| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sputcn32_3807 |
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| Symbol | |
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| ID | 5081141 |
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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 putrefaciens CN-32 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009438 |
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| Strand | + |
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| Start bp | 4419424 |
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| End bp | 4423725 |
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| Gene Length | 4302 bp |
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| Protein Length | 1433 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 640501020 |
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| Product | phage integrase family protein |
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| Protein accession | YP_001185313 |
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| Protein GI | 146294889 |
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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 | 7 |
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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 | ATGAAAAAAT GTTTTTATGC TTCTCTAGTC GCAGCACAGC AATCCGTCCA AGCACTCGGC
ATCACCTCTT ACCAAGAATA CCAACAGCGT TACCGTGAAG ATCCACGCTT GCCCAGCAGC
CCTAATGCAA CCTATTCCGC CGATTGGCAA TCTTGGCCCC AGTTTTTAGG GACAGCAGAT
AAGTTCTATC CCACTGAAGC CGCAGCTCAG CAGGCCACCC AAGCCCTTGG CATCACTTCA
CCGTCAGACT ACCAACAGCG CTACCGTGAA GACCCACGCT TACCCAGCAG CCCTAATGTA
ATCTATTCCG CCGACTGGCA ATCTTGGCCC CAGTTTTTAG GGACAGCAGA TAAGTTCTAT
CCCACTTTAG CCGCAGCTCA GCAGGCCACC CAAGCACTTG GCATCACTTC ACAGCCAAAC
TACCAACAGC GCTACCGTGA AGACCCACGC TTACCCAGCA GCCCTAGTGC AACCTATTCC
GCCGACTGGC AATCTTGGCC CCAGTTTTTA GGGACAGCAG ATAAGTTCTA TCCCACTGTA
GCCGCAGCTC AGCAGGCCAC CCAAGCCCTT GGCATCACTT CACAGCCAAA CTATCAACAG
CGCTACCGTG AAGACCCACG CTTACCCAGC AGCCCTAATG CAACCTATTC CGCCGATTGG
CAATCTTGGC CCCAGTTTTT AGGGACAGCA GATAAGTTCT ATCCCACTGT AGCCGCAGCT
CAGCAGGCCA CCCAAGCCCT TGGCATCACT TCACAGCCAA ACTACCGACA GCGCTACCGT
GAAGACTCAC GCTTACCCAG CCGCCCTAAT GTAATCTATT CCGCCGACTG GCAATCTTGG
CCCCAGTTTT TAGGGACAGC AGATAAGTTC TATCCCACTG TAGCCGCAGC TCAGCAGGCC
ACCCAAGCCC TTGGCATCAC TTCACTGTCA GACTACCAAC AGCGCTACCG TGAAGACCCA
CACTTACCCA GCACCCCTAA TGCAACCTAT TCCGCCAACT GGCAATCTTG GCCCCAGTTT
TTAGGGACAG CAGATAAGTT CTATCCCACT GTAGCCGCAG CTCAGCAGGC CACCCAAGCC
CTTGGCATCA CTTCACTGTC AGACTACCAA CAGCGCTACC GTGAAGACCC ACGCTTACCC
