| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCE_2990 |
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| Symbol | |
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| ID | 2749662 |
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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 ATCC 10987 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_003909 |
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| Strand | - |
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| Start bp | 2798622 |
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| End bp | 2801738 |
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| Gene Length | 3117 bp |
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| Protein Length | 1038 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 637279797 |
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| Product | MmpL family membrane protein putative |
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| Protein accession | NP_979293 |
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| Protein GI | 42782046 |
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| COG category | [R] General function prediction only |
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| COG ID | [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 | 5 |
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| Plasmid unclonability p-value | 0.189958 |
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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 | ATGAGCAAGC TGAAAAATTG GAGAAGTTTA TCTTTTCTAT TGTGGATAGT TATTACCATT
ACAATGATCG TTACGGTGCC TAATATGGAT AAATTAGTGA AAGAAAAAGG GCACATTACG
ATTCCTAATA CAGAACAAAG TAGTATTGCT GACAAAATGA TAAAAGAAAT GAATAAAGAC
GGGACAGAAA AGTATGAGAT TATAGCAGTT TTTAATAGTG GTAGTAAAAC AGCTTTAACG
ACTGAACAAA AAGAGGAAAT AACAAAAACA ATCAACGTTT TGCAAAATGA AAAAGAACAA
TTAGGAATTA AAGAAATTGT TTCACATTTA GATAATAAAG ACTTAGAGAA ACAATTAGTT
TCTAAAGATA ATACGACTAT TTTAACGCAA GTATCGATAG ATAAAAAGCA TGGTGAAATA
TCGAAAGTTA CAAATAATCT TCATAATAAA GTGAAAACGA AAGAGGTAAC AACGTACTTA
ACAGGAAGTG ACTTAATCGC GGGTGATTTT CTTACATCCT CTCAAGAGGG AGTGAAAAAG
ACTGAAGTTA TTTCAATTAT TTTCATTCTT GTAATATTAA TCATTGTATT CCGTTCACCT
ATTGTTCCAA TTGTTTCTCT TCTTACTGTT GGGGTATCAT ATTTAGTTTC AATGGGGATT
ATTGCCCATT TAGTAGATCA ATTTAATTTT CCGTTTTCTA ACTTTACGCA AGTGTTTGTC
GTTGTTGTCC TGTTTGGGGT TGGAACAGAC TATAATATTT TATTATTTAC AAGATTTAAA
GAAGAATTAA GTAAACAAGA AAACGCATTT TTGGCTACGA AAGAAACATT TAAATCGGCA
GGGAAAACCG TTTTATATAG CGGGATAGCA GTACTAATTG GTTTTGCATC TCTTGCTTTA
GCGAGTTTTA AATTATATCA ATCTACTTCA GCGGTAGCAA TCGGTGTCGC AGTTTTATTA
CTAGTATTAA CTACGTTAAA TCCGTTTTTC ATGGTGCTTT TAGGAAAAGG GATGTTTTAT
CCCGTTAAAA CATTTAAAGG TCATGAAGAC AGTCGTCTAT GGGGATTCTT TGCGAAAAAC
TCAGTAGTAA GACCATTTGT AGCTTTAATT ATTGTATTCG TGATATCGAT TCCTTTCATA
TTAAAGTATT CTAATACACT TAATTACAAC GACTTATTTG AAGTAGACAA TAAATATGAG
TCGAAAATGG GGATTAATGT AATAGAAGAA CATTTTCCAC CTGGTTTTTC TTCACCAAGT
ACGTTAGCCA TTCAATCGAA TAACAAGTTA GATGAGGCGA GTTCACTTCA AACTTTAGAT
GAACTAACTG ATAAGATTTT GAAAGTGAAA GGTGTTTCAG AAGTATATGC ACCGACACGT
CCAACTGGTG ATAGGATTAA AGAACTATAT ATAAATAAAC AAGCGGGTGA ACTAAATACA
GGTTTAGGAG ATGCCAATGG TGGTATAAAG GAAATTAATG ATGGATTAAC TACTGCGAAA
GATAAGATGG GTAATAAGGA CTCAAATAGT CTTGCAAACG TTCAAAAGTT AATTGATGGA
ACAAATGAAG CGAAGAATGG TGTATCGGCA TTAGGAACAG CTTTAAATCA ACTATCTAAT
GGCATAAATG ATGGAGCAAA AGGTGCGCAG CAAATTGAGA GTGGGTTAAC TTCAGTAAAT
GAAAATATAA GTATATTATC TCATGCAGCT TCACAACTTC ATGCTGGCTA TACGCAGTTA
GAAAAAGGTT TAAGTTCTTA CGGTCAATAC TTCGGAAGTA TTTCTCAAGC GATTGACGGT
GCGAAGAAAG GTTATGAACA AATTGAAATG TTAATGACCA ATTTCATCCA AACGAAACCA
GAATTAGCAA ATGATCCTAA CATTCTGCAG ACGATAGGAA TTGCTAAAGA GGCTCAAAAG
CAATTAGGTG GGCTTTCAAA TGAATTAAAT CAATTAGCAA CGCAACACAA TGCGGCGATG
GGATCATTTA AAGAAGCGAA TCAATCGTTA TTGAAAGTGG ATAATGGCTT AAAAGAAATG
AGCAACGGAG TTACTAAGTT ACAAAAAGGA GCAGCTGATC TTAAAAATGG ATTAAATGAA
GGTGCTTCAG GTTCAAAACA AATTGCGAAC AAGTCATCTG AATTACAAAC CGGATTAACG
AAAATAAACG ATGGGCAAGG CCAGCTATTA ACCGGACTGA AAGACTTGCA AGAACAGATG
GGGCAATTAC AATCAGGACT ATCTAAAAGT ACAGAAGGCC TTGAAAAGGT AAGTAACGGC
CTAGGGGATG CTCAGAAATA TTTAGGAGAA CTAAATGAAT CAAAAAGCTC TGAGAAATTC
TATATTCCAA AAGAAGTTTT GGAGGGAGAA GATTTCCAAA AAGCTTTGAA TACGTACATG
TCACATGATA GAAAGACTGC TAAAATGACA ATCATTTTAG ACGTAAATCC GTATTCAAAA
GAAGCGATGC CAGTTATTCA AGAAATCAAT AAAACGATAG ATGGTACTTT GAAGGGGACG
GAATTAAATC ATGCGAAAAC AGCAATTGGA GGAACGACAG CTAGAAACGT TGATTTAAAA
GAAGTAACAG GGCAAGACTT CTTACGTACA GCTACAATTA TGTTAATTGG AATTGCGATT
GTATTAATGA TGATTACACG TTCATTATTA AATACCATCT TTATTATTGG ATCGTTACTA
TTAGCGTACT TTGCATCATT AGGGATAAGT GAACAAATTA GTACGCATGT TTTACATGTA
GATTCATTAA GCTGGAATGT TCCGTTCTTT AGTTTCATAA TGATAGTCGC TTTAGGAGTG
GATTATAGTA TTTTTGTAAT GATGAGATAC AATGAGTTAG AAGGGGACCC AGCGACGAAA
ATTGTAACTG CTTCTCGTCA TATTGGAGGA GTCGTATTAT CAGCAGCAAT TATTTTAGGA
GGTACATTTG CTGCATTAAT CCCTTCAGGT GTATTAACGC TTATACAAGT AGCATCCGTT
GTTGGTGTTG CACTGTTACT ATTAGCTATT ATTGTGATGC CAATGTTGTT ACCTGCTTTA
ATAGGATTAA CGAGTAAAAT GAAGAATTAT GCAAAGAAAT TAAGTGAAAG GAAATAA
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| Protein sequence | MSKLKNWRSL SFLLWIVITI TMIVTVPNMD KLVKEKGHIT IPNTEQSSIA DKMIKEMNKD
GTEKYEIIAV FNSGSKTALT TEQKEEITKT INVLQNEKEQ LGIKEIVSHL DNKDLEKQLV
SKDNTTILTQ VSIDKKHGEI SKVTNNLHNK VKTKEVTTYL TGSDLIAGDF LTSSQEGVKK
TEVISIIFIL VILIIVFRSP IVPIVSLLTV GVSYLVSMGI IAHLVDQFNF PFSNFTQVFV
VVVLFGVGTD YNILLFTRFK EELSKQENAF LATKETFKSA GKTVLYSGIA VLIGFASLAL
ASFKLYQSTS AVAIGVAVLL LVLTTLNPFF MVLLGKGMFY PVKTFKGHED SRLWGFFAKN
SVVRPFVALI IVFVISIPFI LKYSNTLNYN DLFEVDNKYE SKMGINVIEE HFPPGFSSPS
TLAIQSNNKL DEASSLQTLD ELTDKILKVK GVSEVYAPTR PTGDRIKELY INKQAGELNT
GLGDANGGIK EINDGLTTAK DKMGNKDSNS LANVQKLIDG TNEAKNGVSA LGTALNQLSN
GINDGAKGAQ QIESGLTSVN ENISILSHAA SQLHAGYTQL EKGLSSYGQY FGSISQAIDG
AKKGYEQIEM LMTNFIQTKP ELANDPNILQ TIGIAKEAQK QLGGLSNELN QLATQHNAAM
GSFKEANQSL LKVDNGLKEM SNGVTKLQKG AADLKNGLNE GASGSKQIAN KSSELQTGLT
KINDGQGQLL TGLKDLQEQM GQLQSGLSKS TEGLEKVSNG LGDAQKYLGE LNESKSSEKF
YIPKEVLEGE DFQKALNTYM SHDRKTAKMT IILDVNPYSK EAMPVIQEIN KTIDGTLKGT
ELNHAKTAIG GTTARNVDLK EVTGQDFLRT ATIMLIGIAI VLMMITRSLL NTIFIIGSLL
LAYFASLGIS EQISTHVLHV DSLSWNVPFF SFIMIVALGV DYSIFVMMRY NELEGDPATK
IVTASRHIGG VVLSAAIILG GTFAALIPSG VLTLIQVASV VGVALLLLAI IVMPMLLPAL
IGLTSKMKNY AKKLSERK
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