| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Acid345_1484 |
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| Symbol | |
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| ID | 4071654 |
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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 | Candidatus Koribacter versatilis Ellin345 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008009 |
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| Strand | - |
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| Start bp | 1795454 |
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| End bp | 1798840 |
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| Gene Length | 3387 bp |
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| Protein Length | 1128 aa |
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| Translation table | 11 |
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| GC content | 57% |
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| IMG OID | 637983493 |
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| Product | hypothetical protein |
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| Protein accession | YP_590560 |
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| Protein GI | 94968512 |
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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 | 9 |
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| Plasmid unclonability p-value | 0.848457 |
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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 | 14 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGCTTTCAA GAGCCAAGCT GTCGATTCGT CACTCTGCCC TGCCGTTCAT CGCTGTGCTT
CTATTGACGT GCTCAGTGTT GGCGCAAGTG CCGGTGACCA CCTATCACAA CGACACTGCT
CGAACCGGCC AGAACACCAG CGAAACGACG CTGACGACTT CGAACGTAAA TTCCGGGCAA
TTTGGCAAGT TGTTCTCCCT CCCGGTGGAT GGCTACGTGT ATGCGCAGCC GTTGTACGTG
CCGAATTTAA CGGTCGGAGG TACCCCGCAC AACGTATTGT TCGTGGTGAC TGAACATGAC
AGTGCGTATG CCTTTGACGC CGATACTTCC GGGGCTGCTC TTTGGCACGT AAGCTTCATC
AACCCGGCGA GCGGCATTAC GACAGTGGAC AGCAATAATG ACGCAGGATG TGGAGATCTT
GTTCCCGAGA TCGGTATCAC GAGTACACCG GTCATCGATC TTGCGACAAA CACTATGTAC
CTGACCGCGA AGACGAAGGA GAATGGCATC TTCCACCTGC GTTTGCATGC ACTGGACATC
ACGAGCGGCG CGGAGAAATT CGGCGGACCC GTGGATATCC AGGGCACCTA CACCGTCGGG
CAGACGACAA TCACGTACTC TCCTCTGCTC GAAGCGCAAC GTGCCGGTCT GCTACTGCAA
AACAACAAGG TGTATATCGC AACGGCATCG CACTGCGATA ACGGCCCGTA CCATGGCTGG
GTGTTTGAAT ACAGTGTGGG CACTTCGCCG ATGACGCAGC ACTCGCGCTG GGTAGCGGAT
CCCACCGGAA GTGACGGCGG CATTTGGATG GCGGGTGATG GGCCGGCGGG TGACGCCAGC
GGCAACGTGT ATGTCGCGAC CGGCAATGGA AGCTGGGACG GCACCAACAA CTACGGCGAC
AGCATCGTCC GACTGAGCAC GACGAGCGGG CTTGCTCTGA GTGATTACTT TACCCCGTAT
GACCAGACGA GCTTGAACTC TGCTGACGCG GATCTCGGGT CGGGCGGCGT ACTCCTTCTG
CCCTCAACGG CGGGCTCGAC GGCGCATCCG AATCTGCTGC TTGAATCCGG AAAAGAAGGC
ACGATTTACC TGCTCGATGT GACCGGCGGG TCGGGCCACA GCATGGGACA CTTCCACAGC
GGCAACGATT CGCAGATTGT GCAGAGTGTT CAAGGACAGA TCCAGGGGAC ATGGTCTACG
CCGGCATATT GGAACGGTAG CGTGTATTTC GGCGGCAGCG GCCAAGGGCC GAGCGATACA
GTGAAGGCGT TCAGCGTGGG CAACGGATTG CTTTCTTCCA CACCGACGTC GCACTCGAGC
ACGGTGTACC ACTTCCCCGG ACCGACGGTG AGTATTTCCT CGAATGGAAA TAGCAACGGC
ATCGCATGGG CGTTGCAGAA CGAAGGATAT TTAAGCAATA CCGCGGCGAT CCTGCACGCT
TACGACGCGA CTAACCTGGG AACCGAGCTC TACAACTCGA ACCAGAATGC CGCTCGCGAT
GGGCTGGGAC TGCCGGTGAA ATTCTCCGTG CCAACGGTGG CGAACGGTAA GGTTTATGTT
GGCACCCAGG CTGCGGTCAG CGTCTTCGGA ATTGTGAGCG CGTTGCCTCA GGCGGCGGCA
CCGGGCATAT CGCCGTATGG CGGCACGTTC ACATCGCCGG TAACGCTGTC GCTCTCGACG
ACGGTTCCGG GAGGCGTGAT CTACTTCACG ACCAACGGCA CCACGCCAAC CTTGTCATCG
ACGAAATACG CAGGGAAACC GATGACGTTC TACAGCACAG TTGTGATTAA AGCGATCGTC
TCCGCGCCGG GATATAACGC AAGTCCGGTT AGTTTTGCGA CATTTACGAT CGTGCAGCCT
TCGAGCACGA TCAACGAAAG CACCGGCTTC AATTCCAGCG GACTCACCCT CAACGGAAGT
GCGGCGCTGG TCGGCACGCG ATTGCGGCTG ACGGACGGTG GAACGAACGA GGCATCTTCA
GCATTCGCAA CGGCGCCTAT CAATGTTCAG GCGTTTATCA CAGACTTCAA TTTCCAACTG
ACGAGCGCAA GTGCAGACGG ATTCACATTC GTATTCCAAG GATCAGGAGC TAATGCCATA
GGCGCTTCCG GTGGAGGCCT TGGTTATGGC CCGGACCCGT GTTGTGGAGC GACTTCGCCA
AAGATCGCCA AGAGTGTCGC GATCAAATTC GACCTCTACG ACAACGCAGG GGAAGGTCCG
AACTCGATTG GCATGTTCGT GAGCGGCACC ACGCCTACAA CTCCGGCGAT TGATCTCACG
CCCAGCGGAC TTGATCTCCA CAGCGGCGAT TTGTTGAACG CACACTTCAT CTACGACGGT
ACGCGGTTGA CGCTCATCCT GACTGACTTA CAGAGTGGTA AGTCGTATGG AACTGCATGG
CGCATCAACA TTCCTGCGTA TGTTGGCGGG AATACAGGTT GGGTTGGATT CACGGCAGGA
ACTGGGGGGC TCTCCGCAGT CCAGGAGATT CTTAACTGGA CCTATGCCAG TTCGAACCTG
AGAGTCTCTC CGAAGCCGAC AGTCTCTCCT GCAGGCGGAA AGTACTTCAG CTCCGTGCAA
GTGACGATGA CGGGTTACGC TGGCGCTGCG GTGTACTACA CCACCGATGG CAGCAACCCG
ACAACGAGTT CAACCCCTTA TACCAGCCCG ATCACGATCA CGAACACGAC GACGTTTAAT
GTGATGGACG TGCAGAGTGG ATACGGGCCG AGTTTCCCGT CCACCTACAC GTATACCGTG
GAAACGCCGA CAATCAACTA TGGACCCGGC TTTAGCGCGA CAGGGCTGCA GCAAAATGGC
AGTTCTGGTC TGAACGGCAC GAAATTGCGC TTAACCAACG GAGGAGCGAA TCAAGCCGGG
AGTGCCTTCG TTACAACGCT CCAGCCCGAC ACGGGATTCA CCACGGAATT CACGTTTCAA
CAAACTAGTG CGAGCGCAGA TGGTTTTGCC TTCGTGCTGC AGAACAACGC AGCGACGGCG
ATCGGCAGCA ATGGCGGTGC CTTGGGATAT CAGGGGATCA ATCACAGCAT TGCCCTAAAG
TTCGACCTCT ACAGCAACTC GGGCGAGGGG ACGAACTCGG TCGGTCTTTA TGCGAATGGC
GCTGCGCCGA CCACGCCCGC GGTGGACCTG ACCCCAAGCG GAATCAGCCT ACACAGCGGC
GACACGATGT TTGCGCGAAT TACGTATTCC AGCAACACAC TCACGCTGAA TTTGACGGAC
AAGGTGACGA GCAAGACGTT TACGTACAGT TGGACGATCA ACGTCGCGAG CACCATCGGT
TCGACGACGG CGTATGCGGG GTTCACCGGT GGAACCGGCG GGCAGACCGC GATCCAGGAC
ATCATCAGCT GGCAGTTCGG ACAGTAG
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| Protein sequence | MLSRAKLSIR HSALPFIAVL LLTCSVLAQV PVTTYHNDTA RTGQNTSETT LTTSNVNSGQ
FGKLFSLPVD GYVYAQPLYV PNLTVGGTPH NVLFVVTEHD SAYAFDADTS GAALWHVSFI
NPASGITTVD SNNDAGCGDL VPEIGITSTP VIDLATNTMY LTAKTKENGI FHLRLHALDI
TSGAEKFGGP VDIQGTYTVG QTTITYSPLL EAQRAGLLLQ NNKVYIATAS HCDNGPYHGW
VFEYSVGTSP MTQHSRWVAD PTGSDGGIWM AGDGPAGDAS GNVYVATGNG SWDGTNNYGD
SIVRLSTTSG LALSDYFTPY DQTSLNSADA DLGSGGVLLL PSTAGSTAHP NLLLESGKEG
TIYLLDVTGG SGHSMGHFHS GNDSQIVQSV QGQIQGTWST PAYWNGSVYF GGSGQGPSDT
VKAFSVGNGL LSSTPTSHSS TVYHFPGPTV SISSNGNSNG IAWALQNEGY LSNTAAILHA
YDATNLGTEL YNSNQNAARD GLGLPVKFSV PTVANGKVYV GTQAAVSVFG IVSALPQAAA
PGISPYGGTF TSPVTLSLST TVPGGVIYFT TNGTTPTLSS TKYAGKPMTF YSTVVIKAIV
SAPGYNASPV SFATFTIVQP SSTINESTGF NSSGLTLNGS AALVGTRLRL TDGGTNEASS
AFATAPINVQ AFITDFNFQL TSASADGFTF VFQGSGANAI GASGGGLGYG PDPCCGATSP
KIAKSVAIKF DLYDNAGEGP NSIGMFVSGT TPTTPAIDLT PSGLDLHSGD LLNAHFIYDG
TRLTLILTDL QSGKSYGTAW RINIPAYVGG NTGWVGFTAG TGGLSAVQEI LNWTYASSNL
RVSPKPTVSP AGGKYFSSVQ VTMTGYAGAA VYYTTDGSNP TTSSTPYTSP ITITNTTTFN
VMDVQSGYGP SFPSTYTYTV ETPTINYGPG FSATGLQQNG SSGLNGTKLR LTNGGANQAG
SAFVTTLQPD TGFTTEFTFQ QTSASADGFA FVLQNNAATA IGSNGGALGY QGINHSIALK
FDLYSNSGEG TNSVGLYANG AAPTTPAVDL TPSGISLHSG DTMFARITYS SNTLTLNLTD
KVTSKTFTYS WTINVASTIG STTAYAGFTG GTGGQTAIQD IISWQFGQ
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