| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew185_0496 |
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| Symbol | |
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| ID | 5372994 |
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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 | 559314 |
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| End bp | 563945 |
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| Gene Length | 4632 bp |
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| Protein Length | 1543 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 640828701 |
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| Product | hypothetical protein |
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| Protein accession | YP_001364727 |
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| Protein GI | 152999046 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.0848067 |
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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 | GTGGGAATTA ATCTTTTTTA TCGTGCCATA TTGGCAGCAC TTCTTTTGAG TTTTCCCTCT
GCTGTGATGG CATTCGATCC TATTGATCAG AGTGCGATTT TTGCCAAAGT TGCTCAAGGG
CACCATGGTG ATTACTCAAA CGTGTGTCGT CAGATATCAT CGCCACAGCT GATGATAAAC
GGTAATGGCA TCATTAATGG TACTGGTGGT GCTGCATTAG ATTATTGTTC GAGTAACGAT
GGCAGCGGAC TTGCTAATAA CAGTTGTGAT AACGGTTCTG GCGGCGTGCG GAAATGCACT
ATCGATGGCA GTGATATTCG AGGGTTAAAT TTAACTGGGA GTAATGCTTT TTTATCGAGT
AGCGGCGCTG GTGGCGGTTA TGGTTCTTGT AATAGTGGCG AGCAATTAAC ACTTGGTGCT
AATGGGCAAA ATCAGTTTAG CAATGTTTCG CTTTATTCTG CTTGTACTCT GACTCTATCG
GCAACTCAAA ATGAGTATCG ATTTAATACT ATCGCTATTG GGGGCGGGGC GACGCTCGTT
TTACCCGAGG GGGACTATTG GGTAGATAGT TTTACCTTGA ACCAAAATGC TAAGGTGATT
TTGCAAGGTA ATGTCCGCAT TTTTACCAAA CAAAAATTTG AGTTAAATGG CAGTAAATTT
AATGAAAATA ATACGGCTTC TGCACTTATT ATCGGTTATA GCGATATTCA GCTAAATAGT
GATGCTTTAC TCAATGGGCG AGTTTATAGC GATGCAACAT TAAGTTTAAA TAATAACTCG
ATTATTAATG GTCGTGTCAC GAGTCGTTAT TTAGTCATGA GTGGTGGCAG TATTAATGAA
GATTTGCCTG TTGCACCGCT ACAATTACAG TTTGGTAAAG CGACCACTAC TTCAGTGACG
TTTGCCAATG CTTTCCCTGT TGGCGTGAAA CCACTTATTT TCCTTATGCC GACAATATCA
ACGGCGAATA CTAGCAACGA TGGACCTGCA TCAACCTTTG TATCATCTGT GACTAATACC
GGATTTACTT GGGTGCAAAG TGAACCAACG AGTCCCTCAA ACCGCTATAT CGCTTCGAAT
AGTATGCCGG AAGTGCATTG GATTGCTGTG ACGGCAGGTT CACATGTTTT ATCCGATGGC
AGTCAACTTG AAGCAGGTAG AATCTCTACC GTTAACGCAT TGAACATGAG TAATTCTGCC
TGGACGAATG TGCCGCTGAA TACGTCTCTG AATGTCGTAT TGAATCAGTT GCAGACGCGC
AATAATTCTT CCTGCTGGCT GACAAGCGTG GCACAGCTAA ATTCGAGTGG TATTCAACTC
AATTTAGATC CCTCTGAGGT CCGTTCTGGA ACTCAATGTA AACCTGGTAA TCTGCGAAGT
TTACAATCAG AAACGATTGG TTATTTAGCG GTAAAATCCA GTGTTGGCAC AGTCATACTG