AGCCGCCCTA GTGCAACCTA TTCCGCCGAC TGGCAATCTT GGCCCCAGTT TTTAGGGACA
GCAGATAAGT TCTATCCCAC TGTAGCCGCA GCTCAGCAGG CCACCCAAGC CCTTGGCATC
ACTTCACAGC CAAACTACCA ACAGCGCTAC CGTGAAGACC CACGCTTACC CAGCCGCCCT
AATGCAACCT ATTCCGCCGA CTGGCAATCT TGGCCCCAGT TTTTAGGGAC AGCAGATAAG
TTCTATCCCA CTGTAGCCGC AGCTCAGCAG GCCACCCAAG CCCTTGGCAT CAATTCACTG
TCAGACTACC AACAGCGCTA CCGTGAAGAC CCACGCTTAC CCAGCAGCCC TAATGTAATC
TATTCCGCCG ACTGGCAATC CTGGACTGAA TTTTTACTGT CAAATAGGAT AAATACACTA
AGGGAGTTAA AGGATGCATG CAAAGTGCTA GGAATCAGAG ACTCTCTTCA GTACCGTCAA
ATCCAAAAAG ACTATGCGCA ACTCCCCTCG AAACCTGATA AAAAATTCAA AGACTGGATT
GATTGGTATG ATTTACTAGA TATTCCAAAG CCATATGAGC TTAATGAGCT AGAAAAAATA
GTCCGTTCTT ATAAATGTAC ATCTCTGGCT GATTATAAAA AATTACGCAG CAAACTGAAC
GACCCAAAAA TGCCGGCATC TCCGATTGAG TATTATGAAG GTGACGGTTG GACCAATACT
TTTGATTTCT TTGGAGTCAA AAGACCGTAT CAAGTACGAT ATTTTGAACC AGAGTGGAAG
CAATGGGGTG ATTTGATAAC CGAGTTTTTG AAAATGGCAA AAGGAGGAGA TACAAAAGTC
AAAGACCTAT GTGAATTTGT CCGAGAATAT ATAGACCCCA ACAAGTTCGA AATATCTCCA
CTTGATTACC TGACTCGCGG CAAAACAAAT ATTCAGCCTA TGCTTGAATT ATTTGAATTA
GTACCTATCA CTCGTAAGAA AAAATGGCTC TTCTCAATCA ATGAATTTTT AGACTGGGTC
ATCGTAAAAT TCTTAACCAT AGAAGATGAG GATACAGGTG AGGTCTCACG TATAAAGGGG
GCAAAAAACC CATTTTCTCA CATTAATTTT GATGGGGAGC AAATACCTGT TTCACTTAAT
GAAACCAATA AATTAGCATT ACCTTATCAA TTTGTAAAAA GCGCTCGAGA ATGGATATTC
CCCCAGGGAA ATTTTGAAAA GATCGGTTAT TCAGAACTTC ATCATCTACA TAAATTTTCA
GCCGATTGGG TACAAGTTGA TGACTCCTTA GAAATTAACC CATCAGATCC TGACTGCGTT
ACCAAAGTTG AAGGGGGGAA AACGTATCTT TGGCTCCCTA TCTATTGGAC CTATACCTAT
GCATTAATGC AATTACCGGC AAGAGGAAGG CAAATTGTCT ACTGCGACTC AGGCGAAGCA
GATCTTGAGA TAGCCAACTT TCTGCAGGGA AAAGTATCTT GGGTACCAAA TAGAAACAAA
TTGGCAGGTT TAACCGATTG CCAAAGTATG ATTAACAAAA CTCAAGATGG AGATTTTGGC
GTTTACTACA CATCCAACAA AACTAGTTTT GATGGGAGAG GTTATAAAAT TCCATTTATG
CCCATTGAGT TAGCGTATTG GCTAATCAAA TTAAGAAAAT GGCAGGAGAA ATACAACCAA
ATTGACAACC CTACTGAGTG GCTAGATTGC ACCAGAACCA ATTTGAACGA ACTCCAAAGG
AAACAAAAGG GGCACAACTG CTTCTTATTT CGTGACTTTC AAGAAAATGA ACCAGGTACA
TTTGCTGGAA GGTTGGCTTC TAGGCTTGCT GCTGCGTTAT TTTTCTCTTC TGACGATCAA
CTCGTTTCTG CTACCTACTC AGGGCAAACT CACCAGGAGT GCGCATTTCA ACTCAAGCAA
CAGCAATCAA TTGCCCTTGC GCCATTTAAA TCCGCCTACA CACCACACGC TATGCGCGTT
AGCCTGATTA ATGCCTACGC TTATGAATTT GGCATGCCTA TTGAAGTCAT TATGAAGCTG
GTCGGTCATT CTTCAATCAT CATGTCTATT TACTACATGA AGAGCGATAA GACAGGAGCC
AATATTCGAG AGAAAGTTAC TCTTGGAGAA AAGCAGGCAT TAAATAAAGC AGCAGATTCA
CTAAAAAGTT TTATTGAATC CCAACGAATT GAACAATGTA AGAGCCAGCT CATCGCTAAC
AATACTGAGT TTCTATCAAC CATCGATAAT GCTAGACCTG CATCGAGTTA TCTTTTCAGA
GACTTTGGCA TATGTCCTGT TGGTGGAGGG TTTTGTAACG AGGGGGGAGC TGCTGTCGCT
