Gene Tter_1418 details

Gene Information

• Locus tag: Tter_1418
• ID: 8645914
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Thermobaculum terrenum ATCC BAA-798
• Kingdom: Bacteria
• Replicon accession: NC_013525
• Strand: +
• Start bp: 1540486
• End bp: 1544031
• Gene Length: 3546 bp
• Protein Length: 1181 aa
• Translation table: 11
• GC content: 43%
• Product: chromosome segregation protein SMC
• Protein accession: YP_003323146
• Protein GI: 269926523

Plasmid Coverage information

• Num covering plasmid clones: n/a
• Plasmid unclonability p-value: n/a
• Plasmid hitchhiking: n/a
• Plasmid clonability: n/a

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

TTGAAGATCA ATTCCCTGAA AATACAAGGA TTCAAGAGCT TTAGTAATCA CACATTACTA 
GAGTTTGATC ATGGCATAAC GGCTATAGTT GGCCCCAACG GCTCGGGCAA GAGCAATATA 
CTAGAGGCTA TAAGATGGGT TCTGGGTGAA CAGAGCTATT CCCTACTTAG GAGTAAGAAA 
TCAGAAGATG TAATTTGGGC AGGCAGCCCC GGCAAACCAA GGGCCGGCAT GGCTGAAGTA 
GAGATATCGA TTGACAATCA CGACAAATCT ATTCCTCTAC CATATGAAGA GATTAGCATA 
ACGAGACGGG CCTATAGAAG TGGTGAGAAC GAATACTTAA TAAACGGCAG AAAGGCAAGG 
TTACGTGATG TCCAAGAGAT AGGGGCAATC ATTGGTGAAT CTTTCACCTT CATAAATCAG 
GGATCAGTCG ATGAAGTGCT GCTGATTAGC CCCGAACATC GTACAGTGCT CCTAGAACAG 
GCAGCAGATA TAACACACCA CTTTAAAAGA CGGGACGAAA CTCTGAAAAG GCTTGCAGAG 
GTAGAAGATA ATCTCAGGCG AGTAGAAGAT TTATTGAACG ATAGCAGGCC GCGTCTCAAA 
AGCCTTATCA AGCAAGTAAA CAACCTGCGA TCAAAAGAAG TCGAAGAGGA AAAGCTAAGG 
CAGCTATTAG AAGCCTACTA TTCCCGGCAA ATTCAGGACC TAGAGAGTCA AATAGAGTCA 
GCTAGGCACA GAAAAGTTCA TCTCCAGAAT AGGCGTGACC AGATACTGGA TCGTTTACCA 
ACACTCGAAT CGCAAAAGCG CCTTATAGAG CAGGATATTG AAAAAAGGAA AAACCACATT 
GAGTGGGTAA ACGCCTCCCT AAGAGAGAAC AAGGCTCTGA TGGCTTCCCT ACAGAGGCAG 
ATCGCTGATC TCCAGAAAGA CCTAACAGAA AATGAAACCC AAGCAAGAAT AACAGAATCC 
GAGATAGAGC ACCTAAAAGC CCAGAAGCTG CAAGTCTTGA CCGAGATACA CAAACTTGAA 
GCTGAAATAG AACTTTTGTG CAAGCAAAAG CGACAAGTAG AAACTGAACT GCTAACTCTG 
GAACAAGGCT CAAGAAACAG TATAGGCAAG AAACAACAGA TAGAAAGTTC CATAGCAGGC 
TTCGAACAAG AACTATCGGA GTTGCAAAGA GAGATAGCTT CTAAGAAGAG GCTAGTGGAA 
ATCCTAACTG AGGAAATAAG TAACTTAGAG AATGAAATAG AGATCCATAC TAGCGAGAGG 
CTTAGTATCC AAGCTCGCAG CGAAGAGATA CAAACCAAAA GAAAACACCT AATAGACAGG 
ATACAAGGCA CCGAACGAGA GAGGCTAAGA TTATTAGAAA AAATCAAAGA TGTAAAGCAA 
AAGATAGGTA CAACCAAACG TGAACATCAA GAACTCCAGC AAAGGTACAG CAATCTATCC 
TTACAGCTGC GAGAAGTACA GTCTAGAGAG AAGATACTCG ATGATATCAG CAAGAGCGCT 
