQEK EPQALIDKIK TAFGIKNDYQ QVGKQSSTFL ATKVERYLIQ HPYVNCLSIN
VFNAGSAGAV AGMVLALRKK PELKHISFDI RLFVADPYAT EVGADLFKLI NSGEDSENEN
QLFHSAENHL QPKLSISLRA SSEFEQSPDE FQSHLSMLFD VFPAQELSVV KPQADEQVAP
IYGLYQDYCI DYFDENGVVA WDRHTRHGAA KMLFGGQVSE TIAKLPKMMS AITASLATGD
FSLEQVPVVR LALDSAERAL LNQLHEVSDW VFTVDRNLGI EFFDHGGKDG RPDYLIDHSP
EMASSNTHNF VITSRSTTEI EALLRGTLEQ HQIVPDVDKA TRVLDSLRAL SGRLALKLAS
NSASKSEALG LALSKLYLEY QGVFKDQVIV PLDAHLELYS DLQKADGELG ADVSFKRTDL
ALFDLDASSR TIRCNLVEVK CYSEVGDLAK YESLKKSIAE QISESERVIQ RHFDLMRTTP
DRPDRLVKTQ KICVLLEHYL KRSERFGLLS SEIVEEAKFL LRTLEEGYKL SITRSAVIFD
FGQNSSGVEK EVGIEFHRVG RNHIDELLSA KVPEDNEHSE GTLDSLELTL PKLTSAEFLH
KERDRTVSWA ELVSQAAITL PERPDASEDE TIKVLPFNDE PATVLPSISQ SVEEVKPVGN
PAPVVANPEE PVPGENLHIP NITTGNKVEV VPHDIVLGVN GDSAQFGLLG EVHGRKIALD
LNHTHTLSLF GVQGGGKSYT LGSVVEMATK SIPSINTLHK ELASVIFHYS ATQDYKPEFT
SMIVLV
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