| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Athe_1885 |
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| Symbol | |
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| ID | 7408998 |
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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 | 1993184 |
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| End bp | 1996384 |
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| Gene Length | 3201 bp |
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| Protein Length | 1066 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 643716257 |
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| Product | response regulator receiver protein |
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| Protein accession | YP_002573746 |
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| Protein GI | 222529864 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG2204] Response regulator containing CheY-like receiver, AAA-type ATPase, and DNA-binding domains |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.166704 |
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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 | GTGAAAATCT TAATTGTGGA TGATGCTGTT TTTATACGAA AGGTTTTAAG GGGAATATTA
CAAGAATTAG GAGAAGAAGT AGTGGGAGAA GCTTCAAGTG GAAACGAAGC TTTAAGAATG
GTTAAAGAAT ACAGACCTGA TGTAGTGACT TTAGATATTA CTTTGCCGGA TATGAGTGGA
TTAGAACTCT TAAAAAAGAT AAAAGAAATT TCATCCTCTA CGCAGGTTGT AATGATTACA
GCAATTAGTA ATCATGAGGT TGTAAAAGAG GCGATGAAAG TTGGAGCAAC AAATTATATC
ACAAAACCAT TTTCCCGTGA AAAAGTTGAA GAGGTTCTGA AGAAAGTAGA AAAAAATATT
CAAGCGTTGT CTCAAATTGA AAGAAATATG ACTGACGAGA AAAGTATAAG TCAGAAAGAA
TTAAGTCAAG CAAGAATTGA AACACTTGGT GTAGAGAATG AAAGCAAAAA TGAAGAAGTT
GCTAAAATAG ATAAATTTGC AAAAGTTGAA AGTAAAGATA GTAAAAGTAA AATTGATACA
ACTGAAAATT TAAATACTTC AGAATTGACC CAAGATCTCT CAGAAAAAAG AAATGAAACA
AATAATCAGC AAGAAATCAG CGAAACAGTT TCAGATTTGA TAGAGACAGA GGTAGGTGTG
TCAGATGAGT TTCTTGAGGA TGAAAAAGAA GGAAGTACTA CAGGTGTTTT TTACGACGAA
GACAAAGGTG AGGAGTTAGA AGTTGGTGTT GTAACTAATA TAGAATTTGA GCAGAAGGGT
GGAGAAGATA TTCTTTCAAT TTGTATAAAT AAAGAATTAG CTTACAATGT AGGTAGAATG
AAATTAGGGA ATGGAATAAT AGTTACTCTC GAAGAATGTT TTGTATTGTC GAGTGTCAAA
CATGAATATA TATTTGAGAA TAGTCTTATC GAGAAAGTTG AAGTAAAGGA AATAAATGAG
AATGCATACG TTATGATTTT TACTAAAGCT AAAAAATTTG ATATACGTGA AAGGGAAGGA
AAGATATCGA TAATTTTCAA AAAGAGCAAA GGAGTTATTT CTTACAATAA AAATAACAAA
TTCATAATGA TAGATAATGT GCTACCTTCT AATATTCAAG TAGATACTGT TTCCGAGAAA
GAATACATCA TTAGAATATC CACTAAGGAT GTTGTATATA ACGAGGGAGA AACTAAAGTA
GAAGATTTAA TAGTAGACAG ATATACAGTA GAGAAGAGTG CAAACGGATA TGATGTGAAA
ATTGTTTTAT ATAAGGAAGC AAGATATGAA ATTATTGAAG GAAGAACATC GGTTGGAATA
AAATTTGTGG AAGTAAATAT TTTGAAAGAT GTGGTAGTAC ATCATTCTGA ACAGGAAACA
TTAATAGAAC TTGTGACAAA CTCAAATAGT GTACCTGTAG TGTTAGAACA TGATGCAGAG
AATGGTGTTG CTTATGTATA TTTGCAAGGT TATAATGTAT CAAAGTCGTT ACTTGAGAAA
AACTTTGAAT TTGAAGAGGA GTATCTTGAA AGCCTTAAAA TAGTTGAAGA AAGGGAGAAG
GGGCAATCGT ATCTTGTTAT TTATTCACCA GTAAAAAGAA TTTCAGTAGT AAAAGAAAAA