GCTGATATGC AGCCCGGTGT AAGAGAGATT ATGCGCGCAA GTGCTTCCGG AGTATTGGGC 
GGGATATTAG GGCCTGTGGG TAATCTCATA TCGGTCCCGG CAGAGCTAGA AACAGCTATA 
GAAGCAGCAA TTGGAACAGG CTTACAGAAC GTCATAACCC TAACTTGGCA GGATGCAGAG 
AAAGCTATCG AATGGCTAAA GATGAAGAAA ATTGGCAGAG TAACCTTCCT TCCTATAGAC 
ACAGTAACAC CACTAAAGGC TTCTCACATA CCGAATATCG ATGGTGTGGT TGGAATAGCA 
AGCGAATTAG TAAGCTATCC AGAACAGATA GATAGAGCAA TCTCCTACAT GCTAGGAAGA 
ATATTAGTCG TACGCGATCT TGGCATAGCG AGACAAGTAT TGCCTAGCTC CAGAGGTATT 
AGCTCAATAG TAACCTTAGA AGGTGAGGTA GTTAGACAAG GAGGTGCCGT TACTGGAGGT 
AATTTATCTA AAGCGCAAGG AGGGATTCTA GCCAAAAGAC GTGAGCTAAA AGAGTCACGC 
GAAAGGGCAA GAGAGATAGG CCAGAAGCTA GAAGAGGTAA AAGATCAAGC ACACAAGCTG 
GACAACATTC TACAAACACT CAGACAAGAA GAGGACAGTC TCACCAAGGA TCTATCGCAA 
TTGGAGCAGA GCTTGCTCAG GGAAAAAGGC TCTGAGAAGT CTTTAGAAGA CCAATGTAAG 
CTGCTTAAAG AGAGACTGGA TTGGGTAGAA CAACAAATAG AGCGACTCCA AAGAAGACTA 
AACGAAGCAA ATAACAAGCT GCCTCGGGAA AAAGAACAGC TGCATAAGCT TACTGAAAGA 
GAAAAGGATA TCAAAGCCAG AATTAATCAA GAAAGGGAGG CTCTTGGAGA ATATGAGAGT 
AGCATATCTG AGATGGAGGC TAACCTTCTC AGATTATCCT CTTCTCTAGA GACACTTGAT 
AGAGAGCTTG TAAAAACAAC TCACAACTTA CATGAAAATA AGGCCAGGAT CACCAAAATA 
GATTCTGAGG TAGCTAGTAG GCAGTCGGAG CTAGATGACA TTCACAGGCG AATAGAATGC 
TTGTCACCTC AAGTATCTCA CCTGACGAAA CAGCTAGATG TTGTATCTAA AGAGATCAGC 
AGCTTGCAAG AGAAGATAGA TGAGGATTCT AACCAAATAG AGTCATTAAG AGAATCCCTT 
ATAACAATCA CGAATCAAAT AGCCTCATCA AATAATGAGC TCAGCTCTCT AAATGACTCC 
CTACAAGATG CATGTACCTT GTTAGAACAT CTTGAAAGGC AAAAAAGCGA CCTTATACAT 
GCATGTCAAA GAGAAACAGG TAAAGCTCCC TCCACTGATA TTCAAATTAG TGACGACCTA 
GGAGATTTGA TTAAAAAGAT TGAGCAATCA AGACAGAAGA TAGCCAGAAT AGGACCGGTC 
AATCCATTAG CCATTGAAGA ATATAACCAA GTCCGTGATA GGGTGGATTT TCTCGAATCT 
CAACTAAGGG ATATCAGTAA AGCTAAGCAT AACCTAGAAG ATCTTATCAA CAGGCTGGAG 
CATGAGATGC AACAGGCATT TCAGGAGACA TTCCAGGAAG TATCACAGAC CTTTGCCGAG 
TACTTTGATC GACTCTTTGG AGGTGGCAAG GCAGGTCTAA AGCTAGCCAA GGATGATAAA 
GATAAGTTAG GAGTTGAAAT AGAAGTCCAA CTACCAGGTA AAAGAGTCTC AACATTATCG 
GCATTGTCAG GTGGAGAAAG GGCTTTATGC TCTTGCGCGT TGTTATTAGC ACTAATAAAA 
GATAGTAAAG CCCCCTTCTG CGTTATGGAT GAGGTAGATG CAGCGCTTGA TGAACGTAAC 
GTTACGAGGT TCTGTGATCT CTTAGAAGAG CTAGCAAGTG ACACTCAGTT TATAGTCATC 
ACCCATAACA GGTTCACTGT CGAGAGAGCT AGCAGGATAT TTGGAGTAAC TCAGGATAAA 
CAGGGTGTTA GTACCGTATT AAGTGTCAGA ATGGAAGACT ATCTAGCAGC AGATAAGGCT 
TCCTAA 

