| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_3592 |
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| Symbol | |
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| ID | 4844164 |
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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 | 4218759 |
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| End bp | 4223039 |
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| Gene Length | 4281 bp |
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| Protein Length | 1426 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 640120860 |
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| Product | TP901 family phage tail tape measure protein |
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| Protein accession | YP_001051936 |
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| Protein GI | 126175787 |
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| COG category | [S] Function unknown |
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| COG ID | [COG5283] Phage-related tail protein |
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| TIGRFAM ID | [TIGR01760] phage tail tape measure protein, TP901 family, core region |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | ATGAGTTTTA AAGATCAAGA AGTGAATTTA ATTATTCAAG GCAAAGATCT GTTTTCTGCT
GAGGCCAAAA AGTCTGAGCA AGCGTTGCAG GAGTTGGGGC GCGAAAGCGA AAAGCTCAAT
GAGCAACTTG ATGATTTAAA ACGCCAGCAA GAGGCGATTA AGGCGATCGA TTCGCTTACT
GAGTCTATCA ATAAGGGCGA ACGCGCCTAT GTTGATAACG CCCAAGCGCT CGATAAGTTA
AAGCAAGAGC AGAAGCAGGC TAATACAGAG GCAAAAAACC TTGAGAAATC GCAGCAAGAT
GCGGCTGCCT CAACGGCTAA GCTTGAAACT GAATACAGCC AAACTGCGGC GCAGTTGGCT
AGCTATGATA GCCAACTTGC CTCCGCTCGC GCCGAAGTTG AGCGTTTAAC CACGACTCAA
AATAAAGGTG CACAAGCTAG CCAAGCACAA GCAAAGGCAT TATCCGCGGC TAAATCCGAT
TTGCAGCAGC TTGAAGCGGC CCAAAAAAAT ACCGCCACCA GTGCGACCAA GTTGGCAAAC
GAGCTTGAGC AAGAACGTAG CGAATTAACG CGCTTAGGTA CCGAAGTTGA AAAGGCTGGC
CGTAATAAAG CCGAATATGC GCTCAAGGTT AAAAGCGCGC GGACTGAGTT AAATCAACTC
GGCTCTAGTC TTGGTCGCAA TAAAGCGGAG TTAGACAAAC AACAAACCGT GCTCAATAAA
GCCGGCATTG ATATGGGTAA GCTGGCCGAT GCCAGCCAAG AATTAAAAAC CAAACAAGCT
GGCGCAGAAG CCGCGCTTAA AGGGGTTAAC GATAAATTAG CGCAGCACGA TAGGTTATTG
GTTGAGTCTA AAAACTCGGC CAAGGTCGCC AACGCGCAAA CTGACCTCAC CACCAAGGCG
GTGAGCACGC TGGCTAAGGC TTATGCGGTA TTGCTGTCGG CACAGCAGGC GGTGCAAACG
GTAAAAAGTG GCGTTGAAAA CTACGGTGAG TTAGAAGCCG CTATTACTAA GGTTGAAAAA
ACCACCAACC TTGCCCGTGA TACTGTGGTG AAAATGGCCG ATGAGCTTAA AAACCTCAGC
GAAAACGTCA CCCCTACCAG CACGAATGAG CTGCTGCGCA TGGCGGAAGT GGCGGGCCAG
