Gene Taci_1436 details

Gene Information

• Locus tag: Taci_1436
• ID: 8631293
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Thermanaerovibrio acidaminovorans DSM 6589
• Kingdom: Bacteria
• Replicon accession: NC_013522
• Strand: -
• Start bp: 1490210
• End bp: 1493737
• Gene Length: 3528 bp
• Protein Length: 1175 aa
• Translation table: 11
• GC content: 64%
• Product: pyruvate ferredoxin/flavodoxin oxidoreductase
• Protein accession: YP_003317948
• Protein GI: 269793044

Plasmid Coverage information

• Num covering plasmid clones: 16
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

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

ATGCGACCGA AGGTTACGCT GGATGGTAAC GAAGCGGCGG CCTACGTGGC CCATGCGACC 
AACGAGGTCA TAGCCATCTA CCCCATCACC CCCTCGTCCA ACATGGGGGA GTGGGCGGAT 
CAGTGGAGCG CCGAGGGTAG GACCAACATC TGGGGAGCGG TGCCCACTGT GGTTGAGATG 
CAGAGCGAGG CGGGGGCCAG CGGCTCCTAC CATGGGGCTC TGCAGGCGGG GGCGCTGGGC 
ACCACCTTCA CCGCCTCCCA GGGGCTCCTG CTGATGATCC CCAACATGTA CAAGATCGCC 
GGAGAGCTCA CCAGCACGGT GATGCACGTC TCCGCCAGGT CCGTGGCGGC CCATGCGCTC 
TCCATCTTCG GTGACCACTC GGACGTTATG GCCGCCAGGT CCACCGGCTG GGCGCTCCTC 
TGCTCCGGCT CGGTCCAGGA GGTCATGGAC ATGGCCCTCA TCGCCCAGGC GGCCACCCTG 
GAGGGTCGGA TCCCCATCCT GCACTTCTTC GACGGCTTCA GGACCAGCCA CGAGGTGGCC 
AAGGTGGAGC AGATCACCTA CGACGACATG AGGGCCATGA TCGACGAGGA CCTGGTGAGG 
GCTCACCGGG AGAGGGCGCT GAACCCCGAT GACCCGGTCA TCCGGGGCAC CGCCCAGAAC 
CCGGACACCT TCTTCCAGTC CATGGAGACC CGGAACCCCT ACTACATGGC CATGCCGGAC 
TGCGTCCAGC GGGCCATGGA CCGGTTCGCC AAGATAACCG GCCGGCACTA TCACCTCTTC 
GACTACGTGG GGGCCCGGGA CGCGGAGAAG GTGATCATCA TGATGGGCTC CGGTGCTGAG 
GTGGCCCACG AGTGCGTGGA GCACCTGGTG GAGCGGGGCG AGAAGGTGGG GCTCGTGAAG 
GTCCGCCTGT TCAGGCCCTT CAGCGCCGAG AGGCTACTGG AGGCGCTACC CGCCACCGTC 
CGGTCCATCG CGGTGCTGGA CCGCTGCAAG GAGCCCGGCG CCAACGGGGA GCCCCTCTAC 
AAGGACGTGG TGGAGGCCCT GGCCAACCGG CCGGAGATCA TGGTGGTGGG CGGCCGCTAT 
GGCCTCTCAT CCAAGGACTT CACCCCCGCC ATGGTGAAGG GGGTCTTCGA TGAGCTGGAC 
AAGCTGGAGC CCAAGAATGG CTTCACCGTG GGCATCGAGG ACGACGTCAC CTACCTATCC 
ATCGACTACG ATCCCAGCTT CGTCACCGAG GATCCCAAGA CGGTCCGGTG CCTGTTCTAC 
GGCCTGGGGT CTGACGGCAC CGTGGGGGCC AACAAGAACT CCATAAAGAT CATCGGCGAG 
GAGACGGACT ACAACGCCCA GGGCTACTTC GTCTACGACT CCAAGAAGTC CGGCGGGCTC 
ACCATAAGCC ACCTGCGCTT CGGTCCCAAG CCCATAAGGG GCTCCTACCT GATCAGCAAC 
GCCAACTTCG TGGCCTGCCA TCAGTTCTCC TTCATCGAGC GGCTCAACGT GCTCAAGAGG 
GCCGCCAAGG GTGGAGTGTT CCTCCTCAAC AGCCCCTACG GCCCCGACCA GGTGTGGGAC 
AAGCTGCCCA TCACCATCCA GCGGGAGATC ATCGAGAAGG AGCTCAAGTT CTACGTGATC 
GATGCGGTCT CCATCGCCAA GGAGACCGGC ATGGGCGGCC GCATCAACAC CATAATGCAG 
ACCTGCTTCT TCGCCATAAG CGGCGTTCTC CCCCGGGAGG AGGCCATCGA GCAGATAAAG 
AAGTCCATCA AGAAGACCTA CGGCAAGAAG GGTGAGGACG TGGTGATGAG GAACATCGAG 
GCGGTGGAGG CCACCCTGTC CAACCTCCAC CAGGTCAAGG TGCCGTCCCA GGTGACCAGC 
ACCTTCGACC TGAAGCCCCC CATGTCCCAG TGGGCCCCCT GTTTCGTCAA GGAGGTCCTG 
GGCCCCATGC TCATCGACGA GGCGGACTCG GTGCCCGTAT CCGCCCTGCC GCCCGATGGG 
ACCTATCCCA CCGGCACCTC CCAGTACGAG AAGAGGAACA TCGCCATCGA CATCCCCGTG 
TGGGATCCGG AGGTGTGCAT CCAGTGCGGC AAGTGCTCCC TGGCCTGTCC CCACGCGGCC 
ATAAGGGCCA AGGTGTACGA TCCCAAGCTC CTCGAGGGGG CCCCCGCCGC CTTCAAGTCC 
GCGGATGCCA AGTGGAAGGA CTTCCAGGGG ATGAAGTACA CCGTTCAGGT GGCCCCGGAG 
GACTGCATCG GCTGCGGCCT GTGCGTGCAG AACTGTCCCG CCAAGAACAA GGCCAACCCG 
GGGCGCAAGG CCATCAACAT GGAGTCCAAG CTCCCCTTGA GGGACCAGGA GGCGGAGAAC 
TGGGACTACT TCCTGGCCAT CCCCGACATG GACAGGAGCA AGCTGAACAA GAGCACCGTC 
AAGGACATCC AGCTCCTGCG GCCCCTCTTC GAGTTCTCCG GCGCCTGCGG CGGCTGCGGT 
GAGACCCCGT ACCTTAAGCT GGCCTCCGCT CTGTTCGGCG ACAGGATGCT GGTGGCCAAC 
GCCACCGGTT GCTCCTCCAT ATACTGCGGC AACCTGCCCA CCACCCCCTG GACCTACGAC 
GACCTGGGCA GGGGGCCCGC TTGGAGCAAC TCCCTCTTCG AGGACGCGGC GGAGTTCGGC 
CTGGGCTTCC GGCTCGCGCT GGACCAGAAG GCGGACTACG CCCGGGTGCT GCTCAAGAAG 
ATGGCCCCCC AGATCGGGGA CGAGCTGGTG ACCGCCATCC TGGAGGCCAA GCAGACCACC 
GAGGAGGAGA TCGAGGCCCA GCGGGAGCGG GTGGCCATCC TGGAGGACAA GCTCTGCGAG 
ATAGGCACCT TCGAGGCCAT GGAGCTCCTC ACCGTGGCTT ACGCGCTGGT GAAGAAGAGC 
GTGTGGATCG TGGGCGGCGA CGGCTGGGCC TACGACATCG GCTACGGCGG GCTGGACCAC 
GTGATCTCCA TGAACAGGAA CGTGAACATC CTGGTGCTGG ATACGGAGGT CTACTCCAAC 
ACCGGCGGCC AGATGTCCAA GTCAACCCCC AGGGGTGCCA TAGCCAAGTT CGCCGCGGGG 
GGCAAGAGGC AGGGGAAGAA GGACCTGGCC ATGATGGCCA TGACCTACGG TCACGTTTAC 
GTGGCTAGGG TGGCCATGGG GGCCAACGAC AGCCAGTGCG TCAAGGCCTT CCTGGAGGCG 
GAGGCCTACG ACGGTCCCTC CATGATCATC GCCTACAGCC ACTGCATCAA CCACGGGTTC 
GACCTGAGGC ACGGGTTCGA GCAGCAGAAG CGGGCGGTGG AGTCCGGGCA CTGGATACTC 
ATGCGCTATA ACCCGCTGCT TGCCAAGGAG GGCAAGAACC CTCTAATATT GGACAGCAAG 
GAACCCACCC TTCCGCTGAA GGACTACGTC TACAACGAGA CCCGCTACAG CGCCCTTCAG 
AGGATGAACC CCGAGGAGGC GGAGGCGCTT CTCCAGGAGG AGGAGCGGGA GCTTCGCCAG 
AGGTGGAGGC TCTACAAGCA CCTGGCGGAG ATGCCCATGG AGGGCTAG 

 

Protein sequence

MRPKVTLDGN EAAAYVAHAT NEVIAIYPIT PSSNMGEWAD QWSAEGRTNI WGAVPTVVEM 
QSEAGASGSY HGALQAGALG TTFTASQGLL LMIPNMYKIA GELTSTVMHV SARSVAAHAL 
SIFGDHSDVM AARSTGWALL CSGSVQEVMD MALIAQAATL EGRIPILHFF DGFRTSHEVA 
KVEQITYDDM RAMIDEDLVR AHRERALNPD DPVIRGTAQN PDTFFQSMET RNPYYMAMPD 
CVQRAMDRFA KITGRHYHLF DYVGARDAEK VIIMMGSGAE VAHECVEHLV ERGEKVGLVK 
VRLFRPFSAE RLLEALPATV RSIAVLDRCK EPGANGEPLY KDVVEALANR PEIMVVGGRY 
GLSSKDFTPA MVKGVFDELD KLEPKNGFTV GIEDDVTYLS IDYDPSFVTE DPKTVRCLFY 
GLGSDGTVGA NKNSIKIIGE ETDYNAQGYF VYDSKKSGGL TISHLRFGPK PIRGSYLISN 
ANFVACHQFS FIERLNVLKR AAKGGVFLLN SPYGPDQVWD KLPITIQREI IEKELKFYVI 
DAVSIAKETG MGGRINTIMQ TCFFAISGVL PREEAIEQIK KSIKKTYGKK GEDVVMRNIE 
AVEATLSNLH QVKVPSQVTS TFDLKPPMSQ WAPCFVKEVL GPMLIDEADS VPVSALPPDG 
TYPTGTSQYE KRNIAIDIPV WDPEVCIQCG KCSLACPHAA IRAKVYDPKL LEGAPAAFKS 
ADAKWKDFQG MKYTVQVAPE DCIGCGLCVQ NCPAKNKANP GRKAINMESK LPLRDQEAEN 
WDYFLAIPDM DRSKLNKSTV KDIQLLRPLF EFSGACGGCG ETPYLKLASA LFGDRMLVAN 
ATGCSSIYCG NLPTTPWTYD DLGRGPAWSN SLFEDAAEFG LGFRLALDQK ADYARVLLKK 
MAPQIGDELV TAILEAKQTT EEEIEAQRER VAILEDKLCE IGTFEAMELL TVAYALVKKS 
VWIVGGDGWA YDIGYGGLDH VISMNRNVNI LVLDTEVYSN TGGQMSKSTP RGAIAKFAAG 
GKRQGKKDLA MMAMTYGHVY VARVAMGAND SQCVKAFLEA EAYDGPSMII AYSHCINHGF 
DLRHGFEQQK RAVESGHWIL MRYNPLLAKE GKNPLILDSK EPTLPLKDYV YNETRYSALQ 
RMNPEEAEAL LQEEERELRQ RWRLYKHLAE MPMEG