Gene Sterm_3615 details

Gene Information

• Locus tag: Sterm_3615
• ID: 8599061
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Sebaldella termitidis ATCC 33386
• Kingdom: Bacteria
• Replicon accession: NC_013517
• Strand: -
• Start bp: 3836766
• End bp: 3840302
• Gene Length: 3537 bp
• Protein Length: 1178 aa
• Translation table: 11
• GC content: 37%
• Product: pyruvate ferredoxin/flavodoxin oxidoreductase
• Protein accession: YP_003310380
• Protein GI: 269122203

Plasmid Coverage information

• Num covering plasmid clones: 0
• Plasmid unclonability p-value: 0.00000780784
• Plasmid hitchhiking: No
• Plasmid clonability: unclonable

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

ATGGCTAAAG TAATGAAAAC TATGGATGGA AACCAGGCAG CCGCATATGC ATCATATGCA 
TTTACAGAAG TTGCCGGAAT TTATCCAATC ACACCATCTT CACCAATGGC TGAATACACA 
GATGAATGGG CAGCATACGG AAAGAAAAAT CTGTTCGGCG TACCGGTAAA AATGGCGGAA 
ATGCAATCAG AAGGAGGAGC AGCAGGAACT GTACATGGAT CACTGCAATC AGGAGCGTTA 
ACGACTACTT ATACGGCGTC ACAAGGTTTA CTTTTAAAAA TACCTAATAT GTATAAAATA 
GCCGGAGAAT TATTACCTGG AGTAATGCAT GTAAGTGCTA GAGCACTGTC AGCTCAGGCT 
TTATCAATCT TTGGAGACCA CTCTGATATT TACTCTGCAA GACAGGCCGG ATGGTCAATG 
CTGGCAACTG GTTCAGTTCA GCAGGTAATG GACTTAGCTG GTGTTGCACA TTTAGCTGCA 
ATAAAATCAA GAGTTCCAGT TTTACACTTT TTTGACGGAT TCAGAACTTC ACATGAAATA 
CAAAAAGTAG AAGTAATGGA TTATAAAGTA TATGAAGACT TAATCGATAT GGAAGCAGTA 
ACAAGATTCA GAGAGCATGC ATTAAATCCT GAGCATCCGG TAACAAGAGG AACTGCTGAA 
AATGATGATA TATATTTCCA GACAAGAGAA GTACAAAATA AATTTTATGA TGCAGTACCT 
GATATCATGA ATCATTATTT AAAGGAAATC TCGAAGGTAA CTGGAAGAGA ATATGCACCG 
TTTGTATATT ACGGAGACCC GAATGCAGAA TATGTAATAG TAGCAATGGG ATCAGTAACA 
GAAGCTATAA AAGAAACAGT AGATCTTTTA ATATCAAAAG GTGAAAAAGT AGGATTACTA 
AGTGTTCACC TATACAGACC ATTCTCGGCA AAATACTTCT TTGATGCAAT GCCTAAGAGT 
GTAAAAAGAC TGGGAGTATT AGACAGAACT AAAGAACCTG GAGCTACAGG AGAACCTTTA 
TATCTTGATG TAAAATCTAT TTACTACGGA AAAGAAAATG CTCCGATCAT AGTAGGGGGA 
AGATACGGTT TATCTTCAAA AGATACTACT CCTGAACAGA TAGTAGCAGT ATATAATAAC 
TTAAAGCAGC CTGAACCAAA AGATCAGTTC ACTATAGGAA TAATAGATGA TGTTACATTC 
ACATCATTAC CGCTTGCTGA ACCTGTTTTC ACAGGAAATG CAGATGTAAC TGAGTGTTTA 
TTCTTCGGAC TGGGATCAGA CGGAACAGTA GGAGCAAACA AAAACTCAAT TAAAATCATA 
GGGGATAAAA CACCTCTGTA TTCACAAGGA TATTTTGCAT ATGATTCTAA GAAATCAGGA 
GGAGTAACAA GATCTCACCT TAGATTCAGT AAAGATCCGA TCAGATCTAC ATACTTAGTT 
