| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Athe_1605 |
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| Symbol | |
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| ID | 7409435 |
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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 | 1706059 |
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| End bp | 1709256 |
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| Gene Length | 3198 bp |
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| Protein Length | 1065 aa |
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| Translation table | 11 |
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| GC content | 28% |
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| IMG OID | 643715974 |
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| Product | hypothetical protein |
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| Protein accession | YP_002573472 |
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| Protein GI | 222529590 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5635] Predicted NTPase (NACHT family) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.0129457 |
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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 | ATGAGAAAAC AACTATATGA TGGATTAGTA AGTATATCTG ATGATAAGTT TCATAGGTTA
TGTGATGAAA TTTTGGAACA TTACAATCCT GAATATTCTA ACCTTGACTC ACATGGTATG
CATTTATATA AAGATAAGCC CGTGCCAGGT ACTCCGGATT CAATAAAATT TTTTCCTGAC
GGAAGCATAT ATGCTTTTCA ATATACAACT TCTGATGAGA AAAGTTTAAA AAATAAACTT
CTTAGAGATA TAAAAGAAGT GGGTTATTGG GAATATGCTA AAGATGTGCG AAGAGTTGTT
TTATGCTGCA ATTCAAAGGT CAAAGATGAT ATTAGAAGAG AATGTAGGGC AGAATGCTCA
AAGTATGGTT GGGATTTAGA CATAGTAGAT ATTGATTTAA TAATTTCTCT TATTCTTAAC
AATTATGATG TAAGAGTCAA AGCTAGTAAA TATTTTGAGG TCGATGTTTT CTCAATTAAC
TTGGAAAGCG AACTAAAATA TTATATCGAA AATAAGTATC CTCTGCTTGC TTCGAGGGAA
ATAAGGGAAA ACTATCATCG AAAGCTTCTG GAATTTGATA TTTATGCACT TGAATTAAAG
GCTGTCTCTG TTTCAAATGG GACGGAGATT GACTTTAAAA CAAAACAGAA CATTATATTG
ACAGGGGAAG CTGGAGCAGG CAAAAGTACG TTCGTTAAGA GATGGTTTTT AGAATGTTTA
AAAGAAAAGA ATTTAAAATC TATACCAGTA TTTTGTGAAC TTAGGAGTTA TTGTGGCGAA
GCTTTGCCTG AATATATAAA AATTAATATC GAAAAGGGTT TTAATCAGAT TAACATAGAG
CTTATAAATA GGCTCTTATT AGAAGGTCGT TTTCAAATAT TTCTTGATGG TTTTGATGAA
TTATCTGAAA AATATTTTGA GGAATTTAAG ATAAAATGTC TTCAAAACCT AAAGTATAAT
AAAAACACAT TTGTTATTAC TTGTAGAAAT AATCAAGTTA GTAAAATTGA AAACGTAAAT
TTTGAAAAGT ATATAATGAA ACCATTAGAA TATAATGCTA TATTGAATTT TGTTTCAAGA
GTTGTGCCAG AAAAGTTAAA TATTATTAAA GATTTTTGTA ATAATAATAC AAACATCTTA
AAATTATTAT CAAATCCATT TAATCTGACT ATAGTTGTGT CTATAATTAA GACATTAAAA
CAAGAAAAAA GTATTATTGT TTTCTTAGAA GAAATTAGTA GCAAACCACA TTATTTTTAT
AAAGAATTAT TTAATCAAAT GCTTAAATGG AATCGTGACA TAATAAATAA GTTTAAATTA
AAGGAAAAGT TTTTAGCTTA TCTTGTTTCA TATATTGCTT TCAAAACATT AAATGATATG
GAAGTGCGTT TAAATTTATG CTATATTAAC AGGCTCATTG CAGATGCTTT AAATGAATTT
TCCCTTTTTG GCCAAATTAA CATAGATGAT GTAAGAGATT GTTTGGTTAG TTGCAAATTT
ATACAAGAAT TAAACGATTA TTATCAGTTT GAACATAATA ATCTTGTAGA TTTTTTTGCT
AGTGTGTATA TCTTAGAAAA AAAAGATGAT TCTGATTTTC TTGCTGATGT TTTCAAAAAT
