Gene Sterm_3545 details

Gene Information

• Locus tag: Sterm_3545
• ID: 8598991
• 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: 3758258
• End bp: 3760324
• Gene Length: 2067 bp
• Protein Length: 688 aa
• Translation table: 11
• GC content: 36%
• Product: ATP-dependent DNA helicase RecG
• Protein accession: YP_003310310
• Protein GI: 269122133

Plasmid Coverage information

• Num covering plasmid clones: 8
• Plasmid unclonability p-value: 0.020177
• 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

ATGACATATA ATTTATTGTT TAAAAATTTA GACGAATTAA AAATAAAAGG ACTTGGAAAA 
GCTAATGTTT CTAAATTGAA TAAATTAAAT GTGCGTACAT TATACGATCT TCTTTATTTT 
TTTCCGAGGG CCTATGAAGA CAGAAGCAAC AGTAAGAATA TAAGTGAGGT TTTGCCTGAT 
GAATTTGTAG TTTTGAAGGG AAAAATATTA AAAGCCTCGA ATAACTACAT AAAAGGCGGA 
AGATATATGT ATCGTGCCTG GCTTGGTGAT GATACAGGAG TAATAGAGCT CACATGGTTT 
AATAACAGAT TTGTACAAAA AAACATAAAA ATCGGCGATG AAATGATTGT TTACGGAAAG 
GCAAAAAAAG GGATGAGAAT GCAGATAGTC AATCCTGAGT ACAAAAATGT AAGTGTGGCT 
TCACTGCTTC CCGGAAATCA GATTCTGCCT ATATATTCAT CTACTTCTTC TTTGAAACAA 
GGAGACTTAA GAAAGATAAT ACATGAGGCT ATATTGAATT TCGGTTATCT GCTTGAAGAG 
AATCTGCCTG ATGAACTTAT GAAGAAAGAA GGGCTTCTTC CCAGAAAAGA TGCTGTAATT 
AATGTTCATT TCCCGGAAAA TGAACAGCTG AAACAAAAAG CACTGCGAAG ATTTATGCTG 
GAAGAAATTT TTCTGCTGGA AATGGGTATA CTTCAAAGCC GTTTTGAAGT GGATAAGGCT 
AATAAGGGAT TATATAAAAT AGAAAATAAT AAAGAGCTGG TAAAGCAGTT CATAAGGGAG 
CTTCCTTATG AGCTGACAAG AGCACAGAAA AAAGTAATTA AAGAAATTTA TAATGAGCTG 
GTAAAAGGAA AGATACTAAA CAGGTTGATA CAGGGTGATG TAGGCTCGGG AAAAACCATA 
GTATCATTGA TTATGCTTTT ATACATGGTA GAAAATAACT ATCAAGGAGC GATAATGGCC 
CCTACTGAAA TACTGGCTAC ACAGCATTAT CTTGGAATAG TGGATGAATT TAACAATCTT 
AATGTCCGTG TAGAGCTGCT TACAGGAAGT GTTAAAGGCA AAAAAAGAGA AAAGCTTTTG 
AAAGAAATAG AAGCAGGACT TGTGGATATA GTCATAGGAA CACACGCACT TATAGAAAAT 
GATATAGTAT TTCACAGTCT GGGACTGATA ATAATAGATG AACAGCATAG ATTCGGGGTA 
GTACAGAGAA AGCTGCTGAG AGATAAGGGC GAGCTCGCCA ATCTTATAGT TATGAGTGCC 
ACTCCTATAC CGCGTTCTCT TGCGCTTACT ATTTACGGAG ATCTGGATGT TTCTGTTATT 
GACGAGCTTC CTGCGGGAAG AAAACAGATA AAGACAAAAT GGATAAAGGA TCAGGAAGAA 
AAAAATAAAA TGTATGACTT TATAAAGGAG AAAATCAGGG AAGGAAGACA GGTATATGTT 
GTTTCACCTT TGATAGAAGA GAGTGAGACT CTTAATGTAA AGTCTGCGGA AAGCACATTT 
GAAGAATATT CGGAAATTTT TAAGGGGATG GAGATAGCCT TGATTCATGG AAGAATGAAA 
AATAAAGATA AACAGGAAGT AATGGAAAAA TTCAGAAAAG GAAACCTGAA TATACTGGTA 
TCTACTACTG TAATAGAAGT AGGGGTGAAT GTGCCTAATG CCACGATAAT GGTAATAAGA 
GACGCACAGA GATTCGGTCT TTCTTCTCTG CATCAGCTCA GAGGCCGTGT AGGGAGAGGG 
GAATACAGGT CTTACTGCTT TCTGGAATCG GAAACCATTA ATGAGATATC GGAAAAACGT 
CTGGAAATAA TGGAAAATAC CATAGACGGC TTCAAAATAG CAGAGGAAGA CCTGAAGCTG 
AGAAACTCGG GAGAGATATT CGGTACAAAG CAAAGCGGTG TATCAGACCT CCTGCTTACT 
GATATTATAA AAAATATAAA AGAGATAAAA TATATAAGAG ATTTTGTTCT GAAATATCTT 
GAGGAAAATA ACGGACATGT GGAAAATGAA TATTTGAAAA GTGATGTATA CAGAAAGTTT 
CATGATGGTG AAAGCCTGAT AAAATAG 

 

Protein sequence

MTYNLLFKNL DELKIKGLGK ANVSKLNKLN VRTLYDLLYF FPRAYEDRSN SKNISEVLPD 
EFVVLKGKIL KASNNYIKGG RYMYRAWLGD DTGVIELTWF NNRFVQKNIK IGDEMIVYGK 
AKKGMRMQIV NPEYKNVSVA SLLPGNQILP IYSSTSSLKQ GDLRKIIHEA ILNFGYLLEE 
NLPDELMKKE GLLPRKDAVI NVHFPENEQL KQKALRRFML EEIFLLEMGI LQSRFEVDKA 
NKGLYKIENN KELVKQFIRE LPYELTRAQK KVIKEIYNEL VKGKILNRLI QGDVGSGKTI 
VSLIMLLYMV ENNYQGAIMA PTEILATQHY LGIVDEFNNL NVRVELLTGS VKGKKREKLL 
KEIEAGLVDI VIGTHALIEN DIVFHSLGLI IIDEQHRFGV VQRKLLRDKG ELANLIVMSA 
TPIPRSLALT IYGDLDVSVI DELPAGRKQI KTKWIKDQEE KNKMYDFIKE KIREGRQVYV 
VSPLIEESET LNVKSAESTF EEYSEIFKGM EIALIHGRMK NKDKQEVMEK FRKGNLNILV 
STTVIEVGVN VPNATIMVIR DAQRFGLSSL HQLRGRVGRG EYRSYCFLES ETINEISEKR 
LEIMENTIDG FKIAEEDLKL RNSGEIFGTK QSGVSDLLLT DIIKNIKEIK YIRDFVLKYL 
EENNGHVENE YLKSDVYRKF HDGESLIK