| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCZK2670 |
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| Symbol | |
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| ID | 3024918 |
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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 E33L |
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| Kingdom | Bacteria |
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| Replicon accession | NC_006274 |
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| Strand | - |
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| Start bp | 2780666 |
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| End bp | 2783791 |
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| Gene Length | 3126 bp |
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| Protein Length | 1041 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 637546891 |
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| Product | hypothetical protein |
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| Protein accession | YP_084257 |
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| Protein GI | 52142573 |
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| COG category | [R] General function prediction only
[S] Function unknown |
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| COG ID | [COG1511] Predicted membrane protein
[COG2409] Predicted drug exporters of the RND superfamily |
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| TIGRFAM ID | [TIGR03057] X-X-X-Leu-X-X-Gly heptad repeats |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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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 | ATGATGCAAA TGAGCAAGCT GAAAAATTGG AGAAGTTTAT CTTTTCTATT ATGGATAGTT
ATTACCATTA CAATGATCGT AACGATGCCT AATATGGATA AATTAGTGAA AGAAAAAGGG
CACATTACGA TTCCTAATAC AGAACAAAGT AGTATTGCTG ACAAAATGAT AAAAGAAATG
GATAAAGACG GGACAGAAAA GTATGACGTT ATAGTTGTTT TTAATAGTGG TAGTAAAACA
GCTTTAACGA CTGAGCAAAA AGAGGAAATA ATAAAAACAA TCAACGCTTT GCAAAATGAA
AAAGAACAAT TAGGAATTAA AGAAGTTGTT TCACATTTAG ATAATAAAGA CTTAGAGAAA
CAATTAGTTT CTAAAGATAA TACGACTATT TTAACGCAAA TATCGATAGA TAAAAAGCAT
GGTGAAATAT CGAAAGTTAC AAATAACCTT CATAATAAAG TGAAAACGAA AGGGGTAACA
ACGTACTTAA CAGGAAGTGA TTTAATAGCG GGAGATTTTC TTACATCTTC TCAAGAGGGA
GTGAAAAAGA CTGAAGTTAT TTCAATCATT TTCATTCTTG TAATATTAAT CATTGTATTC
CGTTCACCTA TTGTTCCCAT TGTTTCTCTT CTTACTGTTG GGGTATCATA TTTAGTTTCA
ATGGGGATTA TTGCTCATTT AGTAGATCAA TTTAATTTTC CATTTTCTAA CTTTACACAA
GTGTTTGTAG TTGTTGTCCT GTTTGGGGTT GGAACAGACT ATAACATTTT ATTATTTACG
AGATTTAAAG AAGAATTAAG TAAACAAGAA AACGCATTTT TGGCTACGAA AGAAACATTT
AAATCGGCAG GGAAAACCGT TTTATATAGC GGGATAGCAG TACTAATTGG TTTTGCATCT
CTTGCTTTAG CGAGTTTTAA ATTATATCAA TCTACTTCAG CGGTAGCAAT TGGTGTCGCA
GTTTTATTAC TAGTATTAAC TACGTTAAAT CCATTTTTCA TGGTGCTTTT AGGAAAAGGG
ATGTTTTATC CCGTTAAAAC ATTTAAAGGT CATGAAGACA GTCGTCTATG GGGATTCTTT
GCGAAAAACT CAGTAGCAAC ACCATTTGTA GCTTTAATTA TTGTATTCGT GATATCGATT
CCTTTCGTAT TAAAGTATTC TAATACACTT AATTACAACG ATTTATTTGA AGTAGACAAT
AAATATGAGT CGAAAATGGG GATTAACGTA ATAGAAGAAC ATTTTCCACC TGGTTTTTCT
TCACCAAGTA CGTTAGTCAT TCAATCGAAT AACAAGTTAG ATGAGGCGAG TTCGCTTCAA
ACTTTAGATG AACTAACTGA TAAGGTTTTG AAAGTGAAAG GTGTTTCAGA AGTATATTCA
CCGACACGTC CAACTGGTGA TAGGATTAAA GAACTATATA TAAATAAACA AGCGGGGGAA
CTAAATACAG GTTTAGGAGA TGCCAATGGT GGTATAAAGG AAATTAATGA TGGATTAACT
ACTGCGAAAG ATAAGATGGG TAATAAGGAC TCAAATAGTC TTGCAAACGT TCAAAAGTTA
ATGGATGGAA CAAATGAAGC GAAAAATGGT GTATCGGCAT TAGGAACAGC TTTAAATCAA
CTATCAAATG GCATAAATGA CGGAGCACAA GGTGCACAGC AAATTGAGAG TGGGTTAACT
TCAGTAAATG AAAATATAAG TGTATTATCT CATGCAACTT CACAACTTCA TGCTGGCTAT
ACACAGTTAG AAAAAGGTTT AAGTTCTTAC GATCAATACT TCGGAAGTAT TTCTCAAGCG
ATTGACGGTG CGAAGAAAGG TTATGAACAA ATTGAAATGT TAATGACCAA TTTCATTCAA
ACGAAACCAG AATTAGCAAA TGATCCTAAC ATTCTGCAGA CGATAGGAAT TGCTAAAGAG
GCTCAAAAGA AATTAGGTGG GCTGTCAAAT GAATTAAATC AATTAGCAAC GCAGCACAAT
GCGGCGATGG GATCATTTAA AGAAGCGAAT CAATCGTTAT TGAAAGTGGA TAATGGCTTA
AAAGAAATGA ACAATGGAGT TACTAAGTTA CAAAAAGGAG CAGCTGATCT TAAAAATGGA
TTAAATGAAG GAGCAACAGG TTCAAAACAA ATTGCAAACA AGTCATCTGA GTTACAAACC
GGATTAACGA AAATAAACGA TGGGCAAGGT CAGCTATTAA CCGGACTGAA AGACTTGCAA
GAACAGATGG GTCAATTACA ATCCGGACTC ACTAAAAGTA CAGAAGGCCT TGAAAAGGTA
AGTAATGGCC TAGGGGATGC TCAGAAATAT TTAGGAGAAC TGAATGAATC AAAAAGCTCT
GAGAAATTTT ATATTCCAAA AGAAGTTTTG GAGGGAGAAG ATTTCCAAAA AGCTTTGAAT
ACGTACATGT CACATGATAG AAAGACTGCT AAAATGACAA TCATTTTAGA CGTAAATCCG
TATTCAAAAG AAGCGATGCC AATTATTCAA GAAATCAATA AAACGATAAA TGGTACTTTG
AAAGGGACCG AATTAAATAA TGCAAAAACA GCAATCGGAG GAACGACAGC TAGAAATGTT
GATTTAAAAG AAGTAACTGG GCAAGATTTC TTACGTACAG CTACAATTAT GTTAATTGGA
ATCGCGATTG TATTAATCTT GATTACACGT TCATTATTAA ACACTATCTT TATTATTGGA
TCGTTACTAT TAGCTTACTT TGCATCATTA GGGATAAGTG AACAAATTAG TACGCATATT
TTACATGTAG ATTCATTAAG CTGGAATGTT CCATTCTTTA GTTTCATAAT GATTGTCGCT
TTAGGAGTGG ATTATAGTAT TTTTGTAATG ATGAGATACA ATGAGTTAGA AGGGGACCCA
GCGACGAAAA TTGTCACTGC TTCTCGTCAT ATCGGAGGAG TCGTATTATC AGCGGCACTT
ATTTTAGGTG GTACATTTGC TGCATTAATC CCTTCAGGTG TATTAACGCT TATACAAGTA
GCATCCGTTG TTGGTGTTGC ATTATTACTA TTAGCTATTA TTGTGATGCC AATATTGTTA
CCTGCTTTAA TAGGGTTAAC GAGTAAAATG AAGGATTATA CAAAAAAATT AAGTGAAAGG
AAATAA
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| Protein sequence | MMQMSKLKNW RSLSFLLWIV ITITMIVTMP NMDKLVKEKG HITIPNTEQS SIADKMIKEM
DKDGTEKYDV IVVFNSGSKT ALTTEQKEEI IKTINALQNE KEQLGIKEVV SHLDNKDLEK
QLVSKDNTTI LTQISIDKKH GEISKVTNNL HNKVKTKGVT TYLTGSDLIA GDFLTSSQEG
VKKTEVISII FILVILIIVF RSPIVPIVSL LTVGVSYLVS MGIIAHLVDQ FNFPFSNFTQ
VFVVVVLFGV GTDYNILLFT RFKEELSKQE NAFLATKETF KSAGKTVLYS GIAVLIGFAS
LALASFKLYQ STSAVAIGVA VLLLVLTTLN PFFMVLLGKG MFYPVKTFKG HEDSRLWGFF
AKNSVATPFV ALIIVFVISI PFVLKYSNTL NYNDLFEVDN KYESKMGINV IEEHFPPGFS
SPSTLVIQSN NKLDEASSLQ TLDELTDKVL KVKGVSEVYS PTRPTGDRIK ELYINKQAGE
LNTGLGDANG GIKEINDGLT TAKDKMGNKD SNSLANVQKL MDGTNEAKNG VSALGTALNQ
LSNGINDGAQ GAQQIESGLT SVNENISVLS HATSQLHAGY TQLEKGLSSY DQYFGSISQA
IDGAKKGYEQ IEMLMTNFIQ TKPELANDPN ILQTIGIAKE AQKKLGGLSN ELNQLATQHN
AAMGSFKEAN QSLLKVDNGL KEMNNGVTKL QKGAADLKNG LNEGATGSKQ IANKSSELQT
GLTKINDGQG QLLTGLKDLQ EQMGQLQSGL TKSTEGLEKV SNGLGDAQKY LGELNESKSS
EKFYIPKEVL EGEDFQKALN TYMSHDRKTA KMTIILDVNP YSKEAMPIIQ EINKTINGTL
KGTELNNAKT AIGGTTARNV DLKEVTGQDF LRTATIMLIG IAIVLILITR SLLNTIFIIG
SLLLAYFASL GISEQISTHI LHVDSLSWNV PFFSFIMIVA LGVDYSIFVM MRYNELEGDP
ATKIVTASRH IGGVVLSAAL ILGGTFAALI PSGVLTLIQV ASVVGVALLL LAIIVMPILL
PALIGLTSKM KDYTKKLSER K
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