Gene GYMC61_1726 details

Gene Information

• Locus tag: GYMC61_1726
• ID: 8525590
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Geobacillus sp. Y412MC61
• Kingdom: Bacteria
• Replicon accession: NC_013411
• Strand: +
• Start bp: 1749055
• End bp: 1751151
• Gene Length: 2097 bp
• Protein Length: 698 aa
• Translation table: 11
• GC content: 51%
• Product: Amylo-alpha-16-glucosidase
• Protein accession: YP_003252835
• Protein GI: 261419153

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

ATGGATTATC GAGTGATTAA AGAAAACGAT GTGTTTTTAT TGACGGATCA AGACGGGAAT 
ATCCCTGAAC ATCATCCGTA CGGATTAGGG CTGTATACAA AAGACACCCG TTTTTTGAGC 
AAATGGAGTT TGCGCATCAA TGGGGAAGAA CCCGTGCTGC TGGCGTCTGA TGCGGCACAA 
AATTATGTCG CTACCATTTT ATTGACAAAC CCTCATATTG AACGGGACGG AGAGCTGATT 
TTGTGGCGCG AATCCGTCGA AATTGAGCGC AAACGATTTA TTTATGCGGG TGTGCTCTAT 
GAAACCATTA AGCTGAAAAA TTATCATCCC AAGCCGGTGC AATTGGAAAT CAGCGTGCAC 
ATGGATGCCG ATTTTGCCGA TATGTTTATC GTTCGCGGCT TTCAGACAGG AGAGGTGGGA 
AAGCGGACAG GCCAGACCAT TGGAAAACGT TCGCTCACGT TCCATTACGA GGGAGCCGAC 
GGAGTGGAAC GGGCAACGAA GGTCAGCTGG GATCGAGAGG AGAAAACCGT TAAGGAACAT 
GGAGAAATTG TTTTTGACTT TGCGCTCGAC CGGGCGGAAG AGCAGACGGT TACGTTGATG 
GTCGAACCGA TCACCGGCAA AACAGGCAGA GTGGAGGTCA TTCCGCCTGA ACAGGCGCTT 
CAACGATTGC AAGAATCCTA TCAGCGTTGG GAAGGGGAAA CAGCGAACGT CATCACGGAC 
GAACGACAGT TTGAGCGTTT AGTCCGCCGG GGCATTGGGG ATTTGCGGGT GCTGCTTACG 
GATCTTGGCT GTGGGCCATT TCCGGTGGCC GGACTTCCGT GGTTTGGCGT TCCCTTCGGC 
CGGGACAGTT TGATTGCGGC CTTGCAGCTG CTCCCGTTCA ACCATGAAAT AGCCAAAGGC 
ACGTTGTTGA CAATGGCCCG CTATCAGGGA ACGAAAGTAG ACCCGTGGCG CGATGAACAG 
CCTGGAAAAA TCATGCATGA AATCCGATTC GGTGAGTTGG CCAATACGAA TCAAATTCCG 
TTTACCCCTT ATTACGGAAC GATCGATGCG ACGCCGCTCT TTTTAGTTCT GTTGGTGGAG 
TATGTCAAAT GGACCGGCAA CTTCGATCTC GTCCGGCAGC TTCGATCCAA CATTGATGCG 
GCGCTCCATT GGATTGACCG GTATGGCGAC CGCGACGGCG ATTTATTTGT CGAGTATTTC 
CAGGAATCGA GCAAGGGGAT TGCCAATCAG GGATGGAAAG ATTCAGGCGA TTCGATTGTG 
CACGAAAACG GCGAGTATGC CCGCGCGCCG ATCGCCCTTG TTGAAGTCCA AGGCTACGTT 
TATCACGCCA AAATGGGGCT TGCCGACATT TTCGAACAGC TTCAGGAAGT GGAAAAAGCA 
GAAGCGCTTC GAACGCAGGC GGAAGCTTTG AAAAAGCGCT TTGAAGAACA GTTTTGGATG 
GAAGATCGGA AATTTTATGC TCTTGCGTTA GATGAAAACA AAGCCCCTGT CAGAACGATT 
ACATCGAACC CAGGTCATGT GCTGTTTTCA GGAATGCTCG AAGGAAGGCG GGCGGATGCC 
GTCATTGACA CCCTTCTTTC GGAAAAAATG TTTTCGGGTT ACGGCATCCG GACGATGGGC 
GAAGGAGAAG CGGGATATAA CCCGATGAGC TATCATAATG GAAGCATTTG GCCGCATGAC 
AACAGCCTCA TTTTGCTTGG CTTAAGCAAA CTGGGGCGGC GGCGCGAGGC AAAGACGGTC 
ATTGAAGGAC TCATGGAAGC ATCGATGCAT TTTGAGTATG ATCGCTTGCC GGAGTTGTTT 
TGCGGCTACA GCCGGTCAGA GGGAAAACCG GTCCGCTATC CTGTCGCCTG CTCGCCGCAA 
GCATGGGCGG CTGGGACGCC GCTTGTGTTT GTTCAGGCGT TATTAGGATT GTTTCCTAAT 
GCGTTGGAAA AGAATATTTA TTTGTCGCCG ACGTTGCTTG ATTCGATGAA TATGTTGCGT 
GTGGAAAACA TCCTAATCGG CGGCGGACGG TTGTCATTGA CGGTTACCCG TGAACAGGAT 
AACTTCCATG TCCAAATCGA TGAGAATACG ACGGGTTGGG ATATTGTCCT TCGTTAA 

 

Protein sequence

MDYRVIKEND VFLLTDQDGN IPEHHPYGLG LYTKDTRFLS KWSLRINGEE PVLLASDAAQ 
NYVATILLTN PHIERDGELI LWRESVEIER KRFIYAGVLY ETIKLKNYHP KPVQLEISVH 
MDADFADMFI VRGFQTGEVG KRTGQTIGKR SLTFHYEGAD GVERATKVSW DREEKTVKEH 
GEIVFDFALD RAEEQTVTLM VEPITGKTGR VEVIPPEQAL QRLQESYQRW EGETANVITD 
ERQFERLVRR GIGDLRVLLT DLGCGPFPVA GLPWFGVPFG RDSLIAALQL LPFNHEIAKG 
TLLTMARYQG TKVDPWRDEQ PGKIMHEIRF GELANTNQIP FTPYYGTIDA TPLFLVLLVE 
YVKWTGNFDL VRQLRSNIDA ALHWIDRYGD RDGDLFVEYF QESSKGIANQ GWKDSGDSIV 
HENGEYARAP IALVEVQGYV YHAKMGLADI FEQLQEVEKA EALRTQAEAL KKRFEEQFWM 
EDRKFYALAL DENKAPVRTI TSNPGHVLFS GMLEGRRADA VIDTLLSEKM FSGYGIRTMG 
EGEAGYNPMS YHNGSIWPHD NSLILLGLSK LGRRREAKTV IEGLMEASMH FEYDRLPELF 
CGYSRSEGKP VRYPVACSPQ AWAAGTPLVF VQALLGLFPN ALEKNIYLSP TLLDSMNMLR 
VENILIGGGR LSLTVTREQD NFHVQIDENT TGWDIVLR