| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_3823 |
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| Symbol | |
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| ID | 4845865 |
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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 OS155 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009052 |
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| Strand | - |
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| Start bp | 4493097 |
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| End bp | 4497722 |
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| Gene Length | 4626 bp |
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| Protein Length | 1541 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 640121087 |
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| Product | hypothetical protein |
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| Protein accession | YP_001052163 |
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| Protein GI | 126176014 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.473732 |
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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 ATCTTTTTCA TCGTGCCATA TTGGCAGTAC TTATCTTGAG TTTCCCTTCT
GCTGTGATGG CATTCGACCC TATTGACCAG AGTGTTATTT TTGCCAAGGT TGCTCAAGGG
CATCATGGCG ATAACTCTAA CGTATGCCAT AAGATATCAT CGCCACAGCT GATGATAAAC
GGTAATGGCA TTATTAATGG TACTGGTGGT GCTGCATTAG ATTATTGTTC GAGTAACGAT
GGCAGCGGGC TTGCTAATAA CAGTTGTGAT AACGGTTCTG GCGGAGTGCG TAAATGCACT
ATCGATGGCA GTGATATTCG AGGGTTAAAA TTAACTGGGA GCAATGCTTT TTTATCGAGT
AGTGGTACTG GTGGCGGTTA TGGTTATTGT AATAGTGGCG AGCAATTAAC GCTTGGTGGT
AATGGGCAAA GTCAGTTTGA CAATGTTTCG CTTTATTCTG CTTGTACTCT GACTTTATCG
GCTACTCAAA ATGAGTATCG ATTCAATACT ATCGCTATTG GTGGGGGCGC GACACTCGTT
TTACCCGAAG GGGACTATTG GGTAGATAGT TTTACCTTGA ACCAAAATGC TAAGGTGATT
TTGCAAGGTA ATGTCCGCAT TTTTACTAAA CAGAAATTTG CGTTTAATGG CAGTAAATTC
AATGAAAATA ATACGGCTTC TGCCCTTATT TTCGGTTATA GCGATATTCA GCTAAATAGT
GGCACTTTAC TCAATGGACG AGTTTATAGC GATGCAACAT TAACTATTAA TGATAACTCG
ATTATCAATG GTCGTGTAAC GAGTCGTTAT TTAGTCATGA GTAGTGGCAG TATTAATGAA
GATTTACCTG TTGCACCGCT GCAATTACAG TTTGGTAAAG CGACTACAAC TTCAGTAACG
TTTGCCAATG CTTTCCCTGT TGGCGTGAAA CCACTTATTT TCCTTATGCC GACAATATCA
ACGGCGAATA CTAGCAACGA TGGACCTGCA TCAACCTTTG TGTCATCTGT GACTAATACC
GGATTTACTT GGGTGCAAAG TGAGCCAACG AGTCCTTCAA ACCGCTATAT TGCTTCGAAT
AGTATGCCGG AAGTGCATTG GATTGCTGTG ACGGCAGGTT CTCATGTTTT ATCCGATGGC
AGTCAACTTG AGGCAGGTAG AATCTCTACT GTTAATGCAT TGAACATGAG TAATTCTGCG
TGGACGAGTG TGCCGCTTAA GACATCACTG AATGTCGTAT TGAATCAGTT GCAGACGCGT
AATAATTCTA CCTGTTGGCT GACAAGCGTG GCACAGCTAA ATTCGAGTGG TATCCAGCTT
AATTTAGATA CATCTGAAGT TCGCTCCGGG GCTCAATGTA AACCAGGTAA TCTGCAAAGT
