Gene GYMC61_2520 details

Gene Information

• Locus tag: GYMC61_2520
• ID: 8526388
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Geobacillus sp. Y412MC61
• Kingdom: Bacteria
• Replicon accession: NC_013411
• Strand: -
• Start bp: 2549592
• End bp: 2551685
• Gene Length: 2094 bp
• Protein Length: 697 aa
• Translation table: 11
• GC content: 56%
• Product: DNA topoisomerase III
• Protein accession: YP_003253597
• Protein GI: 261419915

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

ATGAAATCGC TCGTGTTAGC GGAAAAGCCG AGCGTCGCTC GCGACATCGC CCGCGTGCTC 
GGCTGCAAAG AAACGCATAA ACCATATTTT GAAGGGCCGC GCTACATCGT CACCTGGGCG 
CTCGGCCATT TAGTTGAGCT GAAGATGCCG GAAGACTACG ACCGGAAATA TGAAACATGG 
CGGCTGGAGG ACTTGCCGAT CATCCCAAAG AAAATGGGCT TGAAAGTCAT CCGGCAAACG 
AGCCACCAGT TTCGCGCCAT TGAACGGTTG GCGAAACGAC CGGATGTGAA AGATGTCATC 
ATCGCGACCG ACGCGGGCCG TGAAGGGGAG CTTGTGGCGC GCTGGATTTT AGAGATGATC 
GGTTGGACGA AGCCGATTTG GCGGCTATGG ATTTCGTCGC AAACCGACCG CGCCATCCGC 
GACGGCTTCC GCCAACTCAA GCCCGGGGCG CAATTTGACC GGCTGTATCA ATCGGCCGTC 
TGCCGCGCCG AAGCCGACTG GCTGATCGGG TTAAACGTCT CGCGCGCCTT GACGACAAAA 
TACAACGATC CGCTTTCGGC CGGGCGCGTG CAGACGCCAA CGCTCGCGAT GATCATCGAG 
CGCGAACGCG AGATCCAATC GTTCGTTCCC GTGCCATATT GGACGATTCG GGCGAAGATC 
GGTTCCATCA CGGCCGTATG GGAGCGGCAT GGAGGACATC GTCTGTTTGA CCAAGACGAA 
GCGAAGCAGC TGCTCGCCCG CCTTGACGGT CAGCCGGCGC GCGTCGTGTC CGTCAAGCGG 
AAACGAAAAA GCGAGCCCGC CCCGCTGCCG TATGATTTAA CCGAGCTGCA GCGGGACGCG 
AACAAGCGGT TTGGCTTTTC GGCGAAAAAG ACGCTCTCGG TGTTGCAGCG GCTGTATGAA 
CAACACAAAC TCGTCACGTA CCCGCGCACC GATTCGCGTT ATTTGCCAAG CGATATGGAA 
GCGACGATGA CCGAGCGGTT GTTGGCGATG AAATCCGGTT ATGAGGACGT CATCGCTCCG 
CTCCTTGCCA AAGGCAAAGC CAAAGCAGCC AAGCGGGTAT TTAACGATGA CAAAGTGACC 
GATCATCACG CCATCGTTCC AACGGATGAG CGGCTCAACC TTAGCAGGCT GTCGACTGAT 
GAGCGCAAGC TGTATGATCT CATCGCCCGT CGCTTTTTGG CGCTGTTTTT CCCGCCGTAT 
GAATCCGAAA CAACGACAGC TGTCTTTGAC ATCGGCGGCG AAATGTTTGT CGCCAAGGAG 
ACGGCGGTTG TGAACTTCGG ATTTAAAGCG GTTCTCGGCA AAGAAGAAAC GGATGCCAAA 
CCGACGTTGT CACACCTCGC AGAAGGTCAG ACGCTCCCAT CGGTGCAGCT TGAGAGGGAA 
CAATCGTTCA CCGAACCGCC CGCCCGTTAT TCGGAAGCTG ATTTGCTCGC GCAAATGGAG 
AAATACGGGC TCGGCACGCC GGCGACAAGA GCGGACATCA TCGAACGGCT GGTTGAAACC 
GAAGTGGTCG AGCGAAAAGA CGGACGGTTT TATCCGACGA AAAAAGGGAA ACAGCTGATT 
GAGCTCGTCA ATGAAGAGCT GAAATCGCCG GAATTGACCG CCCGCTGGGA GCGGGAGCTG 
GAGGCGATCG CCCGCGGGAA AGGAAATCCA CAACAATTTT TGGCCAACAT CCGCCGGCAA 
ACGCAGCAGC TCGTTGCCGA AATCAAGCAA AGCGAGCAGG TATACAAAGC GCCAAACCTC 
ACGAATCTCA CATGCCCAGA ATGCGGTGCG CTTTTAAAAG AGCGGAAAAC GAAAGACGGA 
CGGATGCTTG TCTGCTCGAA CTTAGCGTGC CGCTACCGCC GCCGGCGCGA CCCGAAACTG 
TCGAACCGCC GTTGCCCGCA ATGCCACCGG CGCATGGAAA TGCATGAAGG AAAAGCAGGA 
ATGTATTTCC AATGCCGCCC GTGCAATATT GTCGAAAAAG CGGACGAGAC CAAACGCATC 
GCCGCAAAAG GAAGCGAACG GGCGCTTCTC AAAAAATACA GTCCGGCCAA CGAATCGTTT 
GGCACGAGTT TAGGGGAGCT GCTCAAACAG GCGTTGAACG AAAAAAAGGA ATGA 

 

Protein sequence

MKSLVLAEKP SVARDIARVL GCKETHKPYF EGPRYIVTWA LGHLVELKMP EDYDRKYETW 
RLEDLPIIPK KMGLKVIRQT SHQFRAIERL AKRPDVKDVI IATDAGREGE LVARWILEMI 
GWTKPIWRLW ISSQTDRAIR DGFRQLKPGA QFDRLYQSAV CRAEADWLIG LNVSRALTTK 
YNDPLSAGRV QTPTLAMIIE REREIQSFVP VPYWTIRAKI GSITAVWERH GGHRLFDQDE 
AKQLLARLDG QPARVVSVKR KRKSEPAPLP YDLTELQRDA NKRFGFSAKK TLSVLQRLYE 
QHKLVTYPRT DSRYLPSDME ATMTERLLAM KSGYEDVIAP LLAKGKAKAA KRVFNDDKVT 
DHHAIVPTDE RLNLSRLSTD ERKLYDLIAR RFLALFFPPY ESETTTAVFD IGGEMFVAKE 
TAVVNFGFKA VLGKEETDAK PTLSHLAEGQ TLPSVQLERE QSFTEPPARY SEADLLAQME 
KYGLGTPATR ADIIERLVET EVVERKDGRF YPTKKGKQLI ELVNEELKSP ELTARWEREL 
EAIARGKGNP QQFLANIRRQ TQQLVAEIKQ SEQVYKAPNL TNLTCPECGA LLKERKTKDG 
RMLVCSNLAC RYRRRRDPKL SNRRCPQCHR RMEMHEGKAG MYFQCRPCNI VEKADETKRI 
AAKGSERALL KKYSPANESF GTSLGELLKQ ALNEKKE