GGCAAGACAT TTATTTCGAT AAAGCCTAAA AAAGCTTTTA TACTCTATAA TGTGTTTCAG
GAATGCATTG TATTTCAAAA CATACTTCCT GAAGAAATTG AAATTAACCA TAACCAGATT
CAAAACACAA TCGAGTTTCA AGTTAATAAC AAATATGTAA TTTTATTGAA AGACCCTATT
TTAGACAAAG AAGAATATAA TACATTTAGT TCCATAAAAG TAGAGAAAAC AGGGATGAAA
TATATAGGAA CAATTGTTCT CAAAAGCAAA AGCAAAATTG AAGTTGCGTT GTCGAATGAT
AAAAATTCGA CAAATCTATT TGTTATTCCA TATAAAAAGT TGAATAAAAT CAAAGCATTT
GAATATGAAG GAAGTGGTCC TAAGGCATTT TTAACTCTCA AGGGTGAAGG AGAAATAAAA
TATATTGCAG AAAGGGACAA AGAAAAAGGT GCTGTTACAA TAAGAGTTTT AACTGCTTCA
TTGTGCAACA TTGAACAGCC AATAGTTGAG TTCAGAGAGG GCTGTATTGA ACGTATAGAG
TTTTATGAGC AGGAGGAAGA TGTTGTAATA AATATTTTTA GTAAAGCAGA GGATTTTGAT
GTAAGGTTGG AAAATTCAGA TATAATTGTT GAGTTTGAGG CACAAGTTGT AACATTTACT
CCAGTTATTG AAGATTATAT GGTTGTATTT GAATTGCCTT TGATAAATTA TGATGATATA
GATATTGAAA AAAATGAAGA AAATAACATG TTGGTTGTTA AAGTGAACAG GAGAGATATT
TATATAGAAA AAGGGATCAA GTATTTACAA ACCGGGATTG TCAAAAGGTA TCAAGTAGTT
CAGGAAAATG GTTATAAACT ATTAATTGAT ACTACTGACG AGATTAGATA CTCTTTAGAA
AGGAAAGAGA GTAACATATT ATTTGTAATA GAAAAATGCC CTGTTCTTGA AAAGGTTGAA
GTTAATGAAC AAAGTGATGA ACTGGTACAT GTTAGTTTGT ATTTTAACAG AGGAGGAATT
AAACCTCAGA AGATTGAAAA AATTGACGGT AGACTTGAAA TCTTGTTAGG AGAAGTATTA
ACTAAGGATA AAAATATTGT TTGGAATACC GAATCAAGGA GAATTATTAG AAATATCGAC
TATATAATTA ACGAAAAAGT GCTTGTCTTA TCCATAGAAC ATGCTTATGC ATTGTGGCAA
ATAATCGCAG AAAACAATGT TATAAAACTT ACTTTTGAGG TGAAACACTG TGAAATTTTA
ATAGAAGATG AATATATTAA AATACAAAAT GTTGAAAGTG ATAAAGTGCA AGTCTTGAAA
TTTGAAGACA ATGGTTTACT GATTGTAATA GTACCACAGA ATGCAGCTTT TCTAACTTCT
AATTCCATCA AATTTAACTC AGAAAATGTT TTATATACTG CAGTTGAGCA AGACATAAAT
CAAACAGTTT GGAAAATTTA CGTTTTATAC AAATTGAACA TGACATTTGA GTCAGAAATC
AGCAATAATG ACGTAATAAT AAAAGTAAAT ACAAAGAGAA ACGATTTTGT GGGGAGAGAG
TTAGAAGCAG AAAGAAATTA A
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| Protein sequence | MKILIVDDAV FIRKVLRGIL QELGEEVVGE ASSGNEALRM VKEYRPDVVT LDITLPDMSG
LELLKKIKEI SSSTQVVMIT AISNHEVVKE AMKVGATNYI TKPFSREKVE EVLKKVEKNI
QALSQIERNM TDEKSISQKE LSQARIETLG VENESKNEEV AKIDKFAKVE SKDSKSKIDT
TENLNTSELT QDLSEKRNET NNQQEISETV SDLIETEVGV SDEFLEDEKE GSTTGVFYDE
DKGEELEVGV VTNIEFEQKG GEDILSICIN KELAYNVGRM KLGNGIIVTL EECFVLSSVK
HEYIFENSLI EKVEVKEINE NAYVMIFTKA KKFDIREREG KISIIFKKSK GVISYNKNNK
FIMIDNVLPS NIQVDTVSEK EYIIRISTKD VVYNEGETKV EDLIVDRYTV EKSANGYDVK
IVLYKEARYE IIEGRTSVGI KFVEVNILKD VVVHHSEQET LIELVTNSNS VPVVLEHDAE
NGVAYVYLQG YNVSKSLLEK NFEFEEEYLE SLKIVEEREK GQSYLVIYSP VKRISVVKEK
GKTFISIKPK KAFILYNVFQ ECIVFQNILP EEIEINHNQI QNTIEFQVNN KYVILLKDPI
LDKEEYNTFS SIKVEKTGMK YIGTIVLKSK SKIEVALSND KNSTNLFVIP YKKLNKIKAF
EYEGSGPKAF LTLKGEGEIK YIAERDKEKG AVTIRVLTAS LCNIEQPIVE FREGCIERIE
FYEQEEDVVI NIFSKAEDFD VRLENSDIIV EFEAQVVTFT PVIEDYMVVF ELPLINYDDI
DIEKNEENNM LVVKVNRRDI YIEKGIKYLQ TGIVKRYQVV QENGYKLLID TTDEIRYSLE
RKESNILFVI EKCPVLEKVE VNEQSDELVH VSLYFNRGGI KPQKIEKIDG RLEILLGEVL
TKDKNIVWNT ESRRIIRNID YIINEKVLVL SIEHAYALWQ IIAENNVIKL TFEVKHCEIL
IEDEYIKIQN VESDKVQVLK FEDNGLLIVI VPQNAAFLTS NSIKFNSENV LYTAVEQDIN
QTVWKIYVLY KLNMTFESEI SNNDVIIKVN TKRNDFVGRE LEAERN
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