CCAGTATTAA TGGAGCCTCT ATTGATAGCA TTTGAAAATG AAAATTCATT TTTTGAAAAA
AATATTGAAA ATATACCATC CAGCCTTTTT CAAAAAGCAG TCGAAAGAAT TGATGATTTT
GTAAGTGAGA GAGTAGTAGA TTTCGTTAGA AAAGTATTTT CAAATGATGA AGAAAATAAT
GAAAACTTTG ACAAGGCATT ATGTATTTGC AGCCGTTTTT ATTATGATAA AAGGTTATTA
ATGGCTGTGT TTGAATATTT GAAAAGTAAA GAGGAGAAGG GTTATAAAGA TTTTAGTAGT
TTCAGGTTTA AAAATAGTGA TATTAATGCC ATTTTCAACA GCATGCCTGG AATAGAGGTT
TTTAGAAGAA TGCGTCTTGC TGAAGTCCTG GACTTATTAA CCAATCCTTT TAAATATGGT
AAAGCCGCTA CAATACTCGC CGCAAGATTT ATTAAACATC TTGATAAAGC AAGTGATGAA
CAATGGGATA AGGTTAAGGA TTTTTATTTG AAGTGCTTTA AGTATAAGGA TAAGGATTTT
TTATATTATA TACTTTTAGA GCTAGATTCA TATTTTAGAA TCAAACCTAA AGGTGTAGAA
GAGGTTTATG AGATGTTTAA AAAAACATAT AAAGGACATT TTTGGGGTCT TGCAAACAAT
CTTATTATAG AGGTAATGGA GTTAATGGGA GAACTTAAGC CGTGTGATAA TGATGAATTT
ATAAGAGAAC TTGTTGAAAG AGCTTTAAAC TGTGAAAAAA ATAATGATTA TTACATTGGT
CAGCAATTGG CAACATTAAA CTTTGAAGAA ATTGAGTATT TATGGAGTGC TCCTGCCAAG
GTACGAAAAA TCATTGGGGA TGAAGCATAT AAGAAAGCTT TACAATTCGC ATTTAACGAT
CCGAAATTGA ATGAAAATGA AATAATTTTA TCTGATATGT TATTTTATAT ATCTGAATTT
AACGATGATA ATACCCTTAA AATATTGAGG AGATACTGTT ATTATACATC TGAACACTAT
TTTTATAATG GGAAATGGGA TGGGGTTAGA ACATATGCGC TTGAAGGACT ATATAGGAAA
CCTAATGCCC AAAAATTAAA TATTTTGCTT TCTGAATTTA AGAACAGCAA GGAATATACC
TATAAGATAT TTTTCTTGTA TGGTATTTAT AAGATGTTTA TATCTAACGA ATCCGAAAAG
CTACCTATGA TAGCTGCTGA GTATAAAAAG GCAAAAGAAT GCTTATTGGA TGAATTGGAA
AATCCTAATA ATCTAAGAGA GGCAATAATT CAAGTATCTG ATTTTTATGT ACCATTTCGT
AGCAGCTATT ATTTAACTTA CTTTATTCAA GAAATATTAT CTTCACTTTT CCAAGAATAT
GTTTTTGAAA TATGCTTTGA GATTTTGAAT TCAGAGAATA AAAAAGACTT TTGGGACTAT
GTTTTAACGA TCATAGACTA TGTTGGAAAT GAAGATTGGT TGAAAAATTT AAATTGCTTC
GGTTTAAAAA ATCCTGATTA CGCAGATAAA GTTGCTAATA TTATAAGACA ATGGCGGACA
AAAAACAGTT GCAAATAA
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| Protein sequence | MRKQLYDGLV SISDDKFHRL CDEILEHYNP EYSNLDSHGM HLYKDKPVPG TPDSIKFFPD
GSIYAFQYTT SDEKSLKNKL LRDIKEVGYW EYAKDVRRVV LCCNSKVKDD IRRECRAECS
KYGWDLDIVD IDLIISLILN NYDVRVKASK YFEVDVFSIN LESELKYYIE NKYPLLASRE
IRENYHRKLL EFDIYALELK AVSVSNGTEI DFKTKQNIIL TGEAGAGKST FVKRWFLECL
KEKNLKSIPV FCELRSYCGE ALPEYIKINI EKGFNQINIE LINRLLLEGR FQIFLDGFDE
LSEKYFEEFK IKCLQNLKYN KNTFVITCRN NQVSKIENVN FEKYIMKPLE YNAILNFVSR
VVPEKLNIIK DFCNNNTNIL KLLSNPFNLT IVVSIIKTLK QEKSIIVFLE EISSKPHYFY
KELFNQMLKW NRDIINKFKL KEKFLAYLVS YIAFKTLNDM EVRLNLCYIN RLIADALNEF
SLFGQINIDD VRDCLVSCKF IQELNDYYQF EHNNLVDFFA SVYILEKKDD SDFLADVFKN
PVLMEPLLIA FENENSFFEK NIENIPSSLF QKAVERIDDF VSERVVDFVR KVFSNDEENN
ENFDKALCIC SRFYYDKRLL MAVFEYLKSK EEKGYKDFSS FRFKNSDINA IFNSMPGIEV
FRRMRLAEVL DLLTNPFKYG KAATILAARF IKHLDKASDE QWDKVKDFYL KCFKYKDKDF
LYYILLELDS YFRIKPKGVE EVYEMFKKTY KGHFWGLANN LIIEVMELMG ELKPCDNDEF
IRELVERALN CEKNNDYYIG QQLATLNFEE IEYLWSAPAK VRKIIGDEAY KKALQFAFND
PKLNENEIIL SDMLFYISEF NDDNTLKILR RYCYYTSEHY FYNGKWDGVR TYALEGLYRK
PNAQKLNILL SEFKNSKEYT YKIFFLYGIY KMFISNESEK LPMIAAEYKK AKECLLDELE
NPNNLREAII QVSDFYVPFR SSYYLTYFIQ EILSSLFQEY VFEICFEILN SENKKDFWDY
VLTIIDYVGN EDWLKNLNCF GLKNPDYADK VANIIRQWRT KNSCK
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