TTACAATCAG AAACGATTGG TTATTTAGCG GTAAAATCCA GTGTGGGCAC AGTCATACTG
AATGGTGAGG ATGTTCACTA TCAATTCGGT ACTGCACTTA CCCACACTGG CGGGGGGAAT
ACTAAAACGC TGGCTGAGCA ATGTGCCTAC AACACGAGTT TGACTGGATT TGTTAATCCC
CCGACTTTAG TCGCGGGGAA AGATTCTCGT CGAGGTGGCG ATGGTGGCTG GCTAAGACGT
TGTAATCTGA GTGCAACTCA AGTCAGCATG GTAAACGATG AAGATACTTA TGGCGATAAT
GACCGTAGTC ATCTTGCTGA AGACTATGGC TTTGTAGCGC TTGAGAAAGT AGCGCCAGTT
GAAGAGTGTT TTACTGATGA CTTTTCCCGA AGCAGCTTAG GCAACGATTG GGCAACGAAA
GTGCTGGGTT CTTCTACTCC GCCGGCTATC GACGGGGGAC GACTAAGAAT AACGCCAGCA
TTGGGTAATC AGGCCACTGC TAGCACTTAC CAACGGTTAT TTCCTGCTGA AGGCAATCTA
GTCACGATAG AGTTTGATTA TTATGCTTGG TCACCTACAT CTGGAACGGG AGGTGATGGG
GTTGCGGTTA TTTTATCGGA TGCTTCTGTT ACACCGCAAC CTGGCAGCTT TGGTGGTTCA
CTCGGATATG CACAACGTGA TGATGGTACG CCGGGCTTTG CGGGAGGTTG GATTGGCGTT
GCTTTAGATG AGTATGGTAA TTTTTCCAAT CCGAATGAGG GGAAGAACGG TGGCCCTGGA
TTTAGATCAC AATCGGTAAC ATTGCGTGGT TCTGTGTCGG CAAATTATAA ATATTTGGCT
GGTACCGCCG CGAATTTGAA TCCTAGAATT GATGTTCGTA GTACGACAAC CGCGGCACCA
AATCATAAGT ATCGGATTAA AGTTGATTCA ACCAGCACGG GTCAAGCTTG GGTATCGTTA
GACAGAGATG TGCGTGATGG TAATGGATAT CAGGTACTTG TCCCTCGATT TAATGCTAGA
GCTATATCAG GTCAAGATTC TGTTCCTGCT GATTTTTATC TGTCATTTAC TGGTTCTACC
GGCGGCGCAA ATAACAACCA CGAAATCGAT AATTTTAAAG TTTGTGCAAT AAAATCCAAA
CCGATTGGCT TACAAGTACA TCATTTTGAA TTTGCTTATT CGTCATCGCC GCTCACATGT
AAAGCAGAGC CTATGCAGAT CAAAGCGTGT GCTGATGGAA ACACTCCTTG TACCCCGTTT
ACTGACCCAG TTAGTGCGCA ATTGTCATTG AATCCTGCTA CTAATGGCGG TTGGTACCAA
AGTGGTAGCA GTGTCAGTAA TGTCAGTTTC ATCAACGGAA TCGCCTCTGT TGACTTACGC
CATAATGTCA CCACCCCTGT AACAATTGGA GTATCGAGTT CAAATCCTGC CACCGTCCCT
GGTAGTAATA CCTTGTGCCG CAGTGGCGCT GGCGCGTTAT CAACCGCGGC TTGTACGCTG
TCATTTTCCG ATAGCGGCTT TTTAATTGAT ATGCCAGATA AACTGGCCAA TAAAGCGCAA
AATGCGACTA TCTCTGCGGT CAGAAAGTCA AATGACAACC TAGAGTGCGT GCCGACGTTC
GCTGGTCAAA CTAAAAGGGT CGATTTATGG AGTCAATATA TTTCGCCTGT CGCTGCATCT
ATGTTTACCC CAACAGCCGT TAGCGTTAAC TCAACTTCTA TCAGTGGTTC GAGTGCGTCA
CCTTCTTCCC AGAATTTAAC CTTTGATGCC AGCGGTAAAG CAACGATAGC GGTTAATTAT
AGCGATGCTG GTAAAGTTGA GCTAAACGCC AAATATACCG GTGTTGCTGG CACTCCCGAT
GAAGGGCTGG TGATGATAGG TAGCGATCCC TTCGTCAGTT TTCCTGTTGG CCTGTGTATC
ACGCCCAAAG ACAGCGGTGC TTTGTGCCCA GCGGGAGACG TTAGTTGCGC TGTATATAAA
AAAGCCGGTG AGAGTTTTAA TTTGCAGATT GCTGCAAAAG CCTGGGTTAT TGATAACGAC
AGTAATTATT GCGATAACCC AAGCACGCCC AATTACGTTC AATCCGGAAT TGCGCTGTCG
AGCCAACTGG TGGCGCCAAG TCCCGGTGCT CAGGGCGAAG TAGGTATTGC CAGTTACGAT
CAAGTGGCCG CGACAAATAA TCTCAATACA GTCGTTCAAA GTATCAGTGA GGTGGGGATA
TTTACCTTTA GTGCTGCGCC GCCCGCGAGT TACTTGGGAT CAAGTTTTTA CTCAATACCA
CTGGCAAAGA GTGCCAATAT CGGCCGGTTT GTTCCTGACC GCTTTGGGGT GACAAATCCA
AGTGTACTAC CGGCGTGCAG TACTAGCTTT AGTTATATGG ATCAAAATTT TGTTGTGGCA
TTTAATCTTG AGGCGCTCAA TGTCTCCGGC GTGGTGACCA AAAATTATCG TGGCAGTTTT
