Gene Sterm_1747 details

Gene Information

• Locus tag: Sterm_1747
• ID: 8597216
• 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: 1880803
• End bp: 1884171
• Gene Length: 3369 bp
• Protein Length: 1122 aa
• Translation table: 11
• GC content: 36%
• Product: DNA polymerase III, alpha subunit
• Protein accession: YP_003308536
• Protein GI: 269120359

Plasmid Coverage information

• Num covering plasmid clones: 18
• 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

ATGATGAGAG AAGAGTTTGT ACATTTGAAA CTGCATACAG AGTATTCACT TCTGGAGGGC 
GTAGGCAAAA TAGAAGAATA TCTGGACAGG GCGAAAAAAC TGGATATAAA GCAATTAGCT 
GTGACTGACA CAGCTATGTT TGGCGTGGTC GAATTTTATG AAAAGGCTTT TAAAAAGGGA 
ATAAAGCCTA TAATTGGTCT TGAAATATTT ATGGACGGTT TTTTTTCCGA AGGAGAATAT 
TCACTTACTC TGCTTGCGAG GAACCAGACA GGATATAAAA ATCTGTGTAA ACTTTCATCA 
CTGTCATTCA GCAGATTTAA CAGAAGCAGA AATAAAATAA GATATGAGGA ATTAAAAAAA 
CATTCCGAAG GTCTGTTTAT ACTTTCCGGA GGAATAAACA GCGAGCTTAC CGAATCTATA 
CTGACTTATA AATACAGTGA ATTTAAAAAT ATAATAACGA AGCTTGTACA GGATTTCGGT 
GAATATTTTT ATGTAGAAGT ACCTGCCGCT GAAAGGCTGA AGGATAAAGT AAAGCTGTAT 
ATAGAGATGG CAGAGGAATG CAATGCGGAA TATGTGGCTG CCAATGATGT ATATTATCCT 
AATTTCGGTG ACAGTATCCT CCAGAAAATA ATGATTTCGA TAAAGGACGG AACTAAAATA 
AATTCTGAAA ATACAGAGTT AAAATATAAT GATCTTTATC TGAAATCGGC GGAGCAGATG 
AAGGAAAATT TTTCAGGATA TGAAAAAGCG ATTGAAAATA GTTTGAAAAT AGCAAGAGAG 
TGCAATGTAA GCTTTGAATT TGATAAATTT AAATTTCCCG AATATAATCT TCCAGAGGGA 
AAAAGTGAGA CAGAGTATAT CAGAGAGCTG GTATATGACG GACTGAAAAA GAAATACGGC 
GAGCCTTTGG AGGAAAAAAT AACGGAAAGA GCAGAGTATG AGCTTGATAT AATAAATAAA 
ATGGGATATA ACGGGTACTT CATAATAGTA TGGGATTTTA TAAAATATGC AAAGGATAAC 
GGTATTTATG TGGGACCGGG AAGAGGTTCG TCGGCGGGGA GCATAGTATC ATATGCTCTG 
AATATAACCG AGGTAGATCC TATTAAGTAT AACCTGATTT TTGAACGTTT TTTGAATCCT 
GAAAGAATTT CAATGCCTGA TATAGATATA GATTTTGATC AGGAACAAAG AGAACAGGTA 
ATAGATTATG TAGTAAAAAA ATACGGACAT GAAAAGGTAG CTCATATTAT TACATTCGGG 
ACTCTGAAAG CAAGGGCGGC AATCAGGGAC GTAGGAAGAG TTCTTGATAT TAATCTGAAA 
AAAGTAGATA AAGTAGCAAA ATTAATACCG CATTTTTCCG AGCTGGAAGA TGCAGTAAAG 
AATGTACGCG AATTAAAAAC TCTTTATAAC AGTGACAGTG AAGTAAGAGA TATGATAGAT 
TATTCTCTTA AGCTGGAGGG GAAAGTAAGA CATGCTTCGG TTCATGCGGC GGGTATGGTT 
ATTTCCAAAG ATGTTTTGGA TGATGAAATT CCTACTTATT CAGACGGTCG GGCATCTTTT 
CTGTCTACGC AGTATCAGAT GAAAGAGCTG GAGGATCTGG GAATACTCAA GATGGATTTT 
CTCGGGCTGA AAAACCTGAC TATCCTCAGA AAAACAATGG AAAATATAAA AATAACACAG 
GGAAAAGTCA TGGTACTGGA TGATATACCT CTTGATGATA AAGAAACATA TAAAATGCTT 
ACCGCAGGAG ACACACTCGG AGTTTTCCAG TGTGAGTCCA TTGGAATAAG AAGACTTATG 
CAAAAGATGA AAATAGAAAA GTTTGAAGAT ATAGTGGCGC TTTTGGCTCT GTACAGACCG 
GGACCTCTGC GGAGCGGTAT GGTTGATGAT TTTATAGCGA GCAAGAATGA AGGAGCCGCA 
ATAAAGTATC CTCATGAGGC CTTAATAGAT GTGTTGAGCG AAACATATGG CGTTATACTT 
TATCAGGAAC AGGTACTGAA AATAGTAAAT GTACTTGCCA ATTATACAAT GGGTGAAGGA 
GACAGTCTCC GGCGTGCAAT GGGTAAAAAA ATTCCGGAAT TAATGGCACA GAACAGGGAA 
GTATTCATAA AAAGAGCTGT AGAAAATAAT ATTACTCCTG ATAAGGCTGA GGAGATATTT 
AACCTCATAG ATAAATTCTC GGGATACGGA TTTCCAAAAT CCCACTCAGT GGCTTATGCT 
TTGGTGGCTT ACTGGACGGC ATACTTGAAA ACTAATTATT TTAAAGAATT TTTTGCTGCG 
ACTATGTCTA CGGAAATGTA TAATATAGAC AGGCTTTCAC TGTTTATAAA TGAGGCAAGA 
GATAAGGGAG TGAAAGTTCT TCTTCCGGAT GTTAATTTGT CAGCATATGA GTTTCTTGCA 
GAAAAAGACG GAATACGGTT CGGACTTCTG GCAATAAAGC ATGTGGGAAT AAACATAGTA 
AAGAAAGTAA TTGAAGTCAG AAAAAATGAA AAATTTGATT CTTATGAAGA TTTTGTATAT 
AATCTGAAAA AAGAGGGACT GAATAAAAAA CAGCTGGAAG CATTTGTATT TTCCGGAAGC 
CTTGATAAAA TACATAATAA CAGAAAAGAG ATGTTTTCAT CAATAGACAG GGTTTTGGAA 
TGGTGTGAGA AAAAATTTAA TTCCGAAGAG GATCTTCAGA TGATATTATT CGGGGGGAAA 
TCTCAGAAAA TAGGATTGTT TTCAATGGAA AAATCCGAAG AATACAGTGA AAGTCTTCTT 
TTGGAAAAGG AAAAAGAATT TTTGGGGGTT TATCTTTCGA AGCATCCTCT TGATAATTAC 
AAGCTTCTTA TGAGAACAAT AGACAAAACC CGTATGGACA GTCTGAAACA AGGGAAAAGA 
GCAAGGGTAA TAGGTCTTGT AAAAGATATA AAAAAAATGA TTACCAAAAA AACTGGAGAA 
CCAATGGCAA GATTTTTTGT GGAGGATTAT GGTACAAAAG CCGAAGTGGT TTGTTTTCCG 
AGGGATTATA TAAATTACAG CCATGAAATA TTTGACGGGA ATGCGGTAAT CGTGGAAGGA 
ACAGTATCTT CCGACAACAG CGGCAGGCTT AACATTCATA TGACAAATAT AAGTTCTCTA 
AAGGATATAG ATGAAAATCA CAGACTGAAA CTGTATATAC TGATAGATGA GGAAACAAAA 
GGACAAATGG TTCAGGTGAA AAAAGTCATA ACAGAAAATA AAGGACCGAA TCAGGTATAT 
TTTGCAGTAA ATGAAGCCGG TAAAAAAGAG ATAATAAAAC TAAGCGAGAA ATACAGAGTA 
AGCATTACAG CAAAATTTAT AGAGGAGCTT TCACAATTAT TCAGTTATAA AAAGATAAAA 
ATAAAATAG 

