| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew185_3916 |
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| Symbol | |
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| ID | 5371297 |
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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 OS185 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009665 |
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| Strand | + |
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| Start bp | 4644730 |
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| End bp | 4647957 |
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| Gene Length | 3228 bp |
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| Protein Length | 1075 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 640832177 |
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| Product | hypothetical protein |
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| Protein accession | YP_001368103 |
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| Protein GI | 153002422 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | ATGAGGATTA GACTGCTGCG CGCCTCCATC GCCATACTGC TTAGCGGATG CGGTGGCGGC
TCAGAAGATG CTGGCACGAC CACACCACCG ACTCAGCCGC CAGTCCAACC TCCCGTACCG
GTGCAATACA TTGCCAGCAG TGCGTCAGTT AATGGCGGAG CCTTAGATCC AAGCAGTCAA
AAAGTGGAGT CGGGTAAAAG CGCTATTTTT AGCATTACTG CCGATATTGG CTTTACACTC
GAAGGCATTA CTGGCTGTGG TGGCACGCTC AATGCGCTAA CTTACACCAC GGCGGCAATA
ACGGCGGATT GCACTATCAC GCCGACATTT ATTGCTAACG CCGAAAATGC CATTAAGCAT
CAAGACCACA GGCTTGCCAG TGCGAGTGAG TTAATTGATT TCAGCATCGC CAAACTCGCT
AGTATCGACA TCGAACGTAA AGCCCAGATA AATCAGCTAT ATCAAGGTGT CGGTAGCAGC
ATCACTTGGC ACCCGACCCA CGACTCTATT ACTTTTTCGA GCTTTATGCC GGAGAACACT
TTTACTGTTT TGCCATCGAA TGTGGATGGC AGTGGTGCAA GCGCGGTTCG CGGTTTAGTG
ATGGCGGGCG AGCAACAGGG GCAAAGATAT GCGGCCATGG GAGGAAATCT GTTTTCCGTC
AACACTTCGG CGCAAACTGA TACTTTATTG AAAAATCTTT TAGGCTGGCT GACCAAAGGT
GCCGATAAAA AAGACGGCCT CAGCATAGTG ACCGCCCAAA TGCCGAGCAA GGCTGACAGT
TGGTACTTTC CCCATAATGA AGGGATCCGC ACTTGGCTTA CAAACAACTA CCCCGCAGCC
CATAGCATTA ATACAGCAAA TACCTGTGAC GACAGTGAGT TAAGCAACTG TATCAACACA
CTGAAACCGG ATCTGATTAT CATTAGTGAC ATAGACCGCC AGTCACTCGG TTTTGCAGGC
ATTAAAGCTG CTATCGCTAA GGCCAAAGCG GCGGGCATTC CCTTGCTGCT CTCAAACTAC
TGGCGCAATC AAAGCCCAAT GCTATCGCCA CTTTATCTTG AAATGGGGCT TTCAACCTCA
GGTAATTATT GGTCAAAGCT CAATGCCAAT AACCTCAGTG TGACCGATAT TTTGGTCGAA
GACACCGCCC TGGCCAAGGT GAATAATTTG CTCGGCAAGC TTAACGAAGG CCGCTTCGAC
ACCTCTGTAC TCAACGACTG TGGCGGTAAT TACTTGAGCT GTAATACTGC CGCCTTTGTT
GACTCATTCA AAGCGGGTGC CGATTGGTAT CGAGCCAATG CTGAAACCTT AGATAACCAT
GCTATCGATG TGTTTACCAA AGCAGACTTC CCCTTGATGA AGGCCGGACT GCTGCTCGCC
GATAAGTATC GCAGCGAGAT TGACTACCCC ATAGCCTACA GCGAATACGC CCAATGGCAG
CAGGCCCTAT TTGCCGATTG GACCGTCAGC TATGCCCGTA GCCATAACTT AGCCCAGCCA
GATTTAGGTG AATATGTTAC CGACAGAGCT AACCTCAGCA AGGGCAGCAA TGCACACTAC
GCTTATCCTG CGACTGTCAC TGAACGTAAA ACCATTAGCG TGCCCTATGC AGGCCAATGG
ACGACCACGG GCTGGTATGC ACTGCCAGGT CAAACCATCA AACTCACTCG TCTTGATAGT
AGCGCTGCAA ATGTGGAGAT CAAACTCAAC TACCACAGAC GCAATACTAA CCGTGCCTAT
GAGCAGAAAA TCTACCGCGG CCCCTTGGGG CTGGCGCAAC AACGCCTGCG CTTAGCGCAA
GGGAAAAGTA TCGAGTTTTC CTCCCCCTAC GGCGGGCCGA TTTATCTATA CATCAATGGT
GATGCTTCGA GTGTTGATGG CGCGTTAAGT GTTGATGTCA ACGCTGAGCA TGTCGCTAAA
CATCCGACCA TTATGGATTT CTCCAATCCA GCTGAAATCG CGGCCTTTAA CGAACGCATT
CAAAATACCG AATTACCCCA TGTGGACTTG CGCACCGATG GTGCAGAGCA GCATCTACGT
CGCGACCGCT TCTTAAACGC CATAGGTACC GATGTGCCTG ATGTCAACGC GCTGCTCAAC
AGCATTGTCG ATGACCATAT CAACAGCGTT TACACCTTAG CTGGCCTTAA AATTCAAGGT
AAGAGTTTCA GTGAATCCTT ACCCGCCGAT GTGCTGGCGG CCTGCAAAGG ACTGTTTGGC
GACGACTGTA TCGACAATAT TCTGCATACC CGCACTATTA TTCAACACGC CAATTATGAC
CAAAATGCCC AGTGCGGAGC CGGTTGTAGT GGTAATCCTT GGGATGCGGC ATGGAATATC
GACCCAACGG GCTGGGGTGA TAACCATGAG TTAGGCCATA ATCTGCAAAC GAACCGCCTC
AATGTGCAAT ATGCAGCGGC AAACAATAGT GACAACTGGG CAGGTTATAG CAGTCGCGCG
GGGGAAAACT CCAACAATAT CTTCCCTTAT GTAGTGAAGT GGAAAACCCA TTATCTGCGC
GATGGCAATA CAGACACAGT GACCGATGGC CACATGAACC ACAAAGATCT CTTCTATGTG
TTTATGTCCG ATGCAGCGGG CACAAAAGAC ACCAGCGGCA AACGTGTAGT ATTTGGGGCT
AACTGTAAAG TGCTTGATGC AGGTGAAGAC AGATACACTG CGCCTTGGGC CAGTAATGAT
TATGCTGTGC ATAACGGCTA TCGCATGGCG TTTTACATCC AAATGGCGCT TAAGGCTCAC
GGCATAACGC TCAGTGACGG CACCACTCTG AACAATGGCT TTAATCTCTT TACCTTGCTG
TATCAACACA GTCGTATTTT CGGTAAATAT GCCAATAACG CCAGTGATTG GGAAGCGAAC
CGCAGCAAAC TGGGCTTTAG CCAATTTCCG TTTGACGGCA ATAGTGTCTA CGGCGGCAAA
ACCGTGAAAG ATATCCCCGG CAACGACTTT ATGCTGGTGT CTTTGAGTCA GCTCACAGGC
AAAGATTGGC GTAGCCACTT TGATATGTTG GGTCTGCGCT ACTCAAGCCT TGCAGCCGCG
CAAACGGTCG CTAATGCGAT CTCGGGTACT ATGCCCATGG GCATGTATGA GCTAGAAACC
GACTTGCCGC CAGCGAACAT GAGCCAAGGT TTAACCTTTG TGCCACTGTC ACTCACTGAT
GGCACTACAC AGTGGAAAGG CGTGGGTTCG CCAACCCAGT GCAACTAA
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| Protein sequence | MRIRLLRASI AILLSGCGGG SEDAGTTTPP TQPPVQPPVP VQYIASSASV NGGALDPSSQ
KVESGKSAIF SITADIGFTL EGITGCGGTL NALTYTTAAI TADCTITPTF IANAENAIKH
QDHRLASASE LIDFSIAKLA SIDIERKAQI NQLYQGVGSS ITWHPTHDSI TFSSFMPENT
FTVLPSNVDG SGASAVRGLV MAGEQQGQRY AAMGGNLFSV NTSAQTDTLL KNLLGWLTKG
ADKKDGLSIV TAQMPSKADS WYFPHNEGIR TWLTNNYPAA HSINTANTCD DSELSNCINT
LKPDLIIISD IDRQSLGFAG IKAAIAKAKA AGIPLLLSNY WRNQSPMLSP LYLEMGLSTS
GNYWSKLNAN NLSVTDILVE DTALAKVNNL LGKLNEGRFD TSVLNDCGGN YLSCNTAAFV
DSFKAGADWY RANAETLDNH AIDVFTKADF PLMKAGLLLA DKYRSEIDYP IAYSEYAQWQ
QALFADWTVS YARSHNLAQP DLGEYVTDRA NLSKGSNAHY AYPATVTERK TISVPYAGQW
TTTGWYALPG QTIKLTRLDS SAANVEIKLN YHRRNTNRAY EQKIYRGPLG LAQQRLRLAQ
GKSIEFSSPY GGPIYLYING DASSVDGALS VDVNAEHVAK HPTIMDFSNP AEIAAFNERI
QNTELPHVDL RTDGAEQHLR RDRFLNAIGT DVPDVNALLN SIVDDHINSV YTLAGLKIQG
KSFSESLPAD VLAACKGLFG DDCIDNILHT RTIIQHANYD QNAQCGAGCS GNPWDAAWNI
DPTGWGDNHE LGHNLQTNRL NVQYAAANNS DNWAGYSSRA GENSNNIFPY VVKWKTHYLR
DGNTDTVTDG HMNHKDLFYV FMSDAAGTKD TSGKRVVFGA NCKVLDAGED RYTAPWASND
YAVHNGYRMA FYIQMALKAH GITLSDGTTL NNGFNLFTLL YQHSRIFGKY ANNASDWEAN
RSKLGFSQFP FDGNSVYGGK TVKDIPGNDF MLVSLSQLTG KDWRSHFDML GLRYSSLAAA
QTVANAISGT MPMGMYELET DLPPANMSQG LTFVPLSLTD GTTQWKGVGS PTQCN
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