| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Taci_1543 |
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| Symbol | |
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| ID | 8631410 |
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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 | Thermanaerovibrio acidaminovorans DSM 6589 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013522 |
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| Strand | - |
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| Start bp | 1611524 |
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| End bp | 1614625 |
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| Gene Length | 3102 bp |
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| Protein Length | 1033 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | |
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| Product | type I site-specific deoxyribonuclease, HsdR family |
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| Protein accession | YP_003318046 |
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| Protein GI | 269793142 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | 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 | ATGAGCATTT ACAACATCGT TGCCAGTACT GATGAAGCAA CGGTTGTTGC TGAATATGCA
GCTGAATACA ATGTTCGTCC TGAAAAGTAT CAGAGCGAGG CAGAACTTGA GCGGGAGTTT
ATCAGGCAAC TAACTTCACA AGGATATGAA TATATTTCAG TGCACAATGA AGCTTCATTG
ATAGAAAATC TTCGAAAGCA ACTTGAACTG CTTAATGATT TTACATTTAC TGATAGCGAA
TGGGACAGAT TTTTTACAGA ATGTATTGCC AATACAAATG AGGGAATTGT TGAAAAGACC
AGAAAAATCC AGGATGACCA TATCCAGATT CTAAAACGTG AAGATGGAAC AACAAAGAAC
ATATACCTTT TGGATAAAAA GAATATCCAT AACAATCGCT TGCAAGTTAT TAATCAATAC
GAAGAAGCAG GCGGCAAGCA TGAAAACCGA TATGATGTAA CAATCCTTGT CAATGGACTT
CCACTAGTTC ATGTAGAGTT AAAGCGTCGT GGTGTTGCTA TCCGTGAAGC TTTCAACCAG
ATAAAAAGAT ACCAACGTGA CAGCTTTTGG GCGGCTTCTG GTTTATTTGA GTATGTGCAA
ATATTTGTAA TCTCAAATGG CACCCATACA AAGTATTATA GCAACACCAC AAGAAACGCA
CATATCAAGG AGCAAAATAG CAGTGAACGT CGAAGAAGCA AAAAAACAAG CAATAGCTTT
GAGTTTACCA GCTTTTGGGC AGATGCAAAC AACAAAATTA TTCCTGACCT TCTGGACTTT
ACTAAAACAT TTTTTGCCAA GCATACCCTC TTAAATATAC TAACAAAATA TTGTATTTTT
ACATCTGAAG ATCTGCTCCT TGTAATGCGT CCTTATCAAA TAGCTGCTGC AGAACGTATA
TTATCACGTA TTGTAGTATC AACCAACTAC AAGAAGATGG GCACAACTGC AGCTGGAGGA
TATATTTGGC ATACAACAGG CTCTGGTAAG ACATTGACCA GTTTTAAGAC AGCCCAATTA
GCTTCTGCCT TGCCTTACAT AGACAAGGTA CTGTTTGTCG TTGACCGTAA AGACCTAGAT
TATCAGACTA TGAAGGAATA TGACCGTTTT GAAAAAGGGG CAGCTAACGG TAATACGTCC
ACAAGAGTTC TTCAAAGACA ATTGGAGGAC AGGGATGAAA AAGGAAATCC TCATGAATAC
AAAATCATTG TAACCACTAT TCAGAAGCTG GATATATTTA TTCGAAAAAA CAAACAGCAT
GATATTTATA AGAAACATGT GGTATTGATT TTTGATGAGT GTCACCGTTC CCAATTTGGT
GAAATGCATC AAGCTATCAC GAAGAGCTTT AAGAACTACC ATATCTTCGG CTTTACGGGA
ACTCCGATTT TTGCTGCTAA TGCCAGTTCA GGAGGTAACC CACTGCTTCG TACAACCGAG
CAGGTTTTTG GAGAAAAACT GCATACTTAT ACCATTGTGG ATGCCATCAA TGATGGGAAT
GTTCTGCCTT TTAGAATAGA TTTTATCAAT ACCATTAAGA TGCCTGATTA CGTTAATGAT
