Gene GYMC61_2706 details

Gene Information

• Locus tag: GYMC61_2706
• ID: 8526583
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Geobacillus sp. Y412MC61
• Kingdom: Bacteria
• Replicon accession: NC_013411
• Strand: -
• Start bp: 2748386
• End bp: 2750437
• Gene Length: 2052 bp
• Protein Length: 683 aa
• Translation table: 11
• GC content: 47%
• Product: Alpha-glucuronidase
• Protein accession: YP_003253770
• Protein GI: 261420088

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

ATGGCAGCGG GATATGAACC TTGTTGGCTG CGGTATGAGC GGAAGGATCA ATATAGTCGA 
TTACGGTTTG AAGAGATTGT GGCGAAAAGA ACCTCGCCAA TTTTTCAAGC AGCCGTGGAA 
GAGCTCCAAA AAGGGCTTCG TTCGATGATG GGGATTGAGC CACAATTGGT GCAGGAAGTA 
AATGAAACAG CTAATTCGAT TTGGCTCGGG ACGCTTGAAG ATGAAAAGTT CGAGCGGCCA 
TTAGGGGGAA GCGACGAGGG AACGCTTGTT CATCCTGAAG GGTACGTGAT TCGATCGGAT 
GCCGACGGTG GACTGTTTCG TATCTACATT ATTGGGAAAA CAGATGCAGG TGTGTTGTAT 
GGTGCCTTTC ATTTTCTCCG TTTATTGCAA ATGGGTCAGA ACATCGACCA ATTGTCGATC 
GTCGAGCAAC CAAAAAACCG GTTGCGTATG ATCAATCATT GGGACAATAT GGATGGCAGC 
ATCGAACGCG GATATGCGGG ACGGTCGATT TTCTTTGCTG ACGGTCAGTT CGTGAAACAA 
AAGCAACGAA TAAGAGATTA TGCACGATTG CTTGCTTCCG TAGGTATTAA CGCCATCTCC 
ATCAACAATG TCAACGTACA CAAAACAGAA ACGAAACTCA TCACCGATCA CTTTTTGCCT 
GACGTGGCGG AAGTAGCGGA TATCTTCCGA ACCTACGGAA TCAAAACGTT TTTGAGCATC 
AACTACGCAA GCCCCATTGA GGTAGGAGGG CTTCCAACAG CAGATCCACT TGACCCCGAG 
GTGCGACGGT GGTGGAACGA AACGGTTAAA CGCATTTATC AATATATTCC TGATTTTGGC 
GGCTTCGTAG TCAAGGCGGA TTCCGAGTTC CGTCCTGGCC CCTTTACGTA TGGGCGCGAT 
CACGCGGAAG GGGCAAATAT GTTGGCAGAG GCGTTGGCGC CATTTGGGGG GCTCGTCATT 
TGGAGATGCT TTGTCTATAA CTGCCAGCAA GATTGGCGTG ATCGGACGAC CGATCGGGCA 
AAGGCAGCAT ATGATCACTT TAAGCCATTG GATGGACAGT TTCGGGAGAA TGTCATCTTG 
CAAATTAAAA ACGGCCCAAT GGATTTTCAA GTAAGGGAGC CGGTTTCTCC GTTATTTGGC 
GCTATGCCGA AAACCAATCA AATGATGGAG GTTCAAATCA CTCAGGAATA TACGGGACAG 
CAAAAACATT TATGCTTCTT GATTCCACAG TGGAAAGAGG TGCTTGATTT TGATACGTAT 
GCCAAGGGAA AAGGGTCGGA AGTAAAAAAG GTAATTGATG GATCGCTATT TGACTATCGA 
TACAGCGGGA TCGCAGGGGT ATCTAATATT GGCAGTGATC CAAACTGGAC TGGGCATACG 
TTGGCGCAAG CGAACTTCTA TGGATTTGGG CGGCTCGCTT GGAATCCAAA TTTGTCTGCC 
GAGGAGATTG TCAACGAATG GATCGTACAG ACGTTCGGGA ATGATCCACA AGTCATCGAA 
GCGGTAAGTT GGATGCTTCT GGCTTCATGG AGAATCTATG AAAATTACAC CTCTCCGCTT 
GGTGTCGGCT GGATGGTGAA CCCAGGGCAC CATTATGGTC CTAATGTGGA TGGCTATGAA 
TATTCGCATT GGGGGACGTA CCATTATGCC GACCGCGACG GGATCGGTGT TGACCGGACG 
GTTGCTACGG GAACAGGATA TACAGCGCAA TACTTTCCGG AAAATGCAGC GATGTATGAG 
TCGCTGGACA CTTGTCCAGA TGAGTTGCTT TTGTTTTTCC ATCACGTTCC GTACACGCAT 
CGGCTGCATT CAGGGGAAAC GGTCATTCAA CATATTTACA ATACCCACTT TGAAGGAGTT 
GAACAGGCGA AACAGCTGCG GAAACGGTGG GAACAGCTGA AGGAGAAAAT TGATGAAAAA 
CGGTATCTTG ATGTATTAGA GCGATTGACA ATTCAAGTGG AACATGCCAA AGAATGGCGT 
GATGTCATCA ATACGTACTT TTACCGGAAG TCAGGGATTG ATGACCAATA TGGGAGAAAA 
ATTTATCGAT GA 

 

Protein sequence

MAAGYEPCWL RYERKDQYSR LRFEEIVAKR TSPIFQAAVE ELQKGLRSMM GIEPQLVQEV 
NETANSIWLG TLEDEKFERP LGGSDEGTLV HPEGYVIRSD ADGGLFRIYI IGKTDAGVLY 
GAFHFLRLLQ MGQNIDQLSI VEQPKNRLRM INHWDNMDGS IERGYAGRSI FFADGQFVKQ 
KQRIRDYARL LASVGINAIS INNVNVHKTE TKLITDHFLP DVAEVADIFR TYGIKTFLSI 
NYASPIEVGG LPTADPLDPE VRRWWNETVK RIYQYIPDFG GFVVKADSEF RPGPFTYGRD 
HAEGANMLAE ALAPFGGLVI WRCFVYNCQQ DWRDRTTDRA KAAYDHFKPL DGQFRENVIL 
QIKNGPMDFQ VREPVSPLFG AMPKTNQMME VQITQEYTGQ QKHLCFLIPQ WKEVLDFDTY 
AKGKGSEVKK VIDGSLFDYR YSGIAGVSNI GSDPNWTGHT LAQANFYGFG RLAWNPNLSA 
EEIVNEWIVQ TFGNDPQVIE AVSWMLLASW RIYENYTSPL GVGWMVNPGH HYGPNVDGYE 
YSHWGTYHYA DRDGIGVDRT VATGTGYTAQ YFPENAAMYE SLDTCPDELL LFFHHVPYTH 
RLHSGETVIQ HIYNTHFEGV EQAKQLRKRW EQLKEKIDEK RYLDVLERLT IQVEHAKEWR 
DVINTYFYRK SGIDDQYGRK IYR