| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Athe_0890 |
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| Symbol | |
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| ID | 7407465 |
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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 | Anaerocellum thermophilum DSM 6725 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_012034 |
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| Strand | + |
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| Start bp | 990500 |
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| End bp | 993580 |
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| Gene Length | 3081 bp |
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| Protein Length | 1026 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 643715264 |
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| Product | MMPL domain protein |
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| Protein accession | YP_002572773 |
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| Protein GI | 222528891 |
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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 | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.0000250771 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | GTGAGAGTAA TTTTAAAGCG TCCGTGGCTG AGTACTATTA TATGGGCTAT TTTAACAGTA
ATATTTGTAG TTACTATGCC AGATATAAAT AAAATAGTGC GACTCAAAGG TGAACCTAAA
ATTGGTCAGG AATACCCATT TCAAGTTGCA GCAGCGTTAG AAAAAGAATA TCAGGGAGTG
CCAAAGGATA AAAAGCTTTC AACAGTAGCA ATTGTATTTT ATGACAAAAA CGGTCTTTCA
GATGAAGACA TTGTGGCAAT TAAAAGGATA ATTTATGGAC TTAACAGCAA CAGAGAAAAA
TACAACATTG AAAATATTTC AACTCATTTC AAGAATCCTG AGCTAAAAAA CTACTACGTA
TCAGGCAACA ACAAGGTTAT CCTTGCAAGC ATTCAGGCAG ACAAGTCAAA GAGAGAAATT
ATTGAGATAA GAGACGATAT TTATAAGTTT ATAGATTCTG TTAGAAAACC AAAGAGTTTA
GAAGTGTATC TGACAGGTGG AGATTTAATT ACCCAAGACT TTGTAAAGGC TTCAGAAGAT
GGTGTTAAAA AGACCGATGT CATCACAATT GTATTTATAA TCATTGTGTT GGTCCTTGTT
TTCCGCTCAC CTGTCACTCC AATTGTTTCA CTTTTAACAG TTGGTGTTTC GTTTTTAATC
TCACTTAGCA TAGTTGGGCA CATAGCAGAT AAGTTTAATT TTCCAATCAA TACTTTCACA
AGAACATTTA TTGTTGTATC CTTGTTTGGA ATTGGAACGG ATTATAATCT ATTGATTATT
TCAAGATTTA GAGAAGAGCT TGCAAATGGA AAAGATGTCG ACAATGCAAT AATAACCACA
TTTAAAACCG CAGGAAAGAC AGTGGTATTT AGCTGTCTTG CAGTTTTCAC AGGTTTTGCA
GCTTTTGCAG CAGCATCTTT TAACTTTTTC AGAGCAATGT CAGCAATTTC AGTAAGTGTA
CTTGTACTTT TACTTGTGCT TTTAACCTTG GTTCCAGCAG TGCTCAAAAT TTTTGGTAAA
AATCTTCTCT GGCCATTTAA TAAAGAAATA CAGCACACCC ATAGCAGACT CTGGGAAGCT
GCTGCGAGAC TTTCGACTAA ATATCCTTAT GTTGTTTTGA CAACAGTTAT TTTAATTTTA
ATACCTTTTC TTTTATCAGT CAGAGGCGAT TTGTCATTCA ACACACTAAA CGAGCTTTCT
GAAAAGTACA AATCCGTAAA AGGATTTAAC ATAATTTCAA AAAACTTTAG TAGTGGAAAG
ACATTTCCTG TTACGATTTA TTTAAAATCT AATAAGAGCT TAGCAACTTC GGATGCACTA
TCTGACATTG AAAAAATAAC TGAGGTATTG AGCAAGCAAA AAGGTATAAA AGATGTATAT
TCAGTAACAA GACCTCAAGG GGAGATTATA AAACAATTTA CTTTGTCAAA CCAAGCAGAT
ACTGTTATAA AAGGTATTGA TAGTTTGAGA GATGGTCTTT TGAAAGTTAA CAATGCAATT