AAAAAAGTCT ATAGCATTGA CAGAGAAAAA GCCTTAGCAG ATCCACAGCG AATCAGTGAA
ATTGTTTCTT ATGTTCTTGA ACACTTTGAT CAGAAGACGA AGCGCAATAG TTATTACACA
TTCTCTGCGA AATGGGAAGA AGCAGATAAG CACAACCCTA AAAAGATGAT AGAAAAGCGT
GAAACAAGGC GAGTTGCCGG TTTCAACTCC ATATTTGCTG CTGCATCCAT CCCAATGGCA
ATCAGATACT ATAATGAGTT TAAGAAGCAG ATAGCGGAAA AGAACCGTAA CCTTACCATT
GCAACTATTT TCAGTTTTAG TGCAAATGAA GAAGAGCCAG ATGGATTGCT TCCTGAAGAG
GATTTTAATA TGGAAAACCT TGACCAGAGC TCCAGAGATT TTCTTGAGGC AGCTATCCGA
GATTACAATT CCACATTTAG TACGAATTAC GATACTTCCT CGGATAAGTT CCAGAATTAT
TATAAAGACC TCTCTCTTCG TGTAAAGAAT CGGGAGATTG ATATATTGAT TGTTGTCAAT
ATGTTCCTGA CAGGCTTTGA TGCAACAACC CTAAATACGC TATGGGTAGA TAAAAACCTG
AGACAGCATG GATTGATTCA GGCTTTTTCA AGAACTAACC GCATCCTAAA CAGCGTTAAG
ACCTATGGTA ATATCGTTTG CTTTAGAGAT TTGAAAGAAG AAACAGACAA AGCTATTGCA
CTATTCGGCA ATAAGGATGC TGGCGGTATT GTACTGTTAA AAACATACGA AGAATACTAT
AACGGCTATG ATGATAAAGG TGAGTATAAG CCGGGCTATG CAGAATTGAT TGCAACTCTT
ACAACACAGT ATCCCCTTGG ACAACCTATT CTCGGAGAAG AAGCGGAAAA AGACTTTATC
AGGTTATATG GAGCAATACT CAGGCTCAGA AATATTCTTA CTTCTTTCGA TGACTTTGAA
GGAAATGAGA TTTTATCTGA AAGGGATTTT CAGGACTATC AGAGCATTTA TATTGACCTG
TATCAGGAAT ACAGAAAAGG TGCTGATGGT GACAAAGAAA CTATCAATGA TGACATAGTT
TTTGAGATTG AACTGGTCAA GCAGATAGAG GTAAATATTG ACTACATCCT TATGCTTGTA
GCCAAATATC AACAATCCAA CTGCAAGGAT AAAACCATTC TTACGACCAT TGATAAGGCT
ATCAATTCGA GTATTGAACT TCGAAGTAAG AAAGAGCTTA TCGAGCGTTT TATTGAGCAA
GTCAATGTAT CGACCAAAGT GGATGAGGAT TGGCGAAAAT TCCTCCATGA GCGTAAAGAA
GAAGATATTT CAGCAATTAT AGAAGAAGAA AAATTAAAGC CCGAAGAAAC CCGCCGTTTC
ATCGACAATG CTTTCCGAGA TGGAATGCTT AAAACAACCG GTACAGATAT TGATAAAATC
ATGCCACCTG TATCCCGCTT TGGCGGAGGC AGAGCCGCGA AAAAACAAGG AATTATCGAA
AAGCTGATGG TATTCTTTGA AAAGTATTTA GGTTTGGTGT AG
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| Protein sequence | MSIYNIVAST DEATVVAEYA AEYNVRPEKY QSEAELEREF IRQLTSQGYE YISVHNEASL
IENLRKQLEL LNDFTFTDSE WDRFFTECIA NTNEGIVEKT RKIQDDHIQI LKREDGTTKN
IYLLDKKNIH NNRLQVINQY EEAGGKHENR YDVTILVNGL PLVHVELKRR GVAIREAFNQ
IKRYQRDSFW AASGLFEYVQ IFVISNGTHT KYYSNTTRNA HIKEQNSSER RRSKKTSNSF
EFTSFWADAN NKIIPDLLDF TKTFFAKHTL LNILTKYCIF TSEDLLLVMR PYQIAAAERI
LSRIVVSTNY KKMGTTAAGG YIWHTTGSGK TLTSFKTAQL ASALPYIDKV LFVVDRKDLD
YQTMKEYDRF EKGAANGNTS TRVLQRQLED RDEKGNPHEY KIIVTTIQKL DIFIRKNKQH
DIYKKHVVLI FDECHRSQFG EMHQAITKSF KNYHIFGFTG TPIFAANASS GGNPLLRTTE
QVFGEKLHTY TIVDAINDGN VLPFRIDFIN TIKMPDYVND KKVYSIDREK ALADPQRISE
IVSYVLEHFD QKTKRNSYYT FSAKWEEADK HNPKKMIEKR ETRRVAGFNS IFAAASIPMA
IRYYNEFKKQ IAEKNRNLTI ATIFSFSANE EEPDGLLPEE DFNMENLDQS SRDFLEAAIR
DYNSTFSTNY DTSSDKFQNY YKDLSLRVKN REIDILIVVN MFLTGFDATT LNTLWVDKNL
RQHGLIQAFS RTNRILNSVK TYGNIVCFRD LKEETDKAIA LFGNKDAGGI VLLKTYEEYY
NGYDDKGEYK PGYAELIATL TTQYPLGQPI LGEEAEKDFI RLYGAILRLR NILTSFDDFE
GNEILSERDF QDYQSIYIDL YQEYRKGADG DKETINDDIV FEIELVKQIE VNIDYILMLV
AKYQQSNCKD KTILTTIDKA INSSIELRSK KELIERFIEQ VNVSTKVDED WRKFLHERKE
EDISAIIEEE KLKPEETRRF IDNAFRDGML KTTGTDIDKI MPPVSRFGGG RAAKKQGIIE
KLMVFFEKYL GLV
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