 

Protein sequence

MMREEFVHLK LHTEYSLLEG VGKIEEYLDR AKKLDIKQLA VTDTAMFGVV EFYEKAFKKG 
IKPIIGLEIF MDGFFSEGEY SLTLLARNQT GYKNLCKLSS LSFSRFNRSR NKIRYEELKK 
HSEGLFILSG GINSELTESI LTYKYSEFKN IITKLVQDFG EYFYVEVPAA ERLKDKVKLY 
IEMAEECNAE YVAANDVYYP NFGDSILQKI MISIKDGTKI NSENTELKYN DLYLKSAEQM 
KENFSGYEKA IENSLKIARE CNVSFEFDKF KFPEYNLPEG KSETEYIREL VYDGLKKKYG 
EPLEEKITER AEYELDIINK MGYNGYFIIV WDFIKYAKDN GIYVGPGRGS SAGSIVSYAL 
NITEVDPIKY NLIFERFLNP ERISMPDIDI DFDQEQREQV IDYVVKKYGH EKVAHIITFG 
TLKARAAIRD VGRVLDINLK KVDKVAKLIP HFSELEDAVK NVRELKTLYN SDSEVRDMID 
YSLKLEGKVR HASVHAAGMV ISKDVLDDEI PTYSDGRASF LSTQYQMKEL EDLGILKMDF 
LGLKNLTILR KTMENIKITQ GKVMVLDDIP LDDKETYKML TAGDTLGVFQ CESIGIRRLM 
QKMKIEKFED IVALLALYRP GPLRSGMVDD FIASKNEGAA IKYPHEALID VLSETYGVIL 
YQEQVLKIVN VLANYTMGEG DSLRRAMGKK IPELMAQNRE VFIKRAVENN ITPDKAEEIF 
NLIDKFSGYG FPKSHSVAYA LVAYWTAYLK TNYFKEFFAA TMSTEMYNID RLSLFINEAR 
DKGVKVLLPD VNLSAYEFLA EKDGIRFGLL AIKHVGINIV KKVIEVRKNE KFDSYEDFVY 
NLKKEGLNKK QLEAFVFSGS LDKIHNNRKE MFSSIDRVLE WCEKKFNSEE DLQMILFGGK 
SQKIGLFSME KSEEYSESLL LEKEKEFLGV YLSKHPLDNY KLLMRTIDKT RMDSLKQGKR 
ARVIGLVKDI KKMITKKTGE PMARFFVEDY GTKAEVVCFP RDYINYSHEI FDGNAVIVEG 
TVSSDNSGRL NIHMTNISSL KDIDENHRLK LYILIDEETK GQMVQVKKVI TENKGPNQVY 
FAVNEAGKKE IIKLSEKYRV SITAKFIEEL SQLFSYKKIK IK