GCTAAGGCAT CGGGATTGCT GGTGGGGGAA AATAATGATG ATGGTAATGA TATGCAGGCA
CGATTAAATG ACGTGGTTGT ACCTTTGCAA TCGAGTTCTT GGGCGATAGG TGAGGCTAAC
ATAGATTATC AACCTCATTT CTCGCGCCTC CCCGCTTTAG TTGGTGGTGA AGTTGATGGT
CCCTATGAGC AAATGCTGTT GGGGATTAAA GTATTTGATA ATGACGGTAA TGTGAGTTCA
GTAGCAACAC CCAATATGAA TGCTGCCACC CTTGGCGACT GCAGTGTCGG TAGCAATTGT
GATGCAGTTG TATTATCCGC TAACCAACAG AAATATCGTC ATGGCCGTGT GGTCATGGAT
AACACCTATG GTCCTGAAAC TGAAATACTG CGTATGCCGA CTCGGGCTGA ATATTGGAAT
GGTAGCAGTT GGGTATTGAA CGATAGCTGC ACCACCGCAG TGTATGGTTT GGGTTCGCAG
GTAGACAATG CCGGCCTTGG CTACAACTTT GATCCCGACT TAGTGGCGGG GCAAAGTGTT
ACTCGTTCTG GCGGTACATT AACGTTCCAA GCTGGCCAAT TTGAGTTGCT CTGGCAAGCG
GTCACCTCAA GTGGCGCGCC ATACCGCGGT CAAGTGACTG CGCCCTTGGA TGTGCCGCCA
TGGCTAGAAT GGTACTGGAA TTGGAATGGT GTATCACCAA CAGATCTTAC TGATCCGCGG
GCAAGTGCGT ATTTTGGTCG CTACCGAGGG CATGACAAAA TTATCTATTG GCGTGAGGTA
AACTAA
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| Protein sequence | MGINLFHRAI LAVLILSFPS AVMAFDPIDQ SVIFAKVAQG HHGDNSNVCH KISSPQLMIN
GNGIINGTGG AALDYCSSND GSGLANNSCD NGSGGVRKCT IDGSDIRGLK LTGSNAFLSS
SGTGGGYGYC NSGEQLTLGG NGQSQFDNVS LYSACTLTLS ATQNEYRFNT IAIGGGATLV
LPEGDYWVDS FTLNQNAKVI LQGNVRIFTK QKFAFNGSKF NENNTASALI FGYSDIQLNS
GTLLNGRVYS DATLTINDNS IINGRVTSRY LVMSSGSINE DLPVAPLQLQ FGKATTTSVT
FANAFPVGVK PLIFLMPTIS TANTSNDGPA STFVSSVTNT GFTWVQSEPT SPSNRYIASN
SMPEVHWIAV TAGSHVLSDG SQLEAGRIST VNALNMSNSA WTSVPLKTSL NVVLNQLQTR
NNSTCWLTSV AQLNSSGIQL NLDTSEVRSG AQCKPGNLQS LQSETIGYLA VKSSVGTVIL
NGEDVHYQFG TALTHTGGGN TKTLAEQCAY NTSLTGFVNP PTLVAGKDSR RGGDGGWLRR
CNLSATQVSM VNDEDTYGDN DRSHLAEDYG FVALEKVAPV EECFTDDFSR SSLGNDWATK
VLGSSTPPAI DGGRLRITPA LGNQATASTY QRLFPAEGNL VTIEFDYYAW SPTSGTGGDG
VAVILSDASV TPQPGSFGGS LGYAQRDDGT PGFAGGWIGV ALDEYGNFSN PNEGKNGGPG
FRSQSVTLRG SVSANYKYLA GTAANLNPRI DVRSTTTAAP NHKYRIKVDS TSTGQAWVSL
DRDVRDGNGY QVLVPRFNAR AISGQDSVPA DFYLSFTGST GGANNNHEID NFKVCAIKSK
PIGLQVHHFE FAYSSSPLTC KAEPMQIKAC ADGNTPCTPF TDPVSAQLSL NPATNGGWYQ
SGSSVSNVSF INGIASVDLR HNVTTPVTIG VSSSNPATVP GSNTLCRSGA GALSTAACTL
SFSDSGFLID MPDKLANKAQ NATISAVRKS NDNLECVPTF AGQTKRVDLW SQYISPVAAS
MFTPTAVSVN STSISGSSAS PSSQNLTFDA SGKATIAVNY SDAGKVELNA KYTGVAGTPD
EGLVMIGSDP FVSFPVGLCI TPKDSGALCP AGDVSCAVYK KAGESFNLQI AAKAWVIDND
SNYCDNPSTP NYVQSGIALS SQLVAPSPGA QGEVGIASYD QVAATNNLNT VVQSISEVGI
FTFSAAPPAS YLGSSFYSIP LAKSANIGRF VPDRFGVTNP SVLPACSTSF SYMDQNFVVA
FNLEALNVSG VVTKNYRGSF AKASGLLVGE NNDDGNDMQA RLNDVVVPLQ SSSWAIGEAN
IDYQPHFSRL PALVGGEVDG PYEQMLLGIK VFDNDGNVSS VATPNMNAAT LGDCSVGSNC
DAVVLSANQQ KYRHGRVVMD NTYGPETEIL RMPTRAEYWN GSSWVLNDSC TTAVYGLGSQ
VDNAGLGYNF DPDLVAGQSV TRSGGTLTFQ AGQFELLWQA VTSSGAPYRG QVTAPLDVPP
WLEWYWNWNG VSPTDLTDPR ASAYFGRYRG HDKIIYWREV N
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