| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bcer98_3196 |
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| Symbol | |
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| ID | 5347173 |
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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 cytotoxicus NVH 391-98 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009674 |
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| Strand | - |
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| Start bp | 3263994 |
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| End bp | 3267143 |
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| Gene Length | 3150 bp |
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| Protein Length | 1049 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 640840689 |
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| Product | MMPL domain-containing protein |
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| Protein accession | YP_001376414 |
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| Protein GI | 152976897 |
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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 | 10 |
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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 | GTGAATAAAC AATTTTTGAA TGGAGGGAAG AGTGTGCAAG CGATTATAAA AGGGAAATGG
TTCATCCTAA TCGGATGGAT CATTGCGCTC GCGGTGTTAC TTTCTACTGC TCCTAATATG
ATGGATCTTG TACGAGAAAA AGGACAGTTC AAACTTCCAG ATGGTTCTTT ATCGAAGACA
GCAGCAGATT TGTCTTTGCA AAAAAGTAAA GATGAAAACC ATCAAATTGC ACTCGTTTTT
TATAAGAATA AGAAAATAAC GGGTGAAGAT GAAGATAGTA TGCGGAAGGC TGTTGCGAAC
ATAGAAAAGA AAAAAGAAGA GTTGGGGATC TCTAAAATAT TACATTATTT TGATAATAGT
AAGCTGAAAA GTGAAATGCT ATCCAAGGAT GAGAAGACTG TATTAGTGTC CCTTTCGTTT
CGGGATAAGG GGTTATCTGT GGATGCTGTG AAAAAGGGAT TAGATAAAGC TTTACAGGGG
GTGAAGGTGA AGTATTATTA TACAGGAGCT TGGGTCATCA CTGACGACGT ATTGAAGAGT
TCTGAAGAAG GGTTAAAGAA GACAGAAGGG ATTACGGTTA TATTTATTCT TGTTGTTTTA
ATCCTTGTCT TTCGTTCAAT CGTTGCCCCA TTTATTCCGC TTATTACCGT TGGTTTAAGC
TATTTAGGAT CGCAATCGAT TGTTGCATTT TTAATTGACT GGATTGACTT TCCTTTATCG
ACATTTACGC AAATCTTTTT AGTTGTCGTT TTATTCGGAA TTGGAACGGA TTATTGTATT
TTACTGTTAA GTCGTTATAA AGAGGAACTT ACAACTTCAG ATCATGTAGC AGATGCTATT
GTAAAGACAT ATAAAACAGC TGGAAAGACC GTTTTATATA GTGGTATAGC GGTTATGATT
GGTTTTGCAA CAATCGGTTT TTCTCAATTT AAGTTATATC AATCTGCTCT TGCTGTCGCA
GTTGGGGTAG CTATTTTATT AATCGCTTTG TTTACCATTG TGCCGTTCTT TATGGCGGTA
TTAAATCAAA AATTATTTTG GCCACAGAAA GGCTCTCTAG AACATAAGGA AAGTAAAATG
TGGGAATTTT TTGGCAGAGT GTCCTTAAAG CGTCCATTTT TAACGATTGT ATTTTTAAGT
GTTTGTATCG CGCCATTTCT TTTTTTCTAC GATGGAAAGT TATCATTTAA TGATATGGAT
GAAATTGGTG AAAAGTACGA TTCCGTAAAA GGATTTCAAG TAATCTCTGA TAGCTTTAGC
CCAGGGAAAG TGCTTTCCTC GACAATTGTA CTAAAAAATG ATGAACCGAT GGATAATGAA
AAGTATCTTC CGTTGTTTGA AAAGGTAAGT CGAGAAGTGA GTAAAGTGAG TGGGGTAGAT
TATTTGCGTA GTGCGACTCG ACCGGTCGGG GAAGAAATTT CAGAATTATA TGTGAAAAAT
CAAGTGAAGA TAGTAGATGA AGGACTCCAA AAAGGAAATG AAGGTATTCA AAAAGTTGCT
GGTGGATTGA AGGATGCGAG TACATCTATT TTGAATTCGA AACCGAAAGT GGAAGAGGCA