GAGACTATAA ACAAAAATTT AAATATGTCA ACAAAAGAAT TTGATGTTCA AAAACTTATA
ACTGGCATTT CACAGCTTGA GAATGGTGTA TATGAATTGA AAATTTCTTT AGAAAAACTA
AATGGTGGAT TTGAACAGGG GTTAAATGGT TCTAAGAAGA TATATGATGG TCTTAATAAG
CTTTCAATTG GAAGCAGCAA GCTGTCTGAA GGCTTTAAAG AATTCTATTC TGAGTATACA
AGGTCAATAA ATAAGGTAAA AAGGGAATTA CAGGGATTTG ATGTAAATCA AATTGAACTT
TTATTGACAG GTATTAATAC TGCTAATAAC AATTTAAAAG CACTTTCAAA TAAGTATCCG
GAAATCTCAA AGGATATCAA TTATATTATG GCATCTGAGA TTTTATCAAA AATTGAAACT
GAAGCAAATA AGTTTGCTCC AAAGTTAAAA GAGTTTTCTT CTGAATATGA AAAGATTTCA
GCCCAGATAA ATGAAGCTGA CAAAGCTCAG AAGCTTATTT CAAATTCTAT TGATAGCATA
GCTTCAGCTT CAAAACAGCT TGCTGATGCT CATGGGAAGG TTCTAAGTGG CTACTATCAA
ATTGACAAAG GTCAAAAGCA AATAATCTCA GGTGTAAACC TTATGTATTC AAAACTTCAG
GAGTTTGACA AACAAAAAGA ACAGATTCTA AAAAAAGTGG ATGAACTTCA GACAGGGTTT
ACAAGTTTAA AATCAGCGCT TTTGCAGATT TCTGATGCAC TTAACAAGAT GGCAAATTCT
ATGCAGAATA TGAAGAGTTA TTTTGAAGGA TACAAAACAA CAAACATCTT TTACGTCCCA
CCAGAGGCTA TAAAAAGCAG TAGCTTCAAA AAGGCTTTAG ATTCATATAT GAACAAAAAT
AGAACAATAA CAAAGATAAT CTTGATTCTT GACACAAATC CATATACAAA CAAGGCAATT
GACATAGTTG ACAATGTGGA AAAGGTTTTA AATAACTCTT TAGAGTTTAT AAACACAAAG
TTTGTGTCGG TAGGAGTTGG TGGGATATCA TCTTCAAACC ACGATTTGAG AAGCATTTAT
TTTAAGGATT TCAAGACTTT GAGACTTATA ATGATAATAA GCATCTTTAT TCTCATGTTC
CTAATTTCAA GGTCAATCTT TAATGCTGCA ATAATGGTAA TAATAGTTTT TGCCGACTAC
TACCTTGCAC TCTCTATAAC AGAGATGATT TTCAAAGGAA TATTCAAGTA CGAAGCACTC
AACTGGGCAG TGCCATTTTT CACCTTTGTT GTGTTCTTAG CTCTGGGTAT AGACTACAGT
GTATTTTTAC TGATAAGGTT TTACGAATAT AGAAATTTAG AACTTTCAGA AGCACTGAGA
CTTACCTCGG CAAACATTGG GCATGTTGTA ACATCAGCGG TGATAATTTT AGCCGGCACA
TTTGCGGCAA TGCTGCCATC TGGGATTTTG ACATTAATGC AGGTTTCCAT CTGTGTTGTG
ATAGGCCTTG TTCTGCTTGC ATTTTTTCTG CTTCCATTTT TGTACAATAC TTTGATGAGA
ATAAAAAGGG ATATAATATA A
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| Protein sequence | MRVILKRPWL STIIWAILTV IFVVTMPDIN KIVRLKGEPK IGQEYPFQVA AALEKEYQGV
PKDKKLSTVA IVFYDKNGLS DEDIVAIKRI IYGLNSNREK YNIENISTHF KNPELKNYYV
SGNNKVILAS IQADKSKREI IEIRDDIYKF IDSVRKPKSL EVYLTGGDLI TQDFVKASED
GVKKTDVITI VFIIIVLVLV FRSPVTPIVS LLTVGVSFLI SLSIVGHIAD KFNFPINTFT
RTFIVVSLFG IGTDYNLLII SRFREELANG KDVDNAIITT FKTAGKTVVF SCLAVFTGFA
AFAAASFNFF RAMSAISVSV LVLLLVLLTL VPAVLKIFGK NLLWPFNKEI QHTHSRLWEA
AARLSTKYPY VVLTTVILIL IPFLLSVRGD LSFNTLNELS EKYKSVKGFN IISKNFSSGK
TFPVTIYLKS NKSLATSDAL SDIEKITEVL SKQKGIKDVY SVTRPQGEII KQFTLSNQAD
TVIKGIDSLR DGLLKVNNAI ETINKNLNMS TKEFDVQKLI TGISQLENGV YELKISLEKL
NGGFEQGLNG SKKIYDGLNK LSIGSSKLSE GFKEFYSEYT RSINKVKREL QGFDVNQIEL
LLTGINTANN NLKALSNKYP EISKDINYIM ASEILSKIET EANKFAPKLK EFSSEYEKIS
AQINEADKAQ KLISNSIDSI ASASKQLADA HGKVLSGYYQ IDKGQKQIIS GVNLMYSKLQ
EFDKQKEQIL KKVDELQTGF TSLKSALLQI SDALNKMANS MQNMKSYFEG YKTTNIFYVP
PEAIKSSSFK KALDSYMNKN RTITKIILIL DTNPYTNKAI DIVDNVEKVL NNSLEFINTK
FVSVGVGGIS SSNHDLRSIY FKDFKTLRLI MIISIFILMF LISRSIFNAA IMVIIVFADY
YLALSITEMI FKGIFKYEAL NWAVPFFTFV VFLALGIDYS VFLLIRFYEY RNLELSEALR
LTSANIGHVV TSAVIILAGT FAAMLPSGIL TLMQVSICVV IGLVLLAFFL LPFLYNTLMR
IKRDII
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