Gene GYMC61_3522 details

Gene Information

• Locus tag: GYMC61_3522
• ID: 8527410
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Geobacillus sp. Y412MC61
• Kingdom: Bacteria
• Replicon accession: NC_013411
• Strand: -
• Start bp: 3579007
• End bp: 3580953
• Gene Length: 1947 bp
• Protein Length: 648 aa
• Translation table: 11
• GC content: 52%
• Product: cytochrome aa3 quinol oxidase, subunit I
• Protein accession: YP_003254549
• Protein GI: 261420867

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

ATGAAATGGA GCGAGTTTTT TGTCACGGGT GAGCCGCTCA TTTATGCCGC CGATGTCGCC 
ATCGTCTTGA CGATGGTCGG CATTGTGTTT GTGTTGACAT ATTTTAAAAA ATGGAAATGG 
CTGTGGAACG AATGGCTCAC GACGGTGGAT CATAAAAAGA TTGGCGTCAT GTACATTATT 
TGCGCAGTTT TGATGCTCTT CCGCGGCGGC GTCGATGCGC TTTTGATGCG GGCGCAGCTG 
ACCGCGCCGA ACATGAAGTT TCTTGACGCG CAGCATTACA ATGAAATATT TACGACGCAC 
GGGACGATTA TGATCTTGTT TATGGCGATG CCGTTCATCA TCGGTTTGAT GAACATTGTC 
GTTCCGCTGC AAATCGGGGC GCGCGACGTC GCGTTTCCAT ATTTGAATGC GTTAAGCTTT 
TGGCTCTTTT TCTTCGGTGC GTTGCTGTTT AACATTTCGT TCGTCATCGG CGGATCGCCG 
GATGCCGGTT GGACGGCGTA CTTCCCGCTT GCCGGCAACG AATTCAGCCA TGGCGTCGGC 
AACAACTATT ACGCCGTCGC TTTACAAATT TCCGGGATCG GAACATTGAT GACCGGGATC 
AACTTCCTTG TCACGATTTT AAAAATGCGC GCGCCAGGCA TGACGTTGAT GCGCATGCCG 
ATGTTTACGT GGACGATTCT CATTACGTGC GTGCTTATTA TTTTCGCCