| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_1967 |
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| Symbol | |
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| ID | 4844277 |
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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 OS155 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009052 |
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| Strand | + |
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| Start bp | 2278813 |
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| End bp | 2282859 |
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| Gene Length | 4047 bp |
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| Protein Length | 1348 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 640119187 |
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| Product | hypothetical protein |
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| Protein accession | YP_001050340 |
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| Protein GI | 126174191 |
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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 | 10 |
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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 | ATGGCCTTAG ATATTAATGC ATTTAGTCAT GCGGCTAAGC TTGACGGCCG TCTTACCTTA
GTCGATACCC CCGAGGGCAT ACCGACGATT ATAGCGGCCA AAGAAGGCTT TAAAGAAAAA
TTACTGAGCA TGCTTAGCCA CATTCCTTTA CTCAAAAATA CCCAAGCGGT CCAAGATTAT
GTCAATGGCT TATCACTCGA TAATAAGCAA GTGTTGGGCG TGTTCTTGCA GGCATTGGCG
GCAAGATTTG GTCATGATGC TGCACTGGAT ATAGTCGATG CCGTCGATTT GTCCGGCCTT
ACTCCATTAA CCCTGCGCAC GATCGAACAA CTCACCGAGC GGAGTGAGGC ATTTGCGCCT
CTCCACCTTC CTTTAGACAT ATGTGAGACT GATGAAGATG GGCTCAAATT GCTTGTCTTA
CCTTCCCCTA TCGCGATTGA GTCCGAGTCG TCGGAGAAGC AAACGCCCAG CCCCTCAGAG
CTTAAACCTT TAACAGATCC CATAGCCGTT GCTAAAGGCA TCAGGGGGAC GGCTTCCCAT
GCTTTAAACC AGCAGCCTAT AGCGCCACAA GTTTTTTTAC ATGAACAGGA TCAATGTCTT
AAACAGTTGT TAACCACACC AATACCACAA AAAATAACTA TGCCGACAAC TCAAACTTGG
TTGGCTTCTT GGGTGTATTC AGAACCTGAA CCCATTAAAA CCTTACAACA AGCCATTAAA
AATTATAATC AAGTACTCAG TGACACTCAG CTAGCAACAT GTATACAAAA CTTAAATCAG
AGTCGAGATC CCTTGATTAC CAGCGATGAA CTGACTGCGC AGCGAGAGCT TGTCATAACT
GCGCTAGCAA AAGTTAAGCA GGCTTTAACC CTAGTCGCTG AGTTGAACGC GAATTTGTCG
GTGGAACAGA GCGGTGTCCT GTCGCCACTA CTGGCCGAAG TCAATCTGGG ATTATCGCAA
TATGAGGTCT TAACGGCGGC AATGCAGACA TATGAGCAAG CCTTATTAGC ATCGAACCCG
GTGCGCCAAG CCTTATCTGA GTTTCATGCC GCGCTTCCCT ATGCACTACA AAACAAGCTA