AATGGTGAGG ATGTTCACTA TCAATTCGGT ACTGCACTTA CCCACACAGG CGGGGGAAAT
ACTAAAACGC TGGCTGAGCA ATGTGCCTAC AACACGAGTT TGACTGGATT TGTTAATCCT
CCGACTTTAG TCGCGGGGAA AGATTCTCGT CGAGGTGGCG ATGGTGGCTG GCTAAGACGC
TGTAATTTGA GTGCAACTCA AGTCAGTATG GTGAACGACG AAGATACCTA TGGCGATAGT
GATCGTAGTC ATCTTGCTGA AGACTATGGC TTTGTAGCGC TTGAGAAAAC CGCGCCAGTT
GAAGAGTGTT TTACTGATGA CTTTTCCCGC AGCAGCTTAG GTAACGATTG GGCAACGAAA
GTGCTGGGTT CTTCTACTCC GCCGGCTATC AACGGGGGGC GATTAAGAAT CACGCCAGCA
TTGGGTAATC AGGCCACTGC AAGTACTTAC CAGCGGTTAT TTCCTGCTGA AGGCAATCTC
GTCACGATAG AGTTTGATTA TTATGCTTGG TCACCTACAT CTGGAACGGG AGGTGATGGG
GTTGCGGTTA TTTTATCGGA CGCTTCTGTT ACACCGCAAC CTGGCAGCTT TGGCGGTTCA
CTCGGATATG CACAACGTGA TGATGGTACG CCGGGCTTTG CGGGAGGTTG GATTGGTGTC
GGTTTGGATG AGTATGGTAA TTTTTCCAAT CCGAATGAGG GGAAGATCGG TGGCCCTGGA
TTTAGATCTC AATCGGTAAC ATTACGCGGT TCTGTGGCGG CAAATTATCA GTATTTGGCT
GGTACCGCGG CGAATTTGAA TCCTAGAATT GATGTTCGTA GTACGTCAAC CGCAGCACCC
AATCATAAAT ATCGGATTAA AGTTGATTCG ACTATCACAG GTCAAGCTTG GGTATCGCTA
GACAGAGATG TGCGTGATGG TAATGGATAT CAGGTACTTG TCCCTCGATT TAATGCGAGA
GCGATATCAG GTCAAGATTC TGTTCCTGCC GATTTTTATC TGTCATTTAC GGGTTCTACT
GGTGGCGCCA ATAACAACCA CGAAATCGAT AATTTTAAAG TTTGTGCAAT AAAATCCAAA
CCGATTGGCT TACAAGTACA TCATTTTGAA TTTGATTACT CATCATCACC GCTCACCTGT
AAGGCAGAGC CTATGCAGAT CAGAGCGTGT GCTGATGGAA ATATTCCTTG TACCCTGTTT
ACTGATCCAG TTAGTGCGCA ATTGTCACTG AATCCTGCTA GTAATGGCGG TTGGTACCAA
AATGGCAGTA GTGTTAGTAA TGTCGGTTTC ATCAACGGAA TCGCCTCTGT TGACTTACGT
CATAATGTCA CCACCCCAGT AACAATCGGA GTCTCGAGTT CAAATCCTGC CACCGTCCCT
GGTAGTAATA CCTTGTGCCG CAGTGGCGCT GGCGCGTTAT CAACCGCGGC TTGTACGCTG
TCATTTGCAG ATAGCGGCTT TTTAATTGAT ATGCCAGATA AATTGGCCAA TAAAGCCCAA
AATGCGACTA TTTCTGCGGT CAGGAAGTCA AACGACAACC TAGAGTGCGT GCCGACGTTT
GCTGGTCAAA CAAAAAGGGT CGATTTATGG AGTCAATATA TTTTGCCTGT CGCTGCATCT
ATGTTTACCC CAACAGCCGT TAGCGTTAAC TCAACGCCTA TCAGCGGTTC GAGTTCGTCA
CCTTCTTCCC TGAATTTATC CTTTGATGCC AGCGGTAAAG CAACAATAGC GGTTAATTAT
AGCGACGCTG GTAAAGTTGA GCTAAACGCC AAATATACCG GTGTTGCTGG CACACCCGAT
GAAGGGCTGG TGATGATAGG TAGCGAGCCC TTCGTCAGTT TTCCTGTTGG CCTGTGTATC
ACGCCCAAAG ACAGCGGTGC TTTGTGCCCA GCGGGAGACG TTAGTTGCGC TGTATATAAA
AAAGCCGGTG AGAGTTTTAA TTTGCAGATT GCTGCAAAAG CCTGGGTTAT TGATAACGAC
AGTAATTATT GCGATAACCC AAGCACGCCC AATTACGTTC AATCCGGTAT TGCGTTATCG
AGCCAACTGG TGGCGCCAAG TCCCGGTGCT CAGGGCGTAG TCGGTATTGC CAGTTACGAT
CAAGTGGCCG CGACAAATAA TCTCAATACA GTCGTTCAAA GTATCAGTGA GGTGGGGGTA
TTTACCTTTA GTGCTGCGCC GCCCGCGAGT TACTTGGGAT CAAGTTTTTA CTCAATACCA
CTGGCAAAGA GTACCAACAT AGGCCGATTT GTTCCTGACC GCTTTGGGGT GAACGCACCG
AGCGTAATGC CTGCATGTAG CAATAGCTTT AGTTATATGG ATCAAAATTT TGCTGTGGCA
TTTAATCTTA AAGCGCTAAA TATCGCTGGC GTTGTGACAG AAAATTATCG TGGCAGTTTT
GCTAAGGCAT CGGGATTGCT GGTGGGGGAA AATAATGATG ATGGTAATGA TATGCAGGCA
