| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spea_2636 |
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| Symbol | |
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| ID | 5663029 |
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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 | 3210593 |
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| End bp | 3214873 |
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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 | 45% |
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| IMG OID | 641237274 |
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| Product | inner membrane lipoprotein |
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| Protein accession | YP_001502491 |
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| Protein GI | 157962457 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.98205 |
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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 | ATGAAAAAAC TAATACTTGC TGTAGTCATC AGCAATTTAT TGGCAGGCTG TGGCGATTAC
ACAGATGCAC CATCGACACC TGTAGAACCT AGCATACCGC CAACAGACCT TATCCCTGCT
AAAAAAACTT ATCAGGGCAG TTTATTGTTA AGTGGCAAAA AGTTATCTGG CCATATCAGT
TGTAACGGCC AAGCCTTAGG CCATGGTGGA AGCTTTACCT TTAAAGATGG CGATAACGTC
AGCTGTACTT ACGGTTCTTT AGAGTTATTA AATAAAGATA TTCCATTACC GGATGGCTGG
ACACGAGACA GCCATAATGC AATGGCCCTA GAGATCAAAG ATGATTGGGC ACATGCCATT
AGCGTGACCG ATGCTGCCAA AGTCATGAGT AAGGTCAGCA CTTGCCCAGC ACTTGCCGAT
GAGATCTGTC TTGATGAAAT AGACAGCTTT GATGTATCAC CGCTATTTTC AAACGGCAAT
GCTGCAGATA TTAATGCATT TTTAAATCCA CCCGCAGCGG AAGAAACTGA TGAAATCGAT
AAAGCACCAA GCTCTCACGT TGATAGCAGC TTAACCCCAG AAGTCTCAGC TGGAACAAAG
CCCGACATTA ATGCTGACTT TGTGTCTGCC TCGGCAGAAG ATGCTTACAC CTATAAACCA
AGTGAAGACG CGCGAGTAGA GTCAGAAAGT GTATTAACCG ACAACCAAGG CAAGCCCATT
GCAGGTGTGA ATTACTACAC TAAGTCTTCA CGAGGAATTA CAGACGCTAG CGGTATCGTG
TCTTATGTAT GGGGCGAAAC CATTACTTTC GGACTCGATA CCTTTACCTT CAGCTCAGTC
AAAGGTAATC AAATCGAGTA CAAACTGTCT GATGGTTCAG AAAATGAAAT TGTAAAACAA
AACATTTCGG CACTCATCGA ACGTTACGCC ACCCACACCA CAGACAGCGT TTCTTTTGAC
GAAAATGTCC ACAGAGTGTT TGGTCAATAT CCAAACGTGA TTAATGAGAT CATCAATCTT
AATCTACCAA ATGGCGCAGA AATTGAGTCA AGTGGTTACT TTGTTCCTAA CGAATTTAAC
GCGCAATTTA ACACTGGTCT CGCGCTGATC ATTGACGCTG AGTTGAACTT AAGTCCGACT
AGGTTTAGCC AGCAAGCAAC GCCACTTCTG CAAAAAGCGG GTTATGTAAC TAATAGCTTG
CAGCAGCTGT ATAAAGACGT TGACCAATTC CACGTATTTC ACGATAACTC ATCTTTTTAT
GGCGAAGTGG GCTATGCACG TTTTATGCGT TCTATGAACA CCTCTAACAC CGCATTCCCG