TTAGGCACTA AATCGACTGA AGATATTCTC AGCTTGGTGG CTGCGGCTGA TGCGTTGGGG
TTATCAACCA ACTTAGCCGG CGATGAAGCG GCAACCATGC TGGCCAGAAT TTTAGGGATG
ACTCAAGAAG GTATCCCTGA GATCCATAAT TTATCCTCGG CTGTGGTAGC GCTTGGTAAC
GACTTTGCGA TTACCGAAGC TGATATTGTG CAGATGACCA AGGAGATTGT TTCTGGTACC
CGTGAAATTA ACTTGGGTTC TGCAGCCGCT GCGGCGTTTG GTACTACGCT GGCAGAGTTA
GGCCAACCAG CAGAACGTTC ACGAACGGCT ATGCAACGCC TTGGCGCTGA GATTAACGAA
GCGAGCAAAA AAGGCGGCGA TTCACTTGAG CGATTAACTA AGATTACCGG GTTAACTGCT
AAGCAGATTG AGCAAGATCT CGGTGACGCG CCTGAAAAGG TATTGGTTAA ATTCCTTGAG
GGCTTACAAA AGGTTAAGGC CGAAGGCGGA TTAGTCTCTG ATGCCCTTAA ATCGATGGGC
ATTGATGGCA CTGAGGCGAC AGGCGTTCTC AGTGTATTAG CGGATGGTAC AGATCGTTTA
AAAGTTGCAT TAGAGCTAAG TAATAAAGCC TATGCCGCTG GCGATTACCA CATGAAGGAA
GCGATTAAAG CTTATGCTGA TCAAGAGTCG GCAATCGGTC GCTTACAAAA CAAATTCCAC
GGTTTAACGA GTGAAATCGG CCAAGCGTTC TCAGATGAAA CTGATGCTGC TATTCGTGCC
GCTGGCGCTG CTTTGGATGC AGTTGATCAG GAAGTGATAA AGCTTTTAGA ACACTTACCA
GAAATTGGGA AAGGCTTTGT TGAATTATTG GGTGACGTCG ATAACTTTAT TGCAGGCACC
AGTAATAGCT TTGAAACGCT AGACTTAACA ATGGGAATCT TTGCAAATGG TTTAAATGCT
ATTGGCGTAA GCGTTAATAG TATGACCCTA GAGTTAAGCA AACTAGATAC TACCCAGAAA
ACTATCTTGG CTATTGCCAG TAAAATAATG GGTATTGAAT ATGTCACTGC AAAACAGGTT
GAAGATAGCA AGCTACGTAG CAAAGAGATT CAAGAATCAA TTACCCGTGA TTTAGATGAT
ATTACTAATC AAACTAAGCG GATGAAAGGG GAGTCATCCA TTGCTTACGA GGGGTTAATT
AAAACAGCTG TTAAATATCG TGGCTCAATT GACCAACTAT CAATCGCCCA GCGCAATCAG
TTAAACGATA TCTTATTGTC GGGGAAATAT AATGGTGACC TTGAAAAAAC CTATCGTGAA
TTAACGGCTA CATTAGTTCG TGCGAACCGC GAAACTGAAA TTGAGGCTGA ATTTAAAAAT
AAAGCTGCAG ATGCAAGTAA GAAAAAAGCA GAAGAAGATA AGAAGGCTGC CGAAGCCGCC
GATGCGCTTG CTGCTAGTCA GGGGGCTATA AATAATTCAA CTAAGGCTTA TGCACAAGCA
CTTAAAGATA TTGAAGCTAA GCAAGCTACC CTAAACAGTT TATATGAACA GGGAAAATTG
AGTGCTGATG ATTTAGTTAC AGCTTCAGCT AATCTGCATC AAACTATCAA AGCTTACAAC
GTCGAGGTGG ATAACAGTAA TGTTAAAGCC GTCACTCAAA CGGAATTAAC ATCTGCATTT
ATCAGTAAGC GTAAAGAGTT ACAAACTCAG TACGAAAAGG GTTTGCTGAC CGAAAAAGAA
CTCAATATTT CACTGCAAGA GTTAGCTGCA TCACATACTA AAGCCGTTGA GCAGTCGAAC
AAATCTATTG CTGCGACAGG GTTGTTGTCT GATGCCCAGC TAGACTTGCA AGAAAAAATA
TTAAGGACCG AGAAAGAGGT TCGTGATCTT GAAGCGGCTT TAAAAGATGA CAGTAAGGCC
TCGGCTGAAC TGACTATCAT CAAGGCTAAG TTGGCTAAGG AAGAAGCCAA CTTAGCTGAT
CTGAAGCGCG AGTCTGTTGA GCTATCCAAG ATAGAGAACG CGACCTATGT TGAACTGCTG
ATATTGCAGC GTGACTATGA AGCGCAGCTT GAAGCATTGG ATCGAAATTT CAGGGCGGGT
TTATTAACTA AGCAAGAGTA CGATGCTCAA TCACAAATAC TCAAAGGGAC GTTGAGTGAA
GTCAATAAAG TGGTGGGTGA AAGCAGTAAA AAGACAGATG AAAATACCGA GGCAACGAAG
GAAAACACTA AGGCCACTAA GGATAATACT GCCGCTGGTA TTGAAAATGC TAAAGTTATC
GCGGAACAAT TAAGTACGAT TGATGACTTT AGGGGAAGTG CTGCCGCCAC TCGTGATGTG