ACAGCGGATA CCTTAGTGAG CAGTTATCAA CTGTTTTCCC CTTTGATGCA AACTGAATTA
GGTCAGACAG AGAGAGTAGA ATACTTAGCG GCAAGCTTAG TCTCTATGCT CAATGAAGAG
AACATCAGCG CGGTCTCTGA GCAAAAAAAA ATGATGCCTG AGGTCAAAAG CTTAGTATTA
CTCATTAAGC AGTTTGTGCT AGAACCCATG CAAGAACCCC TGGCCGTAAG TTCGTCATTT
CAGACTCCAT TTGAAGCGCA GCAGGCCGAA GCCGAACAGT ATTTAACTCA GATAGAACAA
GCACAAACCT TACTGGCCGA TTGTCTTGCA CGGGCCAGTA AGCTCAGTGG AGAAGCGCTC
ATCACTGTCG GTAAGCAAGT GCAACTCGAA GAACATTTAG CAGCAGTGAA ACAGGCGGGA
GCTCAACTCG GTACAGTATT ATATAAGGCT ATCAACCCAG CCGAAGAAGA GGTCCAAGTC
GATGATCTCA CCGCAACATT ACTGTATCTT GGCGGACAAG AGTATGTCGA GAAAGGCAGT
CGTTTGCAGT TCGATGAGCC AGTTCACTTT GATGATCTCG CCCTTGAGCT AACGCTAAGA
AATGAGCTCG ATGGCAGTAC TTTTGCACCC CAAGTGGCAA GCTTAGCGCA GCAAGTTCTA
CAAACTCAGC ATCATCTTAA TTGGTTTGAG GGCGTAAGCT CCATCAGCTT TAGTCCAAAT
AATTCACAAG ATATTTCACT GTTTGATGAT GTTAACAACC TGCGGCTAGT TTCGCAGATT
GAGCAAGATC AAACTCGTTA TCACAGTTTT CTTACCGAAC GTCTTTCCCT GTGTAATGAT
TATCATCGAG CCGTGACTGA GCTGCTGTTA GCTGTTCCCT CTGAGACGGT GCGTAATCAG
CTATCCCAAG AACTCGTGCA CATTAATGCG GACCAAGATG CGACCCGAAC TTTAGTCGAG
CGACTCAATC GACTGCAGAG TGCACAAGAC GTGTTAGTGA TTGCGGGTAA TAACGTCGCT
AAATTGTCGG CGTTAACCCA GCAACTTGAG CATGTAAGGA GGGAAACAAA TGCTGAACGT
GCTGCGGTGA ATCAGAGTTA TTTCCTTAGC TATCTACCTG AATTAAAAAA TAATAATGAA
CAAGTGCGCG CCTTAACTCA AGAGCAGCAT CTCTTATCGG CCAAACTGGA CAAATTGACC
GAACATTTAC AGCAATTATA TGGCGATGGC CTAGTACAAA CCTTAGCCGA ACCAGAAGCC
AGTTCCCCTG AACTGCGCGC TTTTCGCACT GTGACTAGCC AGTTAGCTGA AGTCAATCGC
TCCCTTGAAG AACTCGATGA TGCTTACCAA CATGGTTTGT TACAGCTGAA AAAGGCCACT
ATCGCAGCAA AAAATAATGG CGGCTTTCCA GAACAAGGGG GTATGGCGAG TAGCCATGCA
TGGCAAAGTT GGTTAGTGCA AAAGTTTGTC GGCAATTGGT CTTCCCAATA TCGCCCAAGT
TTAGAAGAAC TTATTTTATC TAGGCAACTG GCTAAAAATA ACATGAGCAG TGTCGCCGAG
GCTTATCTCG CTTTAGCCTC AAGTGTTAAA GCATCTAAAA CGAGCTTAGT AAATGTGTCT
GTTTTAACCT CGCCCAAGGT CATGGTGGCA GCACTGGGCG ACCTGCATAA TTGGTCTATG
GCACACCCGA TCGAGGCCCG TGAGCTCGCA GGCAATTTAA CTCAAGCCTA CAATATTATT
TTGGCTAACC CTGGCACCTT TGGACAGGAA CTGGTTAACA CTGTCACCAC AGTGTGGCAA
ACCGGGACAG TACAAAACCA AGTGCACGAT ATTCTGCAAG GCAAGAGAGA AGAGCTACCC
GATAAAACGA ATTTCGCTAT GACACCGCAA ATGATTGCGT TATTACACAT GGCACAGTTA
GCACCGTATA TTGCGGGTGG GGCGAAAGGG GCTGCTAATA CAGGCATAGG TGGGCCTTTA
GTCAGTGGTG TATTTGGGAT GATGTTTCCC AGCGCAGGGA TAGCAACACC TGTCGTCGGC
TTAGTTGGCG GCATCCTGCA AACCTGGTCA GAACGTCAGC TTGCCAATAA CATGCGTGAG
TATCGCAGCA GTGAAGTCAT GGTGAATGCT TTAATTAAAG GTATGCAGGC AGAAGGCGGG
CTGAGTGCTC GTGGCGAGGC CATTGCTGGC TATATGCTAC AGCGACAGGC TCTGCAAGAT
