| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tmel_1018 |
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| Symbol | |
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| ID | 5296712 |
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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 | Thermosipho melanesiensis BI429 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009616 |
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| Strand | + |
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| Start bp | 1044942 |
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| End bp | 1047527 |
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| Gene Length | 2586 bp |
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| Protein Length | 861 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 640769302 |
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| Product | MMPL domain-containing protein |
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| Protein accession | YP_001306264 |
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| Protein GI | 150020910 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1033] Predicted exporters of the RND superfamily |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.00165976 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | decreased coverage |
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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 | TTGGAAAGGT TGGGAAGATT TGTTCAAAAA CACGCGTTTT GGATAATTTT GGTTACTTTT
TTACTAACGA TATTTTTTGG TTATCAAATA AGAAATTTGG AGGTGAAAGA TGATATTACA
AAATATCCCC CGAAAGATGA TCCGCTTGTA AAAAAGTATG AATCACTTGC GGATGAATTT
GGGATTAATT CTATGGTTAT GGTTGGTTTT GAAATTGATT CTTTTGGTGA TTTGGAGAAA
ATTGATAATT TAACGTTGAA GGTTGGAAAG ACCGAGGGAG TTGAACACGT AACATCATTA
ACCAATATTC CGCTTGTAGT TAAGACGGAA AATGGTATAG AAGTTTCTAC TGTGTCTGAA
ATGTTAAAGG CAAGGAAGGT TGAACCAAAG GAGCTTTTAA AGTATAAAAC GTTGAAAGAT
AAGTTTATTT CAAGCGATGC AAGAGCAGGA TTAATGCTTG TTTCTCTTGA AGAGGGGAAA
GAGTCTGAAA CATTTGATTC AGTGAAAGCA CTTATTGAGA GTAATTATGA CAAAGGGGTA
CATTTTTATG GGATTTCTGC TGTAAATCAG TCGGTAAAAG AAATTACATT GAGAAATTTA
TTAAAGCTTG TTCCTATTTC CCTATTCATT GTTGTTTTGA TATTGACTAT TACCTTTAGA
AAACTCACAG GAGCTTTATT GCCTATTTTA GGTGTGGTTA TAAGCGTTAT TTGGACGATG
GGGTTAATTG TACTTTTTGG TTTTAAAATT ACAATTGCAA ATTCAGTTAT TCCAGTTGCT
TTGATCTCAA TAGGTACTGC ATATTCAATA CACGTAGTTA ATAAGTATTA TGAAGAAAAG
GGAGACAGAG GAGAAAGAGC AATATATACA CTAAGAGATG TTGGAATGGC TGTGTTGTTA
AGTGGAATTA CAACAGCTGT AGGGTTTTTG TCTTTGCTTA CAGCTGATAT AAAACCTGTG
TGGGTAATGG GGATTTTTTC TAGTGTCGGA GTAATGCTTT GTAATTTCAT TGCATTGTTT
TTCGTTCCCT CAATGCTTTA TTATATTAAC CCACCGGCTA TTTTTCATAT AGAAAAGAGA
CATTCAAAAT TAGATTTAAA ACCTAAATTT ACATTAATTG TTTTGTTAGT TTTAGTAGTT
TTAACTATAC CGTTTTTGTT TCGTATCAAA ACGGATATGG ATATAATAAA TTCCATTAAT
AAAAATGAAA GAATAATAGT TGATAAGAAA TTTATAGAGA AAAGTTTTGG GGGATGCGAT
TATATATTTA TAGATATACA AGGAGATTTT AAAGATCCAG GTGTGTTAAT GGCACTTAAT
GAGATTGAAA AGAGATTAAA AGGTGTAAAA GGTGTTGTTA ACACATTTTC CATAGTTGAT
ACAATGCTAG ATTTAAGTAA AGCATTTACA GGTTTTTATT CTATTCCGTT CTCAAAAGAG
GAGTTATCCA ATTTATGGTT TTTCCTCCAG GGAAATGAAA CGATTTATTC TGTTGTAAAC
AAGCAATTAA ATAGAGGTAT TATCCAAGTA ACGGTAAAAG TTGAAAGTGA AAGTGAGACA
CGAAGATTGA TTGACGATAT TGATAATATA TTAAATCAAG TTCCAAAGGG GTTTAGGTTG
GAAAGATTAC CAGATTTTAA TTATTATGCA TCAGCATTAA ACGTTGATGT GAAAAAGTTA
AAAAGAGCGT ATGATGAAGT AAAATCTCTT TCTTTTTCGG ATATAGCTAA ATTACATGTT
GGTGATATTT TAAGTGCAAT TTCAAATGTG GAAGAGTTGA TGGGAGAAGA GTTAAAGGAT
AAAGAAGGTG TTTTAAAAGA TATTCTAAAG GTTATGCATT TTTCCGAGGA GGCATTTGAA
AACACATTAC GGGATTTGGA TTTGGGATAT TTGCTTTACA ACGAGTTATA TGTTCCATAT
AAAATGTGGA AGAGTCAGGT TTTTGCAGAG AAATTAGGTG TGGATTACAC AGAGAAAACT
GAACAGTATC TAAAGATAGT TTCAGAGGAG CAAATCTATG TGCCTTCGAA AAAAGAGACT
TATAGTGCAA TTCATACAGG AGCGCAAGAA ATAGCGTTAT ACGTAAGTGA TCTTTTATTT
AAAAACCAAT ATCAATCAAT GTTTCTCACA CTTCTTGTTG TATTTTTCCT GCTTTTTCTA
CAGATGAAAT CTCTAAGGAT AGGTTTGATT GGGATAATCC CATCTATATT TACCGTATAT
TTCAATTTTG TGTTAATGGG AGCTTTTAAT ATACCGCTTA ATACTGCAAC TATCTCTATT
GCTGCAATTG CAATAGGTGC GGGTGTAGAT TATGCAATTC ATTATATTTC AAGGTATAAA
ATTGAAAGAC AAAGGGTTAA GGATGATAAA GAAGCAGTTG TTAGAACAAT TTTTACCAGT
GGAAGGGGAA TTATCTTTAA TGCATTTGCA GTTTCTTTTG GATTCTTTAC TTTTGTGTTT
TCAGATATAA AGATGCTTAA GCAGTTTGGT GTGTTAACGG GTATAACTTT AATTTTAAGT
GCAATTTTGA CAATAGTGTT TCTTTCTTCA GTATTTTTAT TAAAAAAAGA AGGAGGGAGA
GTATGA
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| Protein sequence | MERLGRFVQK HAFWIILVTF LLTIFFGYQI RNLEVKDDIT KYPPKDDPLV KKYESLADEF
GINSMVMVGF EIDSFGDLEK IDNLTLKVGK TEGVEHVTSL TNIPLVVKTE NGIEVSTVSE
MLKARKVEPK ELLKYKTLKD KFISSDARAG LMLVSLEEGK ESETFDSVKA LIESNYDKGV
HFYGISAVNQ SVKEITLRNL LKLVPISLFI VVLILTITFR KLTGALLPIL GVVISVIWTM
GLIVLFGFKI TIANSVIPVA LISIGTAYSI HVVNKYYEEK GDRGERAIYT LRDVGMAVLL
SGITTAVGFL SLLTADIKPV WVMGIFSSVG VMLCNFIALF FVPSMLYYIN PPAIFHIEKR
HSKLDLKPKF TLIVLLVLVV LTIPFLFRIK TDMDIINSIN KNERIIVDKK FIEKSFGGCD
YIFIDIQGDF KDPGVLMALN EIEKRLKGVK GVVNTFSIVD TMLDLSKAFT GFYSIPFSKE
ELSNLWFFLQ GNETIYSVVN KQLNRGIIQV TVKVESESET RRLIDDIDNI LNQVPKGFRL
ERLPDFNYYA SALNVDVKKL KRAYDEVKSL SFSDIAKLHV GDILSAISNV EELMGEELKD
KEGVLKDILK VMHFSEEAFE NTLRDLDLGY LLYNELYVPY KMWKSQVFAE KLGVDYTEKT
EQYLKIVSEE QIYVPSKKET YSAIHTGAQE IALYVSDLLF KNQYQSMFLT LLVVFFLLFL
QMKSLRIGLI GIIPSIFTVY FNFVLMGAFN IPLNTATISI AAIAIGAGVD YAIHYISRYK
IERQRVKDDK EAVVRTIFTS GRGIIFNAFA VSFGFFTFVF SDIKMLKQFG VLTGITLILS
AILTIVFLSS VFLLKKEGGR V
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