ATTGTTTCGC TGAATACCGA ATACGATTAC TCAAATGCCA CTATCCAAGC AATGACCGAA
AGGTTAGCGC AATTGGATAA TCAAATTGCG GGTGCTGATC AAAAACGCGA ACGACGTGAA
ATCAATAATG CCATTCGGAT GCGTGATTGG GTCACTCAAA TCGAGAGCGG CTCACTCAGC
TTGCAAGAGC TAGGTGAGCT TGCTGATCTC GCTAATAACT CTGTTGTAAG GCTTTCTGAT
AATCAGCTTG TTCCGCTCAA CAAAGCGATC GATGAAGCCC GTTCACGCTT TAGAGAATTG
GCTGATGAAA TTAATAAAAC CACAATGGAT ATTCAAGACC GGCTCGATAC CGCTTTGGGC
AACCAGAAGG ATATTGCTGA GCGTAAGTTT GCTAGTGAGC TAAAGGAAGT GAACGATTTA
ATCACCACAG CTCAAGCATA CGGTGATAGT CAGCTCATCA ATAAACTGCA AAAAAGTCTT
AGTGATCTTA AGCAGGCACA AGACTTAGAA CGTAAGGCCC TGCAGGCCCA GCAAGCAACC
GATAAGCAAA GCGCTGCCGA GGCAAAGAAG CAAGCCGAAG CAAGTGCTAC GACTGCTAAA
GCTGCGGCTC AAACTCAAGC AACTGCTACC GTTAACACGC AAGCCAACAC CCAAACCAGC
ACGCAATCTG TGGCTAACAC TTCAGATATG CAAGTGCTGC AACTGCAGGT TGGCAATAGC
ACCTTTAACG CCCAAATGAA GCGCAGCCTC GTCACTGAAT TGATGAACGA GATCAAACGC
CTGCAATCTG TTGGCGGTTA G
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| Protein sequence | MSFKDQEVNL IIQGKDLFSA EAKKSEQALQ ELGRESEKLN EQLDDLKRQQ EAIKAIDSLT
ESINKGERAY VDNAQALDKL KQEQKQANTE AKNLEKSQQD AAASTAKLET EYSQTAAQLA
SYDSQLASAR AEVERLTTTQ NKGAQASQAQ AKALSAAKSD LQQLEAAQKN TATSATKLAN
ELEQERSELT RLGTEVEKAG RNKAEYALKV KSARTELNQL GSSLGRNKAE LDKQQTVLNK
AGIDMGKLAD ASQELKTKQA GAEAALKGVN DKLAQHDRLL VESKNSAKVA NAQTDLTTKA
VSTLAKAYAV LLSAQQAVQT VKSGVENYGE LEAAITKVEK TTNLARDTVV KMADELKNLS
ENVTPTSTNE LLRMAEVAGQ LGTKSTEDIL SLVAAADALG LSTNLAGDEA ATMLARILGM
TQEGIPEIHN LSSAVVALGN DFAITEADIV QMTKEIVSGT REINLGSAAA AAFGTTLAEL
GQPAERSRTA MQRLGAEINE ASKKGGDSLE RLTKITGLTA KQIEQDLGDA PEKVLVKFLE
GLQKVKAEGG LVSDALKSMG IDGTEATGVL SVLADGTDRL KVALELSNKA YAAGDYHMKE
AIKAYADQES AIGRLQNKFH GLTSEIGQAF SDETDAAIRA AGAALDAVDQ EVIKLLEHLP
EIGKGFVELL GDVDNFIAGT SNSFETLDLT MGIFANGLNA IGVSVNSMTL ELSKLDTTQK
TILAIASKIM GIEYVTAKQV EDSKLRSKEI QESITRDLDD ITNQTKRMKG ESSIAYEGLI
KTAVKYRGSI DQLSIAQRNQ LNDILLSGKY NGDLEKTYRE LTATLVRANR ETEIEAEFKN
KAADASKKKA EEDKKAAEAA DALAASQGAI NNSTKAYAQA LKDIEAKQAT LNSLYEQGKL
SADDLVTASA NLHQTIKAYN VEVDNSNVKA VTQTELTSAF ISKRKELQTQ YEKGLLTEKE
LNISLQELAA SHTKAVEQSN KSIAATGLLS DAQLDLQEKI LRTEKEVRDL EAALKDDSKA
SAELTIIKAK LAKEEANLAD LKRESVELSK IENATYVELL ILQRDYEAQL EALDRNFRAG
LLTKQEYDAQ SQILKGTLSE VNKVVGESSK KTDENTEATK ENTKATKDNT AAGIENAKVI
AEQLSTIDDF RGSAAATRDV IVSLNTEYDY SNATIQAMTE RLAQLDNQIA GADQKRERRE
INNAIRMRDW VTQIESGSLS LQELGELADL ANNSVVRLSD NQLVPLNKAI DEARSRFREL
ADEINKTTMD IQDRLDTALG NQKDIAERKF ASELKEVNDL ITTAQAYGDS QLINKLQKSL
SDLKQAQDLE RKALQAQQAT DKQSAAEAKK QAEASATTAK AAAQTQATAT VNTQANTQTS
TQSVANTSDM QVLQLQVGNS TFNAQMKRSL VTELMNEIKR LQSVGG
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