 

Protein sequence

MKINSLKIQG FKSFSNHTLL EFDHGITAIV GPNGSGKSNI LEAIRWVLGE QSYSLLRSKK 
SEDVIWAGSP GKPRAGMAEV EISIDNHDKS IPLPYEEISI TRRAYRSGEN EYLINGRKAR 
LRDVQEIGAI IGESFTFINQ GSVDEVLLIS PEHRTVLLEQ AADITHHFKR RDETLKRLAE 
VEDNLRRVED LLNDSRPRLK SLIKQVNNLR SKEVEEEKLR QLLEAYYSRQ IQDLESQIES 
ARHRKVHLQN RRDQILDRLP TLESQKRLIE QDIEKRKNHI EWVNASLREN KALMASLQRQ 
IADLQKDLTE NETQARITES EIEHLKAQKL QVLTEIHKLE AEIELLCKQK RQVETELLTL 
EQGSRNSIGK KQQIESSIAG FEQELSELQR EIASKKRLVE ILTEEISNLE NEIEIHTSER 
LSIQARSEEI QTKRKHLIDR IQGTERERLR LLEKIKDVKQ KIGTTKREHQ ELQQRYSNLS 
LQLREVQSRE KILDDISKSA ADMQPGVREI MRASASGVLG GILGPVGNLI SVPAELETAI 
EAAIGTGLQN VITLTWQDAE KAIEWLKMKK IGRVTFLPID TVTPLKASHI PNIDGVVGIA 
SELVSYPEQI DRAISYMLGR ILVVRDLGIA RQVLPSSRGI SSIVTLEGEV VRQGGAVTGG 
NLSKAQGGIL AKRRELKESR ERAREIGQKL EEVKDQAHKL DNILQTLRQE EDSLTKDLSQ 
LEQSLLREKG SEKSLEDQCK LLKERLDWVE QQIERLQRRL NEANNKLPRE KEQLHKLTER 
EKDIKARINQ EREALGEYES SISEMEANLL RLSSSLETLD RELVKTTHNL HENKARITKI 
DSEVASRQSE LDDIHRRIEC LSPQVSHLTK QLDVVSKEIS SLQEKIDEDS NQIESLRESL 
ITITNQIASS NNELSSLNDS LQDACTLLEH LERQKSDLIH ACQRETGKAP STDIQISDDL 
GDLIKKIEQS RQKIARIGPV NPLAIEEYNQ VRDRVDFLES QLRDISKAKH NLEDLINRLE 
HEMQQAFQET FQEVSQTFAE YFDRLFGGGK AGLKLAKDDK DKLGVEIEVQ LPGKRVSTLS 
ALSGGERALC SCALLLALIK DSKAPFCVMD EVDAALDERN VTRFCDLLEE LASDTQFIVI 
THNRFTVERA SRIFGVTQDK QGVSTVLSVR MEDYLAADKA S