| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewmr7_2486 |
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| Symbol | |
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| ID | 4256375 |
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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 sp. MR-7 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008322 |
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| Strand | + |
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| Start bp | 2941614 |
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| End bp | 2944817 |
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| Gene Length | 3204 bp |
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| Protein Length | 1067 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 638123161 |
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| Product | hypothetical protein |
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| Protein accession | YP_738528 |
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| Protein GI | 114047978 |
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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 | 2 |
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| Plasmid unclonability p-value | 0.0828259 |
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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 | 7 |
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| Fosmid unclonability p-value | 0.280975 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTGACTC AGCTATCACG GTTAAAACTC GCGTTCTTTA GCCGCCCACG ATACCAACGA
ATTCTCGCCT ATTTAGCGAT AACCTACTTA AGTTACCTGA TTATCCTTGG ACTGGTACTT
CCCAAGGCCG TAGTGTCTTT CGCCCCAGAG AAGCTGACAG AAGTCTTGGG CCGTCCTGTG
ACATTACAGG ATCTGCGAAT TAATCCTTTT ACCTATAGAG TCAATATTGA GCAGCTCGAA
GTTAAAGAGA GTGACAATCA AGCCTTTGCG GGATTATCTC AGCTGCAATT TGAAGTGAAC
TTCTGGCAAT CCGTGTTTAA TCAAGCCCTG GTGATTGACC ATATTCAGCT GCAAGGACCC
TTCGCCAAGG TCAGCCGTTT TCAATCTAAA GGGGCAACTC AGTTCAATTT TGACGACATC
CTGACTCGGC TTAATCAGGC GAAAACCCCG AGTGAGCCAG AAACCACCAC TGAAAATACC
CGCCCACTGC GGGTAATATT AGGTGAATTC AGCTTAACGG CGGGTAAGGT CAAATTTGAG
GATAACGTCA CCCATGCTTT GGTTGATTAT CCCAATATCA ATTTCAAACT CAGTCAGTTA
GATACTGAGT ATTTGATGAC TTCCAAACCC GCTAGCCCAG CAAATGGTCA ACCGACTCAA
TCTCAGGATA AGCCTGCAAC GGCTGCGCCT ACGACTCAGG CCAACACGGC ATCGAATCCT
CCGAGCATTC TGCACAACCA ATTTGTCGCC CAGCTACAGG ATGCCCATGC GGGTGAAGTC
AGCCTTGCCG GACAATTCCA GCTTTTCCCC TTTAAACTTG TCGGTGATGT ACAACTCGCC
AAACTGCAAC TCGCCCCCTT CTGGCCATTT GTTGCTGAGC AATTCAAGGT AAAACTGGCG
GCGGGTGAAC TCAGTATCAA CAGTCATTAC CAAGTTGAGT TGCCAGCGGG TGGTAACCTA
CAACTCACGG CCGATCGCGG CCAAGTAATT GTAGAGAAAG TTGATTTACT CAATGGCGAC
CAGTCCATTA TCGCCTTACC CTTGCTGGCG ATAGATGGAA TTAATCTCAA CCTCGCCAAG
CAGCGCATCG ACATTAAGCA AATCCACAGT GAAGGTTTAA ACCTTAAAGC CAAGCTGGAT
GAACAAGGCA TCGATTTAGC GCAGCTGTTA ATGCCAAAAT CTATGGCTGC CAGCACCGAA
GCGGCTGCAG AAGCGCAAAC AGCAGAAGCG CCAGCTGAAA CGAACACGTC AGCCGCATCG
CCTTCACAAA CGGCCTCGGA AAAAAGCGCC ACAGAACAGC AAGATGCCTG GTTAGTGGCA
CTGGGCGGGC TGAGTATCGA AAACTACGAT ATTCAACTTG AGGAGCATAA ACTCACCCAA
ACCGCACAGC AATGGCGTGT TTATCCCCTT AATTTTGCAA CACAAGCCAT TGTGAGTGAT
TTAAAGGCAC CCATCGACTA CGAACTTTCC TTTGGTCTGA ATGACAAAGG GCGCTTTATC
TCCAAGGGGC AAGTCGATAT GCCTAGCGAG TCAATTAACG CCGACCTTAA AGTCGAGCAA
CTCGCCTTAG CCCAATTCCA ACCCTACCTT GCACCCTATG TGAATATGCA GCTCAGCAGC
GGCCTATTCA GCAGTGAGGG TAAGCTAAAC GCCGACGGCA AAGGTAAGGC GATTTATCAA
GGCAGTGTTG AACTGGATGA GCTGAGTATC CTCGACAACA TTCGCAAAGC GCCCTTGGTT
AAATGGCAAA AAATGCATAT TAATCAGCTC AATTTTGACC AACAGCTGAA TAAAATTAAT
ATCGATCATT TAAGCTTTAA CCAGCCCTAC GCTAAAGTGG TTATCGCTAA GGATCGCACG
ACCAATATCA GTAATCTGAT TGTGGAAACG CCTGCGACCG ACGCGCCTAA GACTGCTGCT
TCAACGGCAA AGACTGTGGC TAAGCCGCAG AGCAGCCCCG ATGCAACGGC TAAGCAGCCC
GAATTAAGCT TAGATATTCA GAAAATTAGC TTTAACCAAG GCTCAGCATT TTTCGCCGAT
AACTCCCTCA CGCCTAACTT TGCCTCAGGC ATTGAGCAGC TTGAAGGGCA TATCAGCCAC
TTATCTTCAA AACCCGGTAC TAAAGCATCG GTCGACATTA AAGGTAAAAT CGACCGTTAT
GCCCCTGTCA CCTTAAAAGG AGACATTAAC CCACTGCTAG ATAAACCTTA TCTTGACTTA
GACTTAGTGT TTAAGAGTGT AGAACTGACC TCAGTGAACC CCTATTCGGG CACCTATGCG
GGTTATTACA TAGATAAAGG CCAATTATCC TTAGCACTCA ACTACAAACT GGAGCAAAAC
CAACTCAAGG GCAGCAACCA CTTAGTGATT GATCAGCTCA AACTGGGTAA ACGCAGCAAC
AGTGACTTAG CCACCAGTTT GCCCGTGACA TTAGCGATTG CCCTGTTGCA GGACCGTCAC
GGCGTGATTG ATCTCGGGAT GGAAGTCTCT GGCGATTTAG ATTCACCCAG CTTTAGTGTT
GGTGGCATTA TCCTGACGGC CATCACCAAT GTGATCACCA AGGCCGTTAC TGCGCCCTTC
TCGTTCCTTG CGGGTCTTGT GGGCTCCGAT GAAACCTTAG ATAAGGTCCC CTTCGAACCG
GGCCAACTTG TACTCACCCA GCATGAGCAG GAAAGCTTAG ATAAACTCGC TAAAGGCTTA
GACGATCGCC CAATGCTCAA GTTGAGCCTC GAAGGCAGCG TGGATGCCGT CAAGGATAGC
CAAGCGATTG CCGAGCGTAT GATGAAGCGT AAGCTGTCCA CACTAGCCAA TCTGCCACTG
ACGGAATTAC CCGCGGATCT CAGTCCGAGC CAATTCCCAA CCGAGGGTCC ATTGGCCGAT
GCACTGGTCA AACTGTACGA GCAGGAAGTT AAAACCAATC CGGATGATGT GAAAGACAAT
ATTGTCGCCG AGACTAAAGA TGTTCCCCTG AGCAAAGAGG AGCTCGCCAC CCGTTGGCAT
ATTGCCCTCT ATAACCTCAC GGTGAAAGGG CAAAATGTCA GCCAAGACAT GCTTGGGGAT
TTAGCTCATG AGAGAGCGAA GTCGGTAAAA GCCTATCTTG TCGACAGCAA GGGGATCGCA
CCTGAGCGGA TATTCCTGCT CGAGAGTCGT GTGACTCTTA ATCAAGATGC GGCGCAGGTG
AATATGAGCA TCGACGCGAA CTAA
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| Protein sequence | MLTQLSRLKL AFFSRPRYQR ILAYLAITYL SYLIILGLVL PKAVVSFAPE KLTEVLGRPV
TLQDLRINPF TYRVNIEQLE VKESDNQAFA GLSQLQFEVN FWQSVFNQAL VIDHIQLQGP
FAKVSRFQSK GATQFNFDDI LTRLNQAKTP SEPETTTENT RPLRVILGEF SLTAGKVKFE
DNVTHALVDY PNINFKLSQL DTEYLMTSKP ASPANGQPTQ SQDKPATAAP TTQANTASNP
PSILHNQFVA QLQDAHAGEV SLAGQFQLFP FKLVGDVQLA KLQLAPFWPF VAEQFKVKLA
AGELSINSHY QVELPAGGNL QLTADRGQVI VEKVDLLNGD QSIIALPLLA IDGINLNLAK
QRIDIKQIHS EGLNLKAKLD EQGIDLAQLL MPKSMAASTE AAAEAQTAEA PAETNTSAAS
PSQTASEKSA TEQQDAWLVA LGGLSIENYD IQLEEHKLTQ TAQQWRVYPL NFATQAIVSD
LKAPIDYELS FGLNDKGRFI SKGQVDMPSE SINADLKVEQ LALAQFQPYL APYVNMQLSS
GLFSSEGKLN ADGKGKAIYQ GSVELDELSI LDNIRKAPLV KWQKMHINQL NFDQQLNKIN
IDHLSFNQPY AKVVIAKDRT TNISNLIVET PATDAPKTAA STAKTVAKPQ SSPDATAKQP
ELSLDIQKIS FNQGSAFFAD NSLTPNFASG IEQLEGHISH LSSKPGTKAS VDIKGKIDRY
APVTLKGDIN PLLDKPYLDL DLVFKSVELT SVNPYSGTYA GYYIDKGQLS LALNYKLEQN
QLKGSNHLVI DQLKLGKRSN SDLATSLPVT LAIALLQDRH GVIDLGMEVS GDLDSPSFSV
GGIILTAITN VITKAVTAPF SFLAGLVGSD ETLDKVPFEP GQLVLTQHEQ ESLDKLAKGL
DDRPMLKLSL EGSVDAVKDS QAIAERMMKR KLSTLANLPL TELPADLSPS QFPTEGPLAD
ALVKLYEQEV KTNPDDVKDN IVAETKDVPL SKEELATRWH IALYNLTVKG QNVSQDMLGD
LAHERAKSVK AYLVDSKGIA PERIFLLESR VTLNQDAAQV NMSIDAN
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