GTATTAATGC CACGCAATGA CGTTAACTAC TGGCTACCAT TTGGATCAGA GCAAGCCTAT
CGTCGTGACG ACGGCTTCCC TTATGTCACA GATGCAAAAA CGATCGATGC CAGTTCTGAT
GTCATTCTTA AGCGTCCAGA GCGAGTTGGC ACTGACACGG CAACTTATAA TTTGCCTGTC
ATCACAGCGG GTGAGATAGG ACTAGGGAAA GTGGTATTTA TGGGTAACAG CATGTACCCA
AATATTCTCA GCAAACCTGA AAACTACTGG GCCGGCGGCG AAGAGGCAGG TAAAGACAAC
GGCAGTATGC CGACCTTCTT TATGAATATG TTCACTTGGT TTACCCCTGG CTATGACAAC
GGTAAAACTA CAATTAATGT GGGTTCAAAC ATAGATAAAG TGTGGCAGTC AAACGTCAAT
AACAATCAAA CTTATGACTT TTTTGTCCAT GGGTCTTATA AGCTCAACGT GGAGCCGCTT
TCATCTGGCA GTTATGCTGG CCTAGATCCT AAAACAACGC CAGTGCTAAT ACTGCAGGCC
TATGAAACAG GCTTATTTGG CGATGGTATG AGTGTAAAAG TACTTGCAGA CATCGCTCAA
CCTAAACTCA CAACGGCAGA CGTAACAGCA TTAATTAAGT ATATCAATGC TGGCGGTAAC
GTTTTGTTTA TGGACGGTAT CGAGCAACTT AACCCTGAGC CTATCGCACG CCTTGCCGAT
ACCGCCGGTA TTGCTTTAGG TGGGGCTAAC CTTGCTCGAA CTCGCCAAGC ATATTGTGGT
GAAAGCTATT ACTGCCAAGC ACCCTATCCT AATGCCCGTG CTAGCTTTAC CGACACACTT
GTGACTTATG AAAAGTTCGA TGATATGTCC AAGTTTGTGG TTAACCAAGA CGGCACTGTG
AACTTCCCGT CTCCAATCGA TAAGCCAGAG TTTGGTATTG CTCAGTTCAA AACCACCGCT
GAAGATGGTA GTGAGCAAGA TAATTTTGCA TTTTACAGCG TCAAAACAGA AGCGGAACGC
CTAGAAGCCG TCGCCAAAAT CAAAGCCGCC TTCCCGAAAG TTAAAGAGTG TACTGACGCA
AGTTATGATT ATGAGATTGG CTGTATTGAA ACCCGTAAAG GCCATGGCTT AGCAACGGGA
AGTCGATACT ACAGACCGAG ATTCACTCGT TACGAGATAA GTCCAGACGT GGTTAACACC
ATGGTCAAGG CTGCAAATCT TGGCGGTAAT GTTGAAAAAC TGTACCAGCA TGAAATCTAC
TATCGCAGTC AAGGTAAAGA AGGCAGCCGT TTATCGTTAA ATGAGCTAAA CCAAACCTAT
GACAACCTCT CTATTTGGTT TTGGAATGAT GAACAATACA GCTATAACTC TGAAGTTCAG
GATGAGTTAG GCTTTAAAAA AGCCACTGAG TTCTTAAACT GTTATACCTC TGACGTGCAT
CAGCCAGACA ATGCCTGCGC CGCTGATACG AGAGAAAAGT TATTAAAGTA CGGCATGCTA
ACTTCAAGTG GTGAGCTTAA CCCTAGCTAT CCATTGAACT ACCAAGAAAA GCCACTGACT
CGCATCATGC TTGGCCGTTC ATATTGGGAT AACGACATCA GTGTCGACAC CGAAATGTAC
CCAGGAAACA CTGCCGCTGA AGGAAGCAAT GCCAGCGTGC AAATTGAAAC CTTCAACAAT
GCAGTGGTGG GGACTGCAAA CAACATGCAA TCAACTGGAT TGTGGGCGGT TAAACGTAGT
GTTGTCACCG TTAGCGGTAA TCACGACGCC ACCATTACTG TTGCCCTTGT TGATGATGTA
ACGGGTAAAC ATGAGCATGA GTTGTCGTTA AAGCGCCCTT CTCGTGTACA GAAGTCATGG
AGTCATAAGG CGGGGTCTAC CACTGAGATT ATTGCGCCAT ATGGCGGCCT AATTTACATA
AAGCCTGCAA GTACAGATAC AGCCAATAGG GTTGAATTTA ACTTTAGCGG CGTATTGGAA
GCATCTCTAT GGAAAAACGG CCAATGGCAA AATCCTGTTA ACCAAGAGGT GCCTTTGGCT
GAAGTGGTTA CAGGTCAGTT TGTTTACACC ACTCCGGTTA ACAATGTTAC CGATACAGAT
ATTCAAGCGT TTGCCAGTGG CATGAATGAC TTTGCAGAAA AGGCCAGTGA TTTCCACGCA
AGAGACAACA GCGACGGTAA TATGCGCTTT ACGGGCAAGT TATTGCCTGA GCACAGCCAT
CGCTTTGTTA ACGACGTACA AATCTCTATT GGTGCAGCCC ATTCTGGTTA CCCTGTGATG