CGATTAAATG ACGTGGTTGT ACCTTTGCAA TCGAGTTCTT GGGTGATAGG TGAGGCTAAC
ATAGATTATC AACCCCATTT CTCGCGCCTC CCTGCTTTAG TAGGTGGTGA AGTTGATGGT
ACCTATGAAC AAATGCTGTT GGGGATTAAA GTATTTGATA ATGACGGTAA TGTGAGTTCA
GTAGCAACAC CCAATATGAA TGCTGCCACC CTTGGCGACT GCAGTGTCGG TAGCAATTGT
GATGCAGTTG TATTATCCGC TAACCAACAG AAATATCGTC ATGGCCGTGT GGTGATGGAT
AACACCTATG GTCCTGAAAC TGAAATACTG CGTATGCCGA CTCGGGCCGA ATATTGGAAT
GGTAGCAGTT GGGTATTGAA TACCAACGAT AGCTGCACCA CTGCAGTGTA TGGTTTGGGT
TCGCAAGTGG ACAATGCCGG CCTTGGCTAC AATTTTGATC CCGACTTAGT GGTGGGGCAA
AGTGTTACTC GTTCTGGCGG GACTGCAACG TTCCAAGCTG GCCAATTTGA GTTGCTCTGG
CAAGCGGTCA CCTCAAGTGG TGCGCCATAC CGCGGTCAAG TGACTGCGCC CTTGGATGTG
CCGACATGGC TTGAATGGTA CTGGAATTGG AATAGTGTAT CACCAACAGA TCTTACTGAT
CCGCGGGCAA GTGCGTATTT TGGTCGCTAC CGAGGGCATG ACAAAATTAT CTATTGGCGT
GAGGTAAACT AA
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| Protein sequence | MGINLFYRAI LAALLLSFPS AVMAFDPIDQ SAIFAKVAQG HHGDYSNVCR QISSPQLMIN
GNGIINGTGG AALDYCSSND GSGLANNSCD NGSGGVRKCT IDGSDIRGLN LTGSNAFLSS
SGAGGGYGSC NSGEQLTLGA NGQNQFSNVS LYSACTLTLS ATQNEYRFNT IAIGGGATLV
LPEGDYWVDS FTLNQNAKVI LQGNVRIFTK QKFELNGSKF NENNTASALI IGYSDIQLNS
DALLNGRVYS DATLSLNNNS IINGRVTSRY LVMSGGSINE DLPVAPLQLQ FGKATTTSVT
FANAFPVGVK PLIFLMPTIS TANTSNDGPA STFVSSVTNT GFTWVQSEPT SPSNRYIASN
SMPEVHWIAV TAGSHVLSDG SQLEAGRIST VNALNMSNSA WTNVPLNTSL NVVLNQLQTR
NNSSCWLTSV AQLNSSGIQL NLDPSEVRSG TQCKPGNLRS LQSETIGYLA VKSSVGTVIL
NGEDVHYQFG TALTHTGGGN TKTLAEQCAY NTSLTGFVNP PTLVAGKDSR RGGDGGWLRR
CNLSATQVSM VNDEDTYGDS DRSHLAEDYG FVALEKTAPV EECFTDDFSR SSLGNDWATK
VLGSSTPPAI NGGRLRITPA LGNQATASTY QRLFPAEGNL VTIEFDYYAW SPTSGTGGDG
VAVILSDASV TPQPGSFGGS LGYAQRDDGT PGFAGGWIGV GLDEYGNFSN PNEGKIGGPG
FRSQSVTLRG SVAANYQYLA GTAANLNPRI DVRSTSTAAP NHKYRIKVDS TITGQAWVSL
DRDVRDGNGY QVLVPRFNAR AISGQDSVPA DFYLSFTGST GGANNNHEID NFKVCAIKSK
PIGLQVHHFE FDYSSSPLTC KAEPMQIRAC ADGNIPCTLF TDPVSAQLSL NPASNGGWYQ
NGSSVSNVGF INGIASVDLR HNVTTPVTIG VSSSNPATVP GSNTLCRSGA GALSTAACTL
SFADSGFLID MPDKLANKAQ NATISAVRKS NDNLECVPTF AGQTKRVDLW SQYILPVAAS
MFTPTAVSVN STPISGSSSS PSSLNLSFDA SGKATIAVNY SDAGKVELNA KYTGVAGTPD
EGLVMIGSEP FVSFPVGLCI TPKDSGALCP AGDVSCAVYK KAGESFNLQI AAKAWVIDND
SNYCDNPSTP NYVQSGIALS SQLVAPSPGA QGVVGIASYD QVAATNNLNT VVQSISEVGV
FTFSAAPPAS YLGSSFYSIP LAKSTNIGRF VPDRFGVNAP SVMPACSNSF SYMDQNFAVA
FNLKALNIAG VVTENYRGSF AKASGLLVGE NNDDGNDMQA RLNDVVVPLQ SSSWVIGEAN
IDYQPHFSRL PALVGGEVDG TYEQMLLGIK VFDNDGNVSS VATPNMNAAT LGDCSVGSNC
DAVVLSANQQ KYRHGRVVMD NTYGPETEIL RMPTRAEYWN GSSWVLNTND SCTTAVYGLG
SQVDNAGLGY NFDPDLVVGQ SVTRSGGTAT FQAGQFELLW QAVTSSGAPY RGQVTAPLDV
PTWLEWYWNW NSVSPTDLTD PRASAYFGRY RGHDKIIYWR EVN
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