| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCB4264_A1113 |
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| Symbol | |
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| ID | 7099697 |
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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 | Bacillus cereus B4264 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011725 |
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| Strand | + |
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| Start bp | 1090683 |
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| End bp | 1094018 |
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| Gene Length | 3336 bp |
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| Protein Length | 1111 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 643468663 |
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| Product | phage infection protein |
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| Protein accession | YP_002365846 |
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| Protein GI | 218231337 |
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| COG category | [S] Function unknown |
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| COG ID | [COG1511] Predicted membrane protein |
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| TIGRFAM ID | [TIGR03057] X-X-X-Leu-X-X-Gly heptad repeats
[TIGR03061] YhgE/Pip N-terminal domain
[TIGR03062] YhgE/Pip C-terminal domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | ATGAAAGGTA ATCAGTTACT TCGGAAAGAG TTCACGGAAA TTATAAAAAG TAAAAAAATA
TTAATTCCAA TTATTGCGGT CTTATTCGTA CCGATTTTAT ATGCAGGGAT GTTTTTGTGG
GCCTTTTGGG ATCCGTATAA ACAGTTAGAT GACTTACCAG TTGCAGTAGT CAATTTAGAT
AAAGGCGCAG TATTTGATGG GAAACCAATT GAGGTCGGAA AAGGGCTCGT TGATAATTTA
AAAGATAATA AAAGTTTTAA ATGGGAGTTC GTAAGTGAAA AAGAAGCAAA GAAAGGAATG
GAAGGTAGAA AGTATTACAT GTTAGTGCGC ATTCCAGATG ACTTCTCAAG TAACGCTACA
ACGTTACTAA AAGACAATCC AAAGCCATTA AACTTAGAGT ACATTCCAAA CGAAAGTTTA
AACTTCTTAT CTTCACAAAT TGGAGGAACA GCCATTGAAA AGATTAAAAC TGAAGTATCA
AGCACGTTAA CGAAAACATA TGCAGAGAAA ATGTTTGATT CCATTCAAGA CGTCTCAAAA
GGATTAGCAG ATGGGGCGGA AGGAGCAAAT AAACTACACG ACGGATCAAG TGAGCTGCAT
GATGGTTCAA GTAAAGTGAC GGATGGCCTT CATACACTTC AAGGGAAATC TGGGGAGATG
AAGGATGGAG TTCAGAAATT AGCAGATGGA TCTAATAAAT TAGTAGATGG ATCAGGCAAA
GTAACAAACG GTTTAAATGT GCTAAATAGT AAAACAGGTG AAATGCAGGT AGGTATCGGA
AAATTAGTAG ATGGGTCAGG CAAAGTAACA AATGGTTTAA ATACGCTAAA TAGCAAAACA
GGTGAAATGC AGATAGGTAT AGGGAAATTA GTAGATGGGT CAGGCAAAGT AACAAATGGT
TTAAATACAC TAAATAGCAA AACAGGTGAA ATGCAGATAG GTATAGGGAA ATTAGTAGAT
GGGTCAGGCA AAGTAACAGA TGGTTTACAC GTATTAAATA GCAATGCAGG TATCGGAAAA
TTAGTAGATG GATCAGGCAA AGTAACAGAT GGTTTACATG CATTAAATAG CAATGCAGGT
ATTGGGAAAC TAGTAGATGG ATCAGGCAAA GTAACAGATG GTTTACATGC ATTAAATAGC
AATGCAGGTA TTGGGAAACT AGTAGATGGA TCAGGCAAAG TAACAGACGG TTTAAATACG
TTAAATAGTA AAACGGGTGA GTTGCGTGAT GGATCTGAGA AAGTGACCGG TGGCTTGAAC
AAATTAGTAA GTAAATCCGG TGAATTAAAA ACAGGAACAA CGGATCTATC AAATGGTATG
GGAAAACTTG TTGAAGGGCA AAGCCAATTA GAGGAAGGTT CTCAAGCGAT CCAAAAGGGA
TTGCAAGAGT TAAATAGTAA CGTACAAAAG TCTGCTGCAG GCTTAGAGGA AATGCAGTCG
AAAGTTCCTT CTATATTGAA TACAGTAAAT GAAAAAATAG ATGGAGCTGG GGCGAATGTA
AATCAGTTAA ATGAACTTAC ACAATCAACA GCAGGAGATG CAAAAAATGC AGCACAAGAT
GTAGCGAATT TACAAAAGCA AATTGAAAGT TTACCAAAAG AATATCAAGA GCAGTTACAG
CCATTCATAA CAAGTGCTGT AAAAAGTACA GCGACAGTTC AGCAAAAAGC TGCCGGAGTA
GCAGGTGGAA CAAATAAATT AAATGAAGAA GTGAAACAAC TAAAAGGTGA AATACATCAA
ACAACAAATG GGTTGCAAAA AAACTTACCA AATCCAGCAG GGATAAAAAC TCTAGCAGGT
GCTATTGAGA AACTAACGAG CGCACAAAAT GAATTTGTTA GTAAGTTTCA TGGATTTGGT
GAGGGATTAG ATAATGCAAA AATAGGTGCC GATAAATTAA AAGATGGATC AGTTCAATTA
ATTGATGGAG TAACGCAATT GCAAAGTGGC TCTGGAAAAG TGACAGCAGG ATTAGGTCAA
TTATCTGCAG GAGTAAATCA ATTAGCAGAT GGGTCTGGTC AAGTAACAGG CGGTTTAGGA
ACATTATCTG TAGGAGTATC CAAATTAGCA GATGGGTCTG GTCAAGTAAC AGGCGGTTTA
GGGACATTAT CTGTAGGTGT AACGAAATTA GCAGATGGCT CAAGCCAAGT AACAGGTGGT
TTAGGAACAT TATCTGCAGG AGTAAATCAA TTAGCAGATG GATCTGGTCA AGTAACAGGC
GGTTTAGGAA CATTATCTGC AGGAGCAAAT CAAATGGCAG GTGGTGTAAA TCAATTAGCA
AATGGCTCAA GCCAAGTAAC AGGCGGCTTA GGAACATTAT TTGCAGGAGC AAACCAAATG
GCAGGTGGCG TAAATCAATT AGCAGATGGG TCTGGTCAAG TAACAGATGG TTTAGGAACA
TTATCTGTAG GAGCAAACCA AATGGCAGGT GGCGTAAATC AATTAGCAGA TGGATCTAAT
CAAGTAACAA CTGGCTTAGG TACTCTAAAT GGTGGCCTAA ATAAAATGTC AACCGGCTCA
ACCCAGCTAA TCGACGGCGT AAATAAACTA GCAGATGGCT CAGGAAAAGT AACAGATGGT
CTCGTAAAAG TAAACGACGG TTCAGGTGAA CTTGCAGAGA AACTTGGCGA AGGGGCAGAG
AAAACTGGGG AAGTAAAAGG AACGGATAAA ACGTATGATA TGTTTGCAAG TCCTGTAAAA
GTGAAGACAG AGAAAATGGC GGAAGTTCCT AACTACGGAA CTGGATTTAC GCCGTATTTC
TTATCACTCG GTTTATTTGT TGGGGCATTA TTATTATCTA TCGTATACCC ATTACGTGAT
ACAGTAGGCG TTCCAAAATC AGGATTTAGT TGGTTTATTA GTAAGTTCGG TGTTTTACTA
TCAGTTGGTA TTATTCAAGC GATAGTAGCA GATGTTATAT TACTGTTCGG ATTAGGTGTA
GAAGTACAAA GCATTCCATA CTTCATACTC TTTAGCATCA TTACAAGTTT AGCCTTTATC
GCATTAATTC AATGTTTAGT AACAGCATTT GGTGATGCAG GCCGTTTTAT CGCCATCATC
ACATTAATTA TGCAGCTTAC AACAAGTGCC GGAACATTCC CATTAGAATT GATTCCGAAG
TTTTTACAAC CATTCAATGC TTGGTTACCG ATGACATACT CTGTATCAGG ATTGAAAACA
GTCGTATCGA GTGGAGACTT TGACTTCATG TGGAAAAACA TAGGAATACT CATGATTTTT
ATCGTTGTAT TATCATTTGG AACAATCGTT TCTTTAACTT TGATGCACAA ACGAAAATTT
AAAAATGTGG TTGGAAATCA ATCGGTTGAA GCGTAG
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| Protein sequence | MKGNQLLRKE FTEIIKSKKI LIPIIAVLFV PILYAGMFLW AFWDPYKQLD DLPVAVVNLD
KGAVFDGKPI EVGKGLVDNL KDNKSFKWEF VSEKEAKKGM EGRKYYMLVR IPDDFSSNAT
TLLKDNPKPL NLEYIPNESL NFLSSQIGGT AIEKIKTEVS STLTKTYAEK MFDSIQDVSK
GLADGAEGAN KLHDGSSELH DGSSKVTDGL HTLQGKSGEM KDGVQKLADG SNKLVDGSGK
VTNGLNVLNS KTGEMQVGIG KLVDGSGKVT NGLNTLNSKT GEMQIGIGKL VDGSGKVTNG
LNTLNSKTGE MQIGIGKLVD GSGKVTDGLH VLNSNAGIGK LVDGSGKVTD GLHALNSNAG
IGKLVDGSGK VTDGLHALNS NAGIGKLVDG SGKVTDGLNT LNSKTGELRD GSEKVTGGLN
KLVSKSGELK TGTTDLSNGM GKLVEGQSQL EEGSQAIQKG LQELNSNVQK SAAGLEEMQS
KVPSILNTVN EKIDGAGANV NQLNELTQST AGDAKNAAQD VANLQKQIES LPKEYQEQLQ
PFITSAVKST ATVQQKAAGV AGGTNKLNEE VKQLKGEIHQ TTNGLQKNLP NPAGIKTLAG
AIEKLTSAQN EFVSKFHGFG EGLDNAKIGA DKLKDGSVQL IDGVTQLQSG SGKVTAGLGQ
LSAGVNQLAD GSGQVTGGLG TLSVGVSKLA DGSGQVTGGL GTLSVGVTKL ADGSSQVTGG
LGTLSAGVNQ LADGSGQVTG GLGTLSAGAN QMAGGVNQLA NGSSQVTGGL GTLFAGANQM
AGGVNQLADG SGQVTDGLGT LSVGANQMAG GVNQLADGSN QVTTGLGTLN GGLNKMSTGS
TQLIDGVNKL ADGSGKVTDG LVKVNDGSGE LAEKLGEGAE KTGEVKGTDK TYDMFASPVK
VKTEKMAEVP NYGTGFTPYF LSLGLFVGAL LLSIVYPLRD TVGVPKSGFS WFISKFGVLL
SVGIIQAIVA DVILLFGLGV EVQSIPYFIL FSIITSLAFI ALIQCLVTAF GDAGRFIAII
TLIMQLTTSA GTFPLELIPK FLQPFNAWLP MTYSVSGLKT VVSSGDFDFM WKNIGILMIF
IVVLSFGTIV SLTLMHKRKF KNVVGNQSVE A
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