AGCACGACCT ATAACCGTGA TGCTAATAGC ATCCCAACTA TCCCGGATAA TGATTGGTTA
TTGTGGCATG AAATCGGTCA TAACCTTGCC GCTGCGCCTT TCAATGTGAA GGGCGCGACT
GAAGTCGCCA ACAACCTGTT AGCCCTTTAT ATGCAAGATC TTCGCGATAA TGGTGATGGC
CAAATGGATC GGGTTAAAAC CGATATCCAG AAAGCCCCTA TGATGATAAG TCGTGATGAA
GGCCATGTAT GGAGCCACGG CAATGCAGGC TCTCGCTTGG TGATGTTCGC TCAATTAAAA
GTTTGGGCAC AAGAGCACTT CAAGATTGCA GACCACTTTA AAGGCCAAAC TATCCCATCT
TACTATGGTG AAGATGAAGG CTGGAACATG TTCAAACTGA TGCATCATGA AGCGAGAAAT
AACAACAACT CATCTTGTTC GGCTCAAAAT GCTAACGGTC TTAGTCAGGG TGATTTGCTT
ATGGCCTGTA CTTCAGCGGT ATCGGGATAT GATCTAACCC CATTCTTTGA AGCTTGGAAT
CCAAGTGAAG TCTCAGTTAT CACTGCAGAT GGTAGCCGTG ACTATCAAGG CGGCATCACA
GCCGATGGTA TTGGCTATGT GAAGTCTTTA GATCTTCCAG AGCCTAAGGT TAAGCCGGAA
ACTATCGATT ACATTAATTA A
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| Protein sequence | MKKLILAVVI SNLLAGCGDY TDAPSTPVEP SIPPTDLIPA KKTYQGSLLL SGKKLSGHIS
CNGQALGHGG SFTFKDGDNV SCTYGSLELL NKDIPLPDGW TRDSHNAMAL EIKDDWAHAI
SVTDAAKVMS KVSTCPALAD EICLDEIDSF DVSPLFSNGN AADINAFLNP PAAEETDEID
KAPSSHVDSS LTPEVSAGTK PDINADFVSA SAEDAYTYKP SEDARVESES VLTDNQGKPI
AGVNYYTKSS RGITDASGIV SYVWGETITF GLDTFTFSSV KGNQIEYKLS DGSENEIVKQ
NISALIERYA THTTDSVSFD ENVHRVFGQY PNVINEIINL NLPNGAEIES SGYFVPNEFN
AQFNTGLALI IDAELNLSPT RFSQQATPLL QKAGYVTNSL QQLYKDVDQF HVFHDNSSFY
GEVGYARFMR SMNTSNTAFP VLMPRNDVNY WLPFGSEQAY RRDDGFPYVT DAKTIDASSD
VILKRPERVG TDTATYNLPV ITAGEIGLGK VVFMGNSMYP NILSKPENYW AGGEEAGKDN
GSMPTFFMNM FTWFTPGYDN GKTTINVGSN IDKVWQSNVN NNQTYDFFVH GSYKLNVEPL
SSGSYAGLDP KTTPVLILQA YETGLFGDGM SVKVLADIAQ PKLTTADVTA LIKYINAGGN
VLFMDGIEQL NPEPIARLAD TAGIALGGAN LARTRQAYCG ESYYCQAPYP NARASFTDTL
VTYEKFDDMS KFVVNQDGTV NFPSPIDKPE FGIAQFKTTA EDGSEQDNFA FYSVKTEAER
LEAVAKIKAA FPKVKECTDA SYDYEIGCIE TRKGHGLATG SRYYRPRFTR YEISPDVVNT
MVKAANLGGN VEKLYQHEIY YRSQGKEGSR LSLNELNQTY DNLSIWFWND EQYSYNSEVQ
DELGFKKATE FLNCYTSDVH QPDNACAADT REKLLKYGML TSSGELNPSY PLNYQEKPLT
RIMLGRSYWD NDISVDTEMY PGNTAAEGSN ASVQIETFNN AVVGTANNMQ STGLWAVKRS
VVTVSGNHDA TITVALVDDV TGKHEHELSL KRPSRVQKSW SHKAGSTTEI IAPYGGLIYI
KPASTDTANR VEFNFSGVLE ASLWKNGQWQ NPVNQEVPLA EVVTGQFVYT TPVNNVTDTD
IQAFASGMND FAEKASDFHA RDNSDGNMRF TGKLLPEHSH RFVNDVQISI GAAHSGYPVM
STTYNRDANS IPTIPDNDWL LWHEIGHNLA AAPFNVKGAT EVANNLLALY MQDLRDNGDG
QMDRVKTDIQ KAPMMISRDE GHVWSHGNAG SRLVMFAQLK VWAQEHFKIA DHFKGQTIPS
YYGEDEGWNM FKLMHHEARN NNNSSCSAQN ANGLSQGDLL MACTSAVSGY DLTPFFEAWN
PSEVSVITAD GSRDYQGGIT ADGIGYVKSL DLPEPKVKPE TIDYIN
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