| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TBFG_13857 |
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| Symbol | |
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| ID | 5224553 |
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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 | Mycobacterium tuberculosis F11 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009565 |
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| Strand | - |
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| Start bp | 4301261 |
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| End bp | 4304530 |
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| Gene Length | 3270 bp |
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| Protein Length | 1089 aa |
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| Translation table | 11 |
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| GC content | 61% |
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| IMG OID | 640608633 |
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| Product | integral membrane transport protein mmpL8 |
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| Protein accession | YP_001289784 |
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| Protein GI | 148825030 |
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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 | [TIGR00833] Transport protein |
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Plasmid Coverage information |
| Num covering plasmid clones | 204 |
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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 | 208 |
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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 | ATGTGCGACG TCTTGATGCA GCCTGTCAGA ACACCGAGAC CCTCGACGAA CTTACGATCG
AAACCGCTTA GGCCAACCGG TGACGGGGGT GTCTTTCCGC GGCTAGGGCG CCTTATCGTC
CGAAGGCCGT GGGTGGTGAT CGCCTTCTGG GTCGCGCTTG CGGGTCTGCT TGCGCCGACG
GTGCCGTCCC TGGACGCGAT CTCCCAGCGG CATCCAGTGG CGATTCTGCC ATCGGACGCC
CCGGTGTTGG TCTCGACCCG GCAGATGACC GCGGCATTTC GTGAAGCCGG GTTGCAGAGC
GTTGCGGTGG TGGTGCTCAG CGATGCCAAA GGGCTCGGCG CGGCCGATGA ACGCAGCTAC
AAAGAGCTGG TTGACGCCCT GCGACGCGAT ACTCGAGACG TCGTGATGCT CCAGGACTTC
GTCACCACAC CGCCCCTGCG GGAGCTCATG ACCAGCAAAG ACAATCAGGC CTGGATCCTG
CCGGTCGGCC TTCCCGGCGA CCTGGGTTCG ACCCAGTCCA AGCAGGCGTA CGCCCGCGTC
GCTGACATCG TCGAACACCA GGTCGCAGGC TCGACACTGA CGGCTAACCT GACCGGGCCC
GCGGCCACCG TCGCCGATCT GAACCTCACC GGGCAACGGG ACCGCAGTCG CATCGAGTTT
GCGATCACGA TCCTGTTGTT GGTCATTTTG CTGATCATCT ACGGGAATCC GATCACCATG
GTGTTGCCAT TGATAACAAT TGGCATGTCC GTGGTGGTTG CACAGCGCCT CGTTGCAATA
GCCGGCTTGG CGGGCCTCGG TATTGCTAAC CAGAGCATTA TTTTTATGAG CGGGATGATG
GTCGGTGCGG GAACGGATTA CGCGGTATTT CTGATTAGTC GATATCACGA CTATTTACGG
CAGGGCGCGG ATTCGGATCA AGCCGTCAAG AAGGCATTGA CATCCATCGG TAAGGTGATC
GCCGCCTCCG CGGCTACCGT AGCAATCACC TTTCTCGGGA TGGTGTTTAC CCAACTGGGA
ATTCTCAAAA CGGTTGGTCC GATGTTGGGA ATCTCGGTAG CCGTGGTCTT CTTCGCAGCT
GTCACACTGC TACCCGCCCT GATGGTGCTG ACCGGGCGTC GCGGTTGGAT CGCGCCGCGC
CGTGACCTCA CCCGGCGCTT TTGGCGGAGT TCGGGGGTGC ACATCGTGCG TCGGCCCAAG
ACTCATCTGC TCGCCAGCGC GCTGGTGCTG GTTATTCTGG CCGGCTGCGC AGGACTGGCC
CGGTACAACT ACGACGATCG CAAGACGCTT CCGGCTTCCG TCGAGAGTTC GATCGGGTAT
GCCGCGTTGG ACAAGCATTT CCCGTCTAAC CTGATCATTC CCGAGTACCT GTTCATCCAA
TCCTCGACGG ATCTGCGCAC GCCGAAGGCT CTCGCCGACC TAGAGCAGAT GGTGCAGCGG
GTGAGCCAAG TGCCGGGTGT CGCGATGGTC AGGGGCATTA CCCGACCCGC TGGACGGTCG
CTGGAGCAGG CCCGGACGTC CTGGCAGGCT GGCGAAGTCG GCAGCAAGCT GGATGAGGGT
TCCAAGCAGA TCGCTGTGCA CACCGGCGAC ATCGACAAAC TGGCCGGTGG AGCCAACCTG
ATGGCGAGCA AACTCGGCGA CGTACGGGCC CAAGTTAACC GGGCCATATC CACGGTCGGC
GGCCTCATCG ACGCGCTGGC GTACCTTCAG GACCTGCTCG GGGGCAACAG GGTTCTCGGC
GAACTGGAAG GCGCGGAGAA GCTGATCGGC AGCATGCGGG CACTCGGTGA CACCATTGAC
GCGGATGCGA GCTTTGTAGC GAACAACACC GAGTGGGCAA GCCCGGTGCT GGGGGCGCTG
GATAGCAGCC CGATGTGCAC TGCCGATCCG GCTTGTGCCA GTGCGCGCAC CGAACTGCAG
CGTTTGGTCA CAGCGCGCGA CGACGGAACG CTGGCAAAGA TATCTGAGTT GGCTCGACAG
CTGCAGGCCA CGCGCGCAGT GCAGACCCTG GCAGCCACCG TGTCCGGATT ACGCGGGGCG
CTGGCCACCG TCATCAGGGC GATGGGTTCA CTGGGGATGA GCAGTCCTGG TGGTGTGCGA
TCCAAGATCA ACCTGGTGAA CAAGGGGGTC AATGATCTCG CCGACGGGAG CCGGCAACTG
GCTGAGGGCG TGCAGTTGTT GGTCGACCAG GTGAAGAAGA TGGGTTTCGG GTTGGGCGAG
GCCTCGGCGT TCCTATTGGC AATGAAGGAC ACCGCGACCA CGCCGGCGAT GGCGGGGTTC
TATATTCCCC CGGAGTTGTT GTCGTATGCC ACCGGTGAGA GCGTCAAAGC CGAGACGATG
CCGTCAGAGT ATCGGGATCT GCTAGGCGGG CTGAATGTAG ACCAACTCAA AAAAGTCGCG
GCGGCCTTCA TTTCACCCGA CGGCCACTCA ATACGGTATT TGATACAAAC CGACCTGAAT
CCATTCAGCA CTGCTGCCAT GGACCAAATT GACGCGATCA CGGCGGCCGC TCGAGGGGCG
CAACCAAATA CCGCACTGGC CGATGCCAAG GTGTCTGTCG TCGGATTGCC CGTCGTTCTC
AAGGACACGC GCGACTACTC CGATCACGAC CTCCGATTGA TCATCGCCAT GACCGTCTGC
ATCGTTCTGC TCATATTGAT CGTTTTGCTG CGTGCGATTG TGGCACCGCT GTATCTGATC
GGCTCGGTTA TCGTATCGTA CCTGGCGGCG CTCGGTATTG GCGTTATCGT GTTCCAATTT
TTACTCGGTC AGGAAATGCA TTGGAGCATT CCGGGATTGA CCTTCGTTAT ATTGGTCGCG
GTGGGCGCAG ATTACAATAT GCTGCTTATT TCTAGGCTGC GTGAAGAGGC CGTCTTGGGG
GTGCGTTCCG GTGTCATCCG GACCGTGGCC TCAACAGGTG GTGTGATCAC TGCGGCGGGT
TTGATCATGG CTGCCTCGAT GTACGGTCTG GTATTCGCCA GCTTGGGTAG CGTGGTTCAA
GGTGCGTTCG TCCTAGGGAC CGGGCTTTTG CTGGATACCT TCTTGGTGCG TACCGTTACC
GTGCCCGCCA TTGCCGTGTT GGTTGGGCAG GCGAACTGGT GGTTGCCGTC AAGCTGGCGG
CCGGCAACCT GGTGGCCCCT TGGCCGACGC CGTGGCCGTG CCCAACGAAC CAAACGTAAG
CCGTTGTTGC CCAAGGAAGA AGAAGAGCAA TCACCGCCCG ACGACGACGA TCTGATCGGT
CTTTGGTTAC ACGACGGGCT CAGGCTTTAG
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| Protein sequence | MCDVLMQPVR TPRPSTNLRS KPLRPTGDGG VFPRLGRLIV RRPWVVIAFW VALAGLLAPT
VPSLDAISQR HPVAILPSDA PVLVSTRQMT AAFREAGLQS VAVVVLSDAK GLGAADERSY
KELVDALRRD TRDVVMLQDF VTTPPLRELM TSKDNQAWIL PVGLPGDLGS TQSKQAYARV
ADIVEHQVAG STLTANLTGP AATVADLNLT GQRDRSRIEF AITILLLVIL LIIYGNPITM
VLPLITIGMS VVVAQRLVAI AGLAGLGIAN QSIIFMSGMM VGAGTDYAVF LISRYHDYLR
QGADSDQAVK KALTSIGKVI AASAATVAIT FLGMVFTQLG ILKTVGPMLG ISVAVVFFAA
VTLLPALMVL TGRRGWIAPR RDLTRRFWRS SGVHIVRRPK THLLASALVL VILAGCAGLA
RYNYDDRKTL PASVESSIGY AALDKHFPSN LIIPEYLFIQ SSTDLRTPKA LADLEQMVQR
VSQVPGVAMV RGITRPAGRS LEQARTSWQA GEVGSKLDEG SKQIAVHTGD IDKLAGGANL
MASKLGDVRA QVNRAISTVG GLIDALAYLQ DLLGGNRVLG ELEGAEKLIG SMRALGDTID
ADASFVANNT EWASPVLGAL DSSPMCTADP ACASARTELQ RLVTARDDGT LAKISELARQ
LQATRAVQTL AATVSGLRGA LATVIRAMGS LGMSSPGGVR SKINLVNKGV NDLADGSRQL
AEGVQLLVDQ VKKMGFGLGE ASAFLLAMKD TATTPAMAGF YIPPELLSYA TGESVKAETM
PSEYRDLLGG LNVDQLKKVA AAFISPDGHS IRYLIQTDLN PFSTAAMDQI DAITAAARGA
QPNTALADAK VSVVGLPVVL KDTRDYSDHD LRLIIAMTVC IVLLILIVLL RAIVAPLYLI
GSVIVSYLAA LGIGVIVFQF LLGQEMHWSI PGLTFVILVA VGADYNMLLI SRLREEAVLG
VRSGVIRTVA STGGVITAAG LIMAASMYGL VFASLGSVVQ GAFVLGTGLL LDTFLVRTVT
VPAIAVLVGQ ANWWLPSSWR PATWWPLGRR RGRAQRTKRK PLLPKEEEEQ SPPDDDDLIG
LWLHDGLRL
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