GCAAGCGGGG TTACAGACCT TATTAATGGA ACAGAGAAAT TAAAAGGTGG TATCGGTGAA
TTAAGTACCA ATTTAAATCT GTTGGAACAG GGAATGACAA AAGGAGTAAA AGGAACCGGT
GATGTAAAGA ATGGGGTTGT TGAAATAAAG AAAAATGTAG AGAAGTTATT GGAAGGAAGC
CAACTGTTGC ATGAAAATTA TAAACGAGTT GAGGAGGGCT TATCGATTCT CGCTAGTAAG
TATGAAGAGG TAGGAGCGCA GTTTGGTAAA TTTTCAGGAA CGTTACAAGG TGCGGATCAA
AAATTTGCTG AGGTTGAAAG TAGATATTCA CAACTATCTC AAGATCAACA GTTCCAAATC
GCAAGAAAGA TGATTCAAGA ATCGAATAAA GGTGTTGGGC AACTGACAGC AGGCATGCAA
GTTTTAAATA AGGAACTTAA TAAAGCAACA GCAGGAGTGA AAGAGGCAAA TGCGGCATTA
GGAAAAGTAA AGGAAGGACA ACAGCAACTT ACGAATGGAC TCGAAAAGGT TATTTCTAGT
TTAGGTGAGC TTGAACGTGG GATGAATCAA GTGACAGATG GCCAGAAAAA AATAATACAA
CAATTACCAC AATTTAGTAC AGGGCTTGAA AAATTAAAAG ATGGTCAGAA ACAGATCCAA
TCTGGTTTCT CGAGTTTCTC TGGGCAATTA CAAGATTTAT CCTCTGGTTT AAAAGAGGGG
GTAAATGGAT TAAATCAAGT TTCTGGCGGG ATACAAAATG CAGGGGAATA TTTTACGGCA
CTTTCACAAG CACCAGATAA CCAGATGGCA GGATGGTTTA TACCGAATGA AGTGTTAAAG
AGTAACGATT TTCAAGAAGT ATTTGAAACA TATATGTCAT CCGATAAAAA AACTGTAACG
TTCGATGTCA TATTTAAATA CAATCCATAC TCATTAGATG CGATGAATCA AATTGTAGAA
ATCGAATCAG CTGTTAAGAG AGCTGTAAAA GACTCCCCCC TTGAGAATGC GAAATTAGGA
ATTGGTGGCG TATCGAGTTC GCAAGCTGAT CTTAGAAATA TATCAAATGA AGATTATAAT
CGAACAGTCT TGCTTATGTT AGCGGGAGTT GGATTTATTC TTCTAATCTT ACTTCGTTCG
ATTATTATGC CATTATATCT CATTTTATCA CTTGTGATTA CGTATTATAC GTCTATGGCC
GTTTCGGAAG TTGTGTTTGT TCATCTTCTA GGTTATAGCG GAATTAACTG GGTTGTTCCA
TTTTTTTCAT TTGTTATATT AGTTGCATTA GGAGTGGATT ATAGCATCTT CCTTATGTCT
CGTTTTAATG AACATCGAGA TATGAAACCT GAAGAGGCAA TTGTACTTGC GATGAAAAAG
ATGGGAACCG TAATTGTTTC AGCAGCGATT ATTTTAGGTG GAACATTTGC AGCGATGATT
CCATCAGGTG TACTATCTTT ATTACAGATT GCAACGATTG TTTTAACTGG CTTAATGTTA
TATGCATTAT TGTTTTTGCC GTTATTTGTT CCTGTTATGG TGAAAGTATT TGGAGAGGCG
AACTGGTGGC CGTTTAAGAA TGATAAATAG
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| Protein sequence | MNKQFLNGGK SVQAIIKGKW FILIGWIIAL AVLLSTAPNM MDLVREKGQF KLPDGSLSKT
AADLSLQKSK DENHQIALVF YKNKKITGED EDSMRKAVAN IEKKKEELGI SKILHYFDNS
KLKSEMLSKD EKTVLVSLSF RDKGLSVDAV KKGLDKALQG VKVKYYYTGA WVITDDVLKS
SEEGLKKTEG ITVIFILVVL ILVFRSIVAP FIPLITVGLS YLGSQSIVAF LIDWIDFPLS
TFTQIFLVVV LFGIGTDYCI LLLSRYKEEL TTSDHVADAI VKTYKTAGKT VLYSGIAVMI
GFATIGFSQF KLYQSALAVA VGVAILLIAL FTIVPFFMAV LNQKLFWPQK GSLEHKESKM
WEFFGRVSLK RPFLTIVFLS VCIAPFLFFY DGKLSFNDMD EIGEKYDSVK GFQVISDSFS
PGKVLSSTIV LKNDEPMDNE KYLPLFEKVS REVSKVSGVD YLRSATRPVG EEISELYVKN
QVKIVDEGLQ KGNEGIQKVA GGLKDASTSI LNSKPKVEEA ASGVTDLING TEKLKGGIGE
LSTNLNLLEQ GMTKGVKGTG DVKNGVVEIK KNVEKLLEGS QLLHENYKRV EEGLSILASK
YEEVGAQFGK FSGTLQGADQ KFAEVESRYS QLSQDQQFQI ARKMIQESNK GVGQLTAGMQ
VLNKELNKAT AGVKEANAAL GKVKEGQQQL TNGLEKVISS LGELERGMNQ VTDGQKKIIQ
QLPQFSTGLE KLKDGQKQIQ SGFSSFSGQL QDLSSGLKEG VNGLNQVSGG IQNAGEYFTA
LSQAPDNQMA GWFIPNEVLK SNDFQEVFET YMSSDKKTVT FDVIFKYNPY SLDAMNQIVE
IESAVKRAVK DSPLENAKLG IGGVSSSQAD LRNISNEDYN RTVLLMLAGV GFILLILLRS
IIMPLYLILS LVITYYTSMA VSEVVFVHLL GYSGINWVVP FFSFVILVAL GVDYSIFLMS
RFNEHRDMKP EEAIVLAMKK MGTVIVSAAI ILGGTFAAMI PSGVLSLLQI ATIVLTGLML
YALLFLPLFV PVMVKVFGEA NWWPFKNDK
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