GTTGGTACTG TCGCCCGTGA TTGTTTTGAA GTCGGTAAAG TAGGCGCAGT CAAGCGTGCA
TTCACAGATA TCGCCAATTG GTGGAAACAT GCTTCAACGG GAGCCAAAGC CTTGGCTGTG
GTGATGACAA TTGTGGCAGC CTCTGTGGTA TCGGTGGGAG CGATCGCGGC GGCAGTGTTT
ACCTTAGGGA CTGGCGGCGT CGGTATAGTG GCAGCCGTGG TGCTTGGCTT GGGAGGATTA
ATGGCTGGCG CCTATTCTTC CAAGGCTGTG GTGTCGACAT TGCAAGGGGC TAATTTTTTA
GGCATGGCCG ATACTGCCCG CGCGGCCGAG GCTGAAATGA CAGAAAAAAG GATCGAGCAA
GCATTTGCGC AATTGGCTCA CACTCCTGTA TCTCAAACCT CAGTCATTAA GACGACTGCC
CTCAGTGCAT CAGGCACCCA AGAAATCCCT AAATCGATGG CGGATGTACT GGGGCTTGAA
CAGCATCAAG CTGTGCTAAA AGCACATTTT CTGCCGCAAT TAGTCGGCCT CGATATTGAT
GCGCAGCAGG CCATATTTGT TCAGGGCATG CGGCAATACG CTAATGATAA AAGCCACGAA
ATAGAAATAA ATCAAGCAAT AGACAGAGAT AAAACCGTCG AGCGAGCCAT GAAATGGGTA
GCTGAACTGG ACATAATGCC AGCGCAATTA CAGCAATGCA TGGCAGAAAT CGATGCGGCC
TTATTGACGG AGATCTCGTC TCGATAA
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| Protein sequence | MALDINAFSH AAKLDGRLTL VDTPEGIPTI IAAKEGFKEK LLSMLSHIPL LKNTQAVQDY
VNGLSLDNKQ VLGVFLQALA ARFGHDAALD IVDAVDLSGL TPLTLRTIEQ LTERSEAFAP
LHLPLDICET DEDGLKLLVL PSPIAIESES SEKQTPSPSE LKPLTDPIAV AKGIRGTASH
ALNQQPIAPQ VFLHEQDQCL KQLLTTPIPQ KITMPTTQTW LASWVYSEPE PIKTLQQAIK
NYNQVLSDTQ LATCIQNLNQ SRDPLITSDE LTAQRELVIT ALAKVKQALT LVAELNANLS
VEQSGVLSPL LAEVNLGLSQ YEVLTAAMQT YEQALLASNP VRQALSEFHA ALPYALQNKL
TADTLVSSYQ LFSPLMQTEL GQTERVEYLA ASLVSMLNEE NISAVSEQKK MMPEVKSLVL
LIKQFVLEPM QEPLAVSSSF QTPFEAQQAE AEQYLTQIEQ AQTLLADCLA RASKLSGEAL
ITVGKQVQLE EHLAAVKQAG AQLGTVLYKA INPAEEEVQV DDLTATLLYL GGQEYVEKGS
RLQFDEPVHF DDLALELTLR NELDGSTFAP QVASLAQQVL QTQHHLNWFE GVSSISFSPN
NSQDISLFDD VNNLRLVSQI EQDQTRYHSF LTERLSLCND YHRAVTELLL AVPSETVRNQ
LSQELVHINA DQDATRTLVE RLNRLQSAQD VLVIAGNNVA KLSALTQQLE HVRRETNAER
AAVNQSYFLS YLPELKNNNE QVRALTQEQH LLSAKLDKLT EHLQQLYGDG LVQTLAEPEA
SSPELRAFRT VTSQLAEVNR SLEELDDAYQ HGLLQLKKAT IAAKNNGGFP EQGGMASSHA
WQSWLVQKFV GNWSSQYRPS LEELILSRQL AKNNMSSVAE AYLALASSVK ASKTSLVNVS
VLTSPKVMVA ALGDLHNWSM AHPIEARELA GNLTQAYNII LANPGTFGQE LVNTVTTVWQ
TGTVQNQVHD ILQGKREELP DKTNFAMTPQ MIALLHMAQL APYIAGGAKG AANTGIGGPL
VSGVFGMMFP SAGIATPVVG LVGGILQTWS ERQLANNMRE YRSSEVMVNA LIKGMQAEGG
LSARGEAIAG YMLQRQALQD VGTVARDCFE VGKVGAVKRA FTDIANWWKH ASTGAKALAV
VMTIVAASVV SVGAIAAAVF TLGTGGVGIV AAVVLGLGGL MAGAYSSKAV VSTLQGANFL
GMADTARAAE AEMTEKRIEQ AFAQLAHTPV SQTSVIKTTA LSASGTQEIP KSMADVLGLE
QHQAVLKAHF LPQLVGLDID AQQAIFVQGM RQYANDKSHE IEINQAIDRD KTVERAMKWV
AELDIMPAQL QQCMAEIDAA LLTEISSR
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