Gene GYMC61_1785 details

Gene Information

• Locus tag: GYMC61_1785
• ID: 8525649
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Geobacillus sp. Y412MC61
• Kingdom: Bacteria
• Replicon accession: NC_013411
• Strand: +
• Start bp: 1808529
• End bp: 1810547
• Gene Length: 2019 bp
• Protein Length: 672 aa
• Translation table: 11
• GC content: 55%
• Product: PTS system, glucose-specific IIBC subunit
• Protein accession: YP_003252894
• Protein GI: 261419212

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

ATGAAACGAG CGTTTGGCAC GTTGCAAAAG GTCGGGAAAG CGCTCATGCT GCCGGTGGCG 
ATCTTGCCGG CGGCCGGGAT TTTGTTGGCG CTTGGCAACG CCTTGAAAAA CCCGGCGCTC 
ACTGACAAAA TTCCGGCGCT CAAAGCCGAC TGGGTCGTGC TCATCTCCAA CGTTATGGAG 
CAAGCAGGCG GCATCGTCTT CTCCAACTTG TCGCTCTTGT TTGCGGTTGG TGTGGCGATC 
GGCCTTGCCG GCGGGGACGG GGTCGCGGGC TTGGCGGCGA TCATCGGCTA CTTGATTATG 
AATGTGACGA TGAGCGTCAT CTTGGGCGTG ACTTCCGATA TGATCGGCGC CGACCCGTCG 
TACGCCAACA TTCTCGGCAT CCCGACGCTG CAAACCGGCG TCTTTGGGGG GATTATCGTC 
GGGATTTTGG CAGCGTACAT GTACAACAAA TACTTCAATA TCGAACTGCC GCAATATCTC 
GGCTTTTTCG CCGGCAAGCG GTTCGTGCCG ATCGTGACGG CGGCGTCCGC AGTCGTGCTT 
GGCATTATCA TGACATTCGT TTGGCCGCCG ATTCAGCACG GGCTCAATGC GTTTTCGCAC 
AATATGATCG ATGCGAACAA AACGTTGGCC GCGTTCATTT TCGGCGTCAT CGAACGGGCG 
CTCATTCCGT TTGGTTTGCA TCATATTTTC TATGCACCGT TTTGGTTTGA ATTTGGCGAG 
TACGTCAATA AAGCCGGGCA AGTGGTCCAT GGCGATCAAA AAATCTTTTT CGAGCAACTG 
AAAGACGGGG TCAAATTGAC GGCCGGCACG TTCATGACCG GGAAGTTCCC GTTTATGATG 
TTCGGTCTCC CGGCAGCGGC GCTCGCGATC TACCATGAAG CGCGACCGGA AAACAAAAAA 
GTCGTTGCCG GCATCATGGG GTCGGCCGCG TTGACATCGT TTTTGACCGG GATTACCGAA 
CCGATCGAAT TTTCGTTCTT GTTTGTCGCC CCGGCGCTGT TTGCCATTCA CTGCGTCTTT 
GCCGGCTTGT CGTTTATGAT CATGCACTTG TTGAACGTCA AAATCGGGAT GACCTTCTCC 
GGCGGGGTCA TTGACTTCTT GCTGTTTGGC GTTCTGCCAA ACCGGACGGC ATGGTGGCTC 
GTCATTCCGG TCGGCTTGGT GTTTGCCGTG ATTTATTATT TCGGATTCCG CTTTGCGATC 
CGCAAATGGG ATTTGGCGAC GCCGGGCCGG GAAAAAACGG TCGAGGAAGC ACCGAAAGCC 
GAGGCAGCCG CCGCTGGCGA CCTGCCGTAT GAAGTGCTCG CTGCCCTTGG CGGAAAGGAA 
AACATCGAAC ATTTGGACGC ATGCATTACA CGTTTGCGCG TTTCGGTCCA TGATATCGGC 
CGGGTCGATA AAGACCGGTT GAAAGCGCTC GGCGCCGCCG GGGTGCTTGA AGTCAGCAAC 
AACGTGCAAG CGATTTTCGG TCCGAAATCG GATATGTTAA AAGGGCAAAT TCAAGACATC 
ATGCAAGGAA AAGCGCCGGC TCGTGCGGAA GAAGAACCGA AAACAGCGGC TTCAGAAACC 
GCGAAGTCCG AAACGATTGC TTCGCCGATG TCAGGAGAGG TCGTTCCGCT CGCTGAAGTG 
CCGGACCAAG TGTTTTCGCA AAAAATGATG GGCGACGGCT TCGCGGTCAT GCCGACGGAC 
GGCACGGTCG TCTCTCCGGT TGATGGCAAA ATCATCAACG TATTTCCGAC GAAGCACGCC 
ATTGGCATTC AGTCGGCCGG CGGGCATGAA ATTTTAATCC ACGTCGGCAT CGACACGGTG 
AAGCTGAACG GCCAAGGGTT TGAAGCGCTT GTGAAGGAAG GCGACGAAGT GAAAAAAGGG 
CAGCCGATTT TGCGCGTCGA CCTTGATTAT GTAAAACAGA ACGCGCCATC GATCGTCACG 
CCGGTGATTT TCACGAATCT CAAAGCCGGC GAAACGGTTC ACGTCAACAA GCAAGGCCCG 
GTTGCTCGAG GAGAAGACGC TGTTGTGACG ATCAGCTAA 

 

Protein sequence

MKRAFGTLQK VGKALMLPVA ILPAAGILLA LGNALKNPAL TDKIPALKAD WVVLISNVME 
QAGGIVFSNL SLLFAVGVAI GLAGGDGVAG LAAIIGYLIM NVTMSVILGV TSDMIGADPS 
YANILGIPTL QTGVFGGIIV GILAAYMYNK YFNIELPQYL GFFAGKRFVP IVTAASAVVL 
GIIMTFVWPP IQHGLNAFSH NMIDANKTLA AFIFGVIERA LIPFGLHHIF YAPFWFEFGE 
YVNKAGQVVH GDQKIFFEQL KDGVKLTAGT FMTGKFPFMM FGLPAAALAI YHEARPENKK 
VVAGIMGSAA LTSFLTGITE PIEFSFLFVA PALFAIHCVF AGLSFMIMHL LNVKIGMTFS 
GGVIDFLLFG VLPNRTAWWL VIPVGLVFAV IYYFGFRFAI RKWDLATPGR EKTVEEAPKA 
EAAAAGDLPY EVLAALGGKE NIEHLDACIT RLRVSVHDIG RVDKDRLKAL GAAGVLEVSN 
NVQAIFGPKS DMLKGQIQDI MQGKAPARAE EEPKTAASET AKSETIASPM SGEVVPLAEV 
PDQVFSQKMM GDGFAVMPTD GTVVSPVDGK IINVFPTKHA IGIQSAGGHE ILIHVGIDTV 
KLNGQGFEAL VKEGDEVKKG QPILRVDLDY VKQNAPSIVT PVIFTNLKAG ETVHVNKQGP 
VARGEDAVVT IS