ATGAAAGCCA ATATTTATCA TCCTGTTACT GCCGGCTATC TCGGGGAGCA AAACTGTATT
CAGTGTAGGT TTTTTGTCAC TGGCCCTGCA TTTATGATGG GACTGGCTGC TGTATTTAAC
GAATTGTGTT TGGCAATTAA TACACAATCT CAACGTTACA GTCTTTTAGA GAAAGAGCTC
GACGATACTG CAACTAAGAT AGACATACTC TCACATCAAA TATATCAGCA GAAATCACAA
AGTACTCAAA CGTCTATTTT GGAAGGTGAA AAGCTTAAAC TTCAATCTGA ACGACGAGAT
CTGAACTCAG AAATTGAAGT CAAAGCAAAA AAAATGGATT TATACATGAG TGATATGAAT
GCCCTTCATA AACACTTATT TAACTGTCAA TCTATCATTA ATCAAGACTC ATCATCTGAA
GAATCTAAGC TACAACTGAT TGTCCCTAGA GACTTTTCAG TGAATTTTGA AATAAGCGAA
GTAAGCGGTT TTCAACAACT ATCTGAAGTA TGTGAAAACG CAGAGCTTTA CCACAGTTGC
ACAGATGAAC AAGCAGTGAC AAGAAGGAGT CAAGCTCTCG ATAAGATGTT GGTGAAAAAC
GGTATTACCC CCCATTTTTT GCATTTAAAC GAAGCAGAAC AACTTGTAGT GGGTAACCAA
ATGACTCAAT TGATGCTCTC AAGGCTAAAA AGCTGGGAAA AAATCGACAG GCTTATCGAT
GGTGATTTGG CTTTAAATGA TTTTGAAGAT GGCGAACGAA TTTCTAAGAA CGAATTGAAA
CAACTTTTTA TGGGGGCAAC CCCTCTTAAA CTGGTCGATT AA
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| Protein sequence | MKKCFYASLV AAQQSVQALG ITSYQEYQQR YREDPRLPSS PNATYSADWQ SWPQFLGTAD
KFYPTEAAAQ QATQALGITS PSDYQQRYRE DPRLPSSPNV IYSADWQSWP QFLGTADKFY
PTLAAAQQAT QALGITSQPN YQQRYREDPR LPSSPSATYS ADWQSWPQFL GTADKFYPTV
AAAQQATQAL GITSQPNYQQ RYREDPRLPS SPNATYSADW QSWPQFLGTA DKFYPTVAAA
QQATQALGIT SQPNYRQRYR EDSRLPSRPN VIYSADWQSW PQFLGTADKF YPTVAAAQQA
TQALGITSLS DYQQRYREDP HLPSTPNATY SANWQSWPQF LGTADKFYPT VAAAQQATQA
LGITSLSDYQ QRYREDPRLP SRPSATYSAD WQSWPQFLGT ADKFYPTVAA AQQATQALGI
TSQPNYQQRY REDPRLPSRP NATYSADWQS WPQFLGTADK FYPTVAAAQQ ATQALGINSL
SDYQQRYRED PRLPSSPNVI YSADWQSWTE FLLSNRINTL RELKDACKVL GIRDSLQYRQ
IQKDYAQLPS KPDKKFKDWI DWYDLLDIPK PYELNELEKI VRSYKCTSLA DYKKLRSKLN
DPKMPASPIE YYEGDGWTNT FDFFGVKRPY QVRYFEPEWK QWGDLITEFL KMAKGGDTKV
KDLCEFVREY IDPNKFEISP LDYLTRGKTN IQPMLELFEL VPITRKKKWL FSINEFLDWV
IVKFLTIEDE DTGEVSRIKG AKNPFSHINF DGEQIPVSLN ETNKLALPYQ FVKSAREWIF
PQGNFEKIGY SELHHLHKFS ADWVQVDDSL EINPSDPDCV TKVEGGKTYL WLPIYWTYTY
ALMQLPARGR QIVYCDSGEA DLEIANFLQG KVSWVPNRNK LAGLTDCQSM INKTQDGDFG
VYYTSNKTSF DGRGYKIPFM PIELAYWLIK LRKWQEKYNQ IDNPTEWLDC TRTNLNELQR
KQKGHNCFLF RDFQENEPGT FAGRLASRLA AALFFSSDDQ LVSATYSGQT HQECAFQLKQ
QQSIALAPFK SAYTPHAMRV SLINAYAYEF GMPIEVIMKL VGHSSIIMSI YYMKSDKTGA
NIREKVTLGE KQALNKAADS LKSFIESQRI EQCKSQLIAN NTEFLSTIDN ARPASSYLFR
DFGICPVGGG FCNEGGAAVA MKANIYHPVT AGYLGEQNCI QCRFFVTGPA FMMGLAAVFN
ELCLAINTQS QRYSLLEKEL DDTATKIDIL SHQIYQQKSQ STQTSILEGE KLKLQSERRD
LNSEIEVKAK KMDLYMSDMN ALHKHLFNCQ SIINQDSSSE ESKLQLIVPR DFSVNFEISE
VSGFQQLSEV CENAELYHSC TDEQAVTRRS QALDKMLVKN GITPHFLHLN EAEQLVVGNQ
MTQLMLSRLK SWEKIDRLID GDLALNDFED GERISKNELK QLFMGATPLK LVD
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