| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCG9842_B4193 |
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| Symbol | |
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| ID | 7182121 |
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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 G9842 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011772 |
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| Strand | + |
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| Start bp | 1063980 |
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| End bp | 1067324 |
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| Gene Length | 3345 bp |
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| Protein Length | 1114 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 643548872 |
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| Product | phage infection protein |
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| Protein accession | YP_002444543 |
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| Protein GI | 218896132 |
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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 | 16 |
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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 | 83 |
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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 | ATGATGAAAT GGAATCAGTT ACTTCGTAAA GAGTTTACTG AAATTATAAA AAGTAAAAAA
ATATTAATTC CAATTATCGC GGTTTTATTC GTGCCAATTT TATATGCAGG TATGTTTTTA
TGGGCCTTTT GGGATCCGTA TAAACAGTTA GATGATTTAC CAGTTGCGGT AGTCAATTTA
GATAAAGGTG CAGTATTTGA TGGGAAACCA ATTGAGGTCG GAAAAGGGCT CGTTGATAAC
TTAAAAGATA ATACAAGTTT CAAATGGGAA TTTGTAAGTG AAAAAGAAGC GGAAAAAGGA
ATGGAAGGTA GAAAGTATTA CATGTTAGTA CGCATTCCAG ATGACTTCTC AAGTAACGCT
ACAACGTTAT TAAAAGATGA TCCAAAACCA TTAAATTTAG AATACATTCC AAACGAAAGC
TTAAACTTCT TATCTTCACA AATTGGCGGA ACAGCCATTG AAAAAATTAA AGGTGAAGTA
TCAAGTACGT TAACGAAAAC ATATGCAGAG AAAATGTTTG ATTCTATTCA AGACGTCTCA
AAAGGATTAG CAGATGGGGC GGAAGGAGCA AATAAACTAC ACGACGGATC AAGTGAGCTG
CATGATGGTT CCAGTAAAGT GACGGATGGC CTTCATACAC TTCAAGGGAA GTCTGGAGAG
ATGAAGGATG GAGCTCAGAA ATTAGCAGAT GGATCTAATA AATTAGTAGA TGGATCAGGC
AAAGTAACAA ATGGTTTAAA TACGTTAAAT AGCAAAACAG GTGAGATGCA GATAGGTATA
GGGAAATTAG TAGACGGATC TGGAAAAGTA ACAGATGGTT TACATGTATT AAATAGCAAT
GTAGGTATCG GAAAATTAGT ATCTGGGTCA GGCAAAGTAA CAGATGGTTT ACATGTATTA
AATAGCAATG CAGGTATTGG GAAACTAGTA TCTGGGTCAG GCAAAGTAAC AGATGGTTTA
CATGTATTAA ATAGCAATGC AGGTATTGGG AAACTAGTAG ATGGCTCCGG AAAAGTAACG
GATGGTTTAC ATGCATTAAA TAGCAATGCA GGTATAGGGA AATTAGTAGA CGGTTCCGGG
AAAGTAACGA ATGGTTTAAA CATGTTAAAT AGTAAAACAG GTGAGATGCA AACAGGTATC
GGAAAATTAG TATCTGGGTC AGGCAAAGTA ACAGACGGTT TAAATACGCT AAATAGCAAA
ACGGGTGAAA TGCAAAAAGG AATTGGCGAA TTGCGTGATG GATCTGAGAA AGTGACCGGT
GGCTTGAACG AATTAGTAAG TAAATCCGGT GATTTAAAAA CAGGAACAAC TGATCTCTCA
AATGGTATGG GAAAACTTGT TGAAGGGCGA AGTCAATTAG AAAAAGGGTC TCAAGAAATT
CAAAAGGGAT TGCAAGATTT AAATAGTAAC GTACAAAAGT CTGCTGCAGG CTTAGAGGAA
ATGCAGTCGA AAGTTCCTTC TATATTGAAT ACAGTAAATG AAAAAATAGA TGGAGCTGGG
GCGAATGTAA ATCAGTTAAA TGAACTTACG CAATCAACAG CAGGAGATGC TAAAACTGCA
GCGCAAGATG TAGCGAATTT ACAAAAGCAA ATTGAAAGTT TACCAAAAGA ATATCAAGAG
CAGTTACAAC CGTTCATAAC AAGTGCTGTA AAAAGTACAG CGACAGTTCA GCAAAAGGCT
GCCGGAGTAG CAGGTGGAAC AAATAAACTA AATGAAGAAG TAAAACAATT AAAGGGCGAA
ATACATCAAA CAACAAATGG ATTGCAAAAT AAATTACCAA ATCCAGAAGG GGTAAAAACG
CTAGCAGGTG GTATTGAGAA ACTGACGAAC GCACAAAATG AATTTGTTAG TAAGTTTCAT
GGATTTGGTG AGGGATTAGA TAAAGCAAAA ATAGGTGCCA ACAAATTAAA AGATGGATCA
GTTCAATTAA TTGATGGAGT AACGCAATTA CAAAGCGGAT CTGGAAAAGT GACAGCAGGA
TTAGGTGAAT TATATGCTGG AGCAAATCAA ATGGCAGGTG GAATAAATCA ATTAGCAGAT
GGATCTGCTC AAGTAACAGG CGGTTTAGGA ACAGTATCTG AAAGAGCAAA CCAAATGGCA
GGTGGAATAA ATCAATTAGC TGACGGCTCA AGCCAAGTAA CAGGCGGTTT AGGCACAGTA
TCTGTAGGAG TATCCAAATT AGCAGATGGG TCTGGTCAAG TAACAGACGG TTTAGGCACA
GTATCTGTAG GAGTATCCAA ATTAGCAGAT GGGTCTGGTC AAGTAACAGG CGGCTTAGGC
ACAGTATCTG TAGGAGTATC CAAATTAGCA GATGGCTCAA GTCAAGTAAC AGGTGGTTTA
GGAACAGTAT CTGTAGCAGT AAACCAATTA GCAGATGGTT CAAGCAAAGT AACAGGCGGC
TTAGGTACAT TATCCGCGGG AGCAAATCAA ATGTCAGGAG GAATAACGCA ATTAACAGAC
GGTTCAAGCC AAGTAACAAC TGGCTTAGGT ACTCTAAATG GTGGCCTAAA TCAAATGTCA
ACAGGCTCAA CCCAGCTAAT CGACGGCGTA AATAAACTAG CAGACGGCTC AGGAAAAGTA
ACTGATGGAC TAGTGAAAGT AAACGATGGT TCAGGTGAAC TTGCTGAGAA ACTTGGGGAA
GGGGCAGAGA AAACTGGGGA AGTAAAAGGG ACAGATAAAA CGTATGATAT GTTTGCAAGT
CCTGTAAAGG TGAAGACGGA GAAAATGGCG GAAGTTCCTA ACTACGGAAC TGGATTTACA
CCGTATTTCT TATCACTCGG TTTATTCGTT GGGGCATTAC TATTATCAAT CGTATATCCA
TTACGTGATA CAGTTGGCGT TCCAAAATCA GGATTTAGTT GGTTTATTAG TAAGTTCGGC
GTGTTACTAT CAGTCGGTAT TATTCAAGCG ATAGTAGCAG ATGTTATATT ACTGTTCGGA
TTAGGTGTAG AAGTACAAAG TATTCCGTAC TTCATACTCT TTAGCATCGT TACAAGTTTA
GCGTTTATTG CATTAATTCA ATGTTTAGTA ACAGCATTCG GTGATGCAGG GCGTTTCATC
GCCATCATCA CATTAATTAT TCAGCTTACA ACAAGTGCTG GAACATTCCC GTTAGAGTTA
ATTCCGAAGT TTTTACAACC ATTTAATGCT TGGTTACCGA TGACATACTC TGTATCAGGA
TTGAAAGCAG TCGTATCAAG CGGAGACTTT AACTTCATGT GGCAAAACAT AGGAATGCTC
ATGATCTTTA TCGTTGTATT ATCACTTGGA ACAATCGCCT CCTTAACTTT GATGCACAAA
CGACAATTTA AAAATGTTGC TGAAAATCAA TCGGTTGAAG CGTAA
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| Protein sequence | MMKWNQLLRK EFTEIIKSKK ILIPIIAVLF VPILYAGMFL WAFWDPYKQL DDLPVAVVNL
DKGAVFDGKP IEVGKGLVDN LKDNTSFKWE FVSEKEAEKG MEGRKYYMLV RIPDDFSSNA
TTLLKDDPKP LNLEYIPNES LNFLSSQIGG TAIEKIKGEV SSTLTKTYAE KMFDSIQDVS
KGLADGAEGA NKLHDGSSEL HDGSSKVTDG LHTLQGKSGE MKDGAQKLAD GSNKLVDGSG
KVTNGLNTLN SKTGEMQIGI GKLVDGSGKV TDGLHVLNSN VGIGKLVSGS GKVTDGLHVL
NSNAGIGKLV SGSGKVTDGL HVLNSNAGIG KLVDGSGKVT DGLHALNSNA GIGKLVDGSG
KVTNGLNMLN SKTGEMQTGI GKLVSGSGKV TDGLNTLNSK TGEMQKGIGE LRDGSEKVTG
GLNELVSKSG DLKTGTTDLS NGMGKLVEGR SQLEKGSQEI QKGLQDLNSN VQKSAAGLEE
MQSKVPSILN TVNEKIDGAG ANVNQLNELT QSTAGDAKTA AQDVANLQKQ IESLPKEYQE
QLQPFITSAV KSTATVQQKA AGVAGGTNKL NEEVKQLKGE IHQTTNGLQN KLPNPEGVKT
LAGGIEKLTN AQNEFVSKFH GFGEGLDKAK IGANKLKDGS VQLIDGVTQL QSGSGKVTAG
LGELYAGANQ MAGGINQLAD GSAQVTGGLG TVSERANQMA GGINQLADGS SQVTGGLGTV
SVGVSKLADG SGQVTDGLGT VSVGVSKLAD GSGQVTGGLG TVSVGVSKLA DGSSQVTGGL
GTVSVAVNQL ADGSSKVTGG LGTLSAGANQ MSGGITQLTD GSSQVTTGLG TLNGGLNQMS
TGSTQLIDGV NKLADGSGKV TDGLVKVNDG SGELAEKLGE GAEKTGEVKG TDKTYDMFAS
PVKVKTEKMA EVPNYGTGFT PYFLSLGLFV GALLLSIVYP LRDTVGVPKS GFSWFISKFG
VLLSVGIIQA IVADVILLFG LGVEVQSIPY FILFSIVTSL AFIALIQCLV TAFGDAGRFI
AIITLIIQLT TSAGTFPLEL IPKFLQPFNA WLPMTYSVSG LKAVVSSGDF NFMWQNIGML
MIFIVVLSLG TIASLTLMHK RQFKNVAENQ SVEA
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