ACAAAGGCTA ACTTCGTAGC ATGTTCTGTT CCTGCATATT TAGGGAAATA TGATATGCTT 
ACAGGACTTA AAGAAGGAGG ATCTTTCTTA CTAAACAGTA TCTGGGATGC AGATAAAGTA 
GTGGAACATC TGCCGAATGA AATAAAAAAA TTACTTGCTG ACAGAAAAGC AAAGTTTTAT 
ATCATAAACG CAACAGCTAT GGCGGAAGAA GTAGGATTGG GTACTAGAAC GAATACAATT 
ATGCAGTCTG CATTCTTCAA GCTGACTAAT GTAATACCTT ATGAAGAAGC TAAAACATAC 
ATGAAAGAAT ACATCGAAAA AACATACGGT GCAAAAGGAC AGGACATAGT AAAAATGAAC 
TGGGCGGCTG TAGACAAAGG AACTGAAGGA CTTGTAGAAG TAACAGTAGA TCCTGCATGG 
TCTAACCTTC CTGTAGACAA AGATATAGTA GACAGCGGAA AACCAGAATT CGTAAAAAGA 
ATAGCAGAAC CTATCAATGC AGTAAAAGGT GATGAATTAC CAGTATCAGC ATTCTTAGGA 
TATGAAGACG GAACGTTTGA AAACGGAACT ACTGCATATG AAAAAAGAGG AATAGCAGTA 
AATGTTCCTG AATGGGTACC TGAAAACTGT ATACAGTGTA ACCAGTGTGC TTTTGTTTGT 
CCTCATGCAG TAATAAGACC ATTCTTAATT AATGAAGAAG AGCTTGCAGC TGCGCCGGAA 
GGATTAACAA CTATAAAAGC TATGGGTAAA GGACTTGAAG GTCTTCAGTA TAAAATACAG 
GTTTCTACAT TAGACTGTAC AGGATGCGGA TCATGCGTAA ACGTATGTCC TGCACCAAAA 
GGAAAAGCTA TTAAAATGGA GCCTATTGAA TCACAAATAG ATAAAGGCGA AAAAGAAAAT 
ACAGATTACT TATTTAATAA AGTAAGCTAC AAAGATCATA TTATGGGTAA AGATAATGTA 
AAATCTTCTC AGTTTGCACA GCCGTTATTT GAATTCTCTG GAGCATGTGC AGGATGCGGG 
GAAACACCAT ATGTAAAATT AGTTACACAG TTATTCGGTG ACAGAATGAT GGTAGCAAAT 
GCTACAGGAT GTTCTTCTAT TTACGGAGGA TCTGCACCGG CAACACCTTA TACTACAAAT 
GCTGACGGAG AAGGACCAGC TTGGGCATCT TCATTATTTG AAGATAATGC TGAGTACGGA 
TTCGGGATGT TCTTAGGAGT AGAAACTCTT AGAAACAGAA TAGAAGTAGT AATGACAAAT 
ACTATGAACG AAGTATCTCC TGAATTACAG GGATTATACA AAGAATGGAT AGAAAACAAA 
CAAAACGGAG ATAAAACAAA AGAATTAAGA AATAAAATGC TTCCGTTACT GGAAAAAGAA 
AGCGGACAGG GAGCAAAAGA AATTCTTTCT CTAAAACAAT ATCTCGTTAA GAAATCACAA 
TGGATATTCG GAGGAGATGG ATGGGCATAT GATATAGGTT ACGGAGGTCT TGACCATGTA 
CTTGCATCAG GAGAAGATGT AAATGTTCTT GTATTAGATA CAGAGCTTTA TTCTAATACT 
GGAGGACAGG CATCTAAGTC ATCACCTGCA GCATCTGTAG AAAAATTTGC GGCATCTGGT 
AAACCAACTA AGAAAAAAGA CCTGGCAGCT ATTTCTATGA CTTATGGAAA TATTTATGTA 
GCTCAAATCT CTATGGGTGC AAATCAAAAT CAGGCACTAA AAGCATTCAA AGAAGCTGAG 
GCTTATCCGG GACCATCAAT TGTAATAGCA TACTCACCAT GTATAGCACA CGGAATCAAA 
GAAGGTATGG GAAAATCTCA GACTGAAGAA AAATTAGCTA CAGAAGCTGG ATACTGGCCA 
ATTTTCAGAT TTGATCCAAG ATTAATCGAA CAAGGTAAGA ATCCGTTACA AATAGATTGT 
AAGGATCCTG ATTGGGATAA ATTTGAAGAT TATCTGAAAA GAGAAAGAAG ATATACAATT 
CTTGCAGGAG AATTCCCTGA AAGAGCAAAA GTATTATTTG CACAAAATAA GAGCAATGCT 
CAGGACAGAT GGAATTACTA CAAGAGATTG GCTTCACTTG ATTATTCACA AAATTAA 

 

Protein sequence

MAKVMKTMDG NQAAAYASYA FTEVAGIYPI TPSSPMAEYT DEWAAYGKKN LFGVPVKMAE 
MQSEGGAAGT VHGSLQSGAL TTTYTASQGL LLKIPNMYKI AGELLPGVMH VSARALSAQA 
LSIFGDHSDI YSARQAGWSM LATGSVQQVM DLAGVAHLAA IKSRVPVLHF FDGFRTSHEI 
QKVEVMDYKV YEDLIDMEAV TRFREHALNP EHPVTRGTAE NDDIYFQTRE VQNKFYDAVP 
DIMNHYLKEI SKVTGREYAP FVYYGDPNAE YVIVAMGSVT EAIKETVDLL ISKGEKVGLL 
SVHLYRPFSA KYFFDAMPKS VKRLGVLDRT KEPGATGEPL YLDVKSIYYG KENAPIIVGG 
RYGLSSKDTT PEQIVAVYNN LKQPEPKDQF TIGIIDDVTF TSLPLAEPVF TGNADVTECL 
FFGLGSDGTV GANKNSIKII GDKTPLYSQG YFAYDSKKSG GVTRSHLRFS KDPIRSTYLV 
TKANFVACSV PAYLGKYDML TGLKEGGSFL LNSIWDADKV VEHLPNEIKK LLADRKAKFY 
IINATAMAEE VGLGTRTNTI MQSAFFKLTN VIPYEEAKTY MKEYIEKTYG AKGQDIVKMN 
WAAVDKGTEG LVEVTVDPAW SNLPVDKDIV DSGKPEFVKR IAEPINAVKG DELPVSAFLG 
YEDGTFENGT TAYEKRGIAV NVPEWVPENC IQCNQCAFVC PHAVIRPFLI NEEELAAAPE 
GLTTIKAMGK GLEGLQYKIQ VSTLDCTGCG SCVNVCPAPK GKAIKMEPIE SQIDKGEKEN 
TDYLFNKVSY KDHIMGKDNV KSSQFAQPLF EFSGACAGCG ETPYVKLVTQ LFGDRMMVAN 
ATGCSSIYGG SAPATPYTTN ADGEGPAWAS SLFEDNAEYG FGMFLGVETL RNRIEVVMTN 
TMNEVSPELQ GLYKEWIENK QNGDKTKELR NKMLPLLEKE SGQGAKEILS LKQYLVKKSQ 
WIFGGDGWAY DIGYGGLDHV LASGEDVNVL VLDTELYSNT GGQASKSSPA ASVEKFAASG 
KPTKKKDLAA ISMTYGNIYV AQISMGANQN QALKAFKEAE AYPGPSIVIA YSPCIAHGIK 
EGMGKSQTEE KLATEAGYWP IFRFDPRLIE QGKNPLQIDC KDPDWDKFED YLKRERRYTI 
LAGEFPERAK VLFAQNKSNA QDRWNYYKRL ASLDYSQN