| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spea_1600 |
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| Symbol | |
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| ID | 5661997 |
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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 pealeana ATCC 700345 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009901 |
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| Strand | - |
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| Start bp | 1937137 |
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| End bp | 1940358 |
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| Gene Length | 3222 bp |
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| Protein Length | 1073 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 641236188 |
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| Product | hypothetical protein |
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| Protein accession | YP_001501460 |
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| Protein GI | 157961426 |
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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 | 0.0485198 |
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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 | ATGTCTTTTA TCTCAAAATT TCTTAAACCT GTACTCAACG GCTATCGACA ACGCCCTAGA
TACCAGCGCC TGCTGCTCAT AGTCTCTGCC ATTTACTTGA GCTTTACCGC CGTTTTAGGC
CTTTTGGTTC CCTACATTAT TGTTAAGCAG GCACCTAAGC AATTATCAGA ATTACTGCAG
CGACCGGTAA CATTAGAAAG AGTGAAAATT AACCCATTCA CTCTTGAGGT TGCCGTTGAT
AACTTCGAGC TTCACGAAAC GAACAACCAG CCCTTTGTCG GCTTTAAGCA ACTCAGTTTT
GAGTACCAAT TTTGGAACTC GCTATTCAAT ACAGCATTTA GTGTTGCAGA CGTCACCTTA
GCGGCGCCTT CGATAAACGT TGAGCGAATA AAAGCACCTC AAAGCTTACG CTTTAATTTT
TCAGATATTA TCGACACATT AGCAAATCGC CCTAAAACAG AACAAAGTGA GCAGTCAACC
GAGTCCAGTC GACTTCCTCA TTTTATCGTC ACTAACTTAG CGATTGTAAA CGCCGATTTG
AGTTTTATTG ATCACGTGAC CAATAGTCAA TTGCACTATC CAGAGCTTAA CCTCAATGTA
AAATTTTTCG ACTCGAATCA TGTCATCAAA TCGACACTGG AAAACTTAGG TGACAAGCAG
CAAACTAACC ACTATGCAAT TCATGTGGTC GGGCGTAATG GCGGAGAAAT AGCTACTCAG
GGCCTAGTGC AACTGTCTCC CCTTAATATT GTCGGCGATG TGCAACTCAC TAACATTCAA
CTGCCACAAT TTTGGTCGTT CATCTCTGAG CAGTTTGCGC CAGTGTTGAC CTCTGGGCGT
TTGAGTCTAT CGAGCAATTA TCAGCTACAG ATCCAAAATG ATAAATTCGA AGTCACTACC
GACCTTGGTC TAGTAAAACT CGACGAGCTT AATTTTGACT ATCAAGAACA GTCGATTATT
AACCTGCCTA TGACCGCCCT TAAAGGAATA GCTTTCGATC TTCAGCAGCA AACGGTCACA
GCTGAAACCT TAGATACTCA CGGTTTAGTG CTTAACACCA AAATAAATAA AGACGGCATC
GACCTTAGCA AGCTCTTTAC GCCAATCAAT GAAAAACCTG TGTTCACCCA GGCACAGGCT
CCTAAGCCTA AGATAACTAA GCCAGAAATA ACTAAGTCTG AGAAAAATAG CTCTGAGGCA
ACGAGCTCAG AGTCAATAGA ACCAGCTGAT ACTAGAGTTG ATACCAATAT TGCTAAACAA
GCCAATAACG ATACTGCGAA AACGGCCAAG CAAAGTTGGA CTGCTGTGCT TAAGGCTATC
AAACTTAAGG ATTATCAAGT CAACCTGACA GAGCAATTGG TGACTAAAAA CACCCTTTGG
CAGATAGATG ATATTGACTT AACCACTGGC GCAATCGACG CTAGCCTTGC CAACCCCATC
GACTATCAAC TGTCGCTTAA CGTCAACCAA GAGGGGATAG TTCAATCTAG CGGCAGCATA
GATGCATTAA AGCAGTTAGT GAATGCCAAA GTCTCGGTAA CCGAGTTTGC CCTGCCGCAA
ATACAGAGTT ACCTGAAACC TTATGTGAAT ATCCAGCTCC AGCAAGGTGA TTTCAATACT
CAAGGCGAAC TGGTTATCAA TGCTAAAACC GAGCAGTTAA GCTATATCGG TAACTTAAGC
GTTAACGATC TACTGATTAA AGATACTGTG CAGAAAAAAG AGTTACTCAA ATGGAAAGCA
CTGGAAGTCA ATCACCTAGA ATTTGATAAG CAGGATAACC GCCTCGATAT CGACCTAGTT
ACCCTTAACA AGCCCTATGG TCGTATCATT ATCGCCAAAG ATAAGAGCAC CAACATCGGT
GATTTAATTG TGGTACAAGC GACTTCTGAC AAAAACAGGG CTAACACAAA AGCGGCCACC
AAACAGGGGC AACAAAAAGC TGCGGTCACG GCCAGCGTGT CGACTCAACA AGCAGACAAA
ACAACGGAGA AATCTTTGGC GTTAACCATC AATCAAATTA GCTTTAATGA TGGCTCAACC
TTCTTCGCTG ATAACTCATT AACACCTAAT TTTGCCGCCA GTATCGAGCA TTTAGACGGT
AAGGTAAGCA AACTATCTTC AAGCAGTAAC CAAACTGCAT CGGTGGATCT TAAGGGTAAA
ATCGATCGCT ACGCGCCTGT CACCCTAAAA GGCGATATCA ATCCCTTGCT GGAGCAGCCT
TACTTAGACT TAGCCCTTAG CTTTAAACAT GTCGAGCTCA CATCTGTTAA TCCTTATTCA
GGCACCTACG CAGGTTATTA CATAGATAAA GGCCTATTAT CGTTAGATCT CAACTATAAA
CTCGATAACA ACCAACTTGT TGGTGATAAC CATTTAATCG TCGACCAGCT AAAACTGGGT
AAACCTAGCG ACAGCAGCCT AGCCACCACC TTACCTGTCA CCTTAGCCAT TGCTCTATTG
CAAGACAGAC ATGGCGTGAT TGATTTAGGT CTGCAGGTCT CTGGCGATAT TGACGACCCA
AGCTTTAGCA TCGGCAGCAT AGTGATGACA GCCTTTACCA ACGTGATCAC CAAGGTGGTA
ACCGCTCCGT TTACCCTGCT CGCTAATTTA CTTGGCGCCG ATGAAGGCGA ATTAGACAAG
ATCAATTTTG CGCCGGGTAT TGCGTCTCTG GATGCAAAAG AGCAAGAAAC CTTAGATAAA
TTAGCTAAAG GACTGAGTGA CAGACCTATG CTAACCCTCA ATGTTGAAGG CGGCGTTAAT
ATGCTTGAAG ACAGTCAAGC CCTCAGTGAG CAGCAACTTA AGAGTAAACT CGCTCAAACA
GCCAAGCTTG ATATCACAAG TGTCCCAGCG GATCTTTCGC CAAGCAGCTT TCCAACATCT
GGGCCGCTAT CTGATGCACT CATTAAACTC TATGAAACTG AACTGGGTAG CTCGGCTCAA
GCGGTGAAAG ACAAGATAGA GGCTGAGCAT CAAGGTGAAG ACAAGCTTAA TGATGAGCAA
CTATCTCAGC GCTGGCACAT TGCCCTTTAT AACTTTACCT TAGGAGCACA ACGTGTAGCC
GAAGAAACTC TCGGAGAGCT TGCACAAACA CGTGCCACGG CAGTCAAAAC CTACTTAATT
GAGAACAGGA ATATCGCACC AGAAAGAATA TTTCTGCTCG ATAGCCGAGT GGAACTCAAC
ACCGGAGCAA GCCAAGCATT ATTAAGCTTA TCTGCCAAGT AA
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| Protein sequence | MSFISKFLKP VLNGYRQRPR YQRLLLIVSA IYLSFTAVLG LLVPYIIVKQ APKQLSELLQ
RPVTLERVKI NPFTLEVAVD NFELHETNNQ PFVGFKQLSF EYQFWNSLFN TAFSVADVTL
AAPSINVERI KAPQSLRFNF SDIIDTLANR PKTEQSEQST ESSRLPHFIV TNLAIVNADL
SFIDHVTNSQ LHYPELNLNV KFFDSNHVIK STLENLGDKQ QTNHYAIHVV GRNGGEIATQ
GLVQLSPLNI VGDVQLTNIQ LPQFWSFISE QFAPVLTSGR LSLSSNYQLQ IQNDKFEVTT
DLGLVKLDEL NFDYQEQSII NLPMTALKGI AFDLQQQTVT AETLDTHGLV LNTKINKDGI
DLSKLFTPIN EKPVFTQAQA PKPKITKPEI TKSEKNSSEA TSSESIEPAD TRVDTNIAKQ
ANNDTAKTAK QSWTAVLKAI KLKDYQVNLT EQLVTKNTLW QIDDIDLTTG AIDASLANPI
DYQLSLNVNQ EGIVQSSGSI DALKQLVNAK VSVTEFALPQ IQSYLKPYVN IQLQQGDFNT
QGELVINAKT EQLSYIGNLS VNDLLIKDTV QKKELLKWKA LEVNHLEFDK QDNRLDIDLV
TLNKPYGRII IAKDKSTNIG DLIVVQATSD KNRANTKAAT KQGQQKAAVT ASVSTQQADK
TTEKSLALTI NQISFNDGST FFADNSLTPN FAASIEHLDG KVSKLSSSSN QTASVDLKGK
IDRYAPVTLK GDINPLLEQP YLDLALSFKH VELTSVNPYS GTYAGYYIDK GLLSLDLNYK
LDNNQLVGDN HLIVDQLKLG KPSDSSLATT LPVTLAIALL QDRHGVIDLG LQVSGDIDDP
SFSIGSIVMT AFTNVITKVV TAPFTLLANL LGADEGELDK INFAPGIASL DAKEQETLDK
LAKGLSDRPM LTLNVEGGVN MLEDSQALSE QQLKSKLAQT AKLDITSVPA DLSPSSFPTS
GPLSDALIKL YETELGSSAQ AVKDKIEAEH QGEDKLNDEQ LSQRWHIALY NFTLGAQRVA
EETLGELAQT RATAVKTYLI ENRNIAPERI FLLDSRVELN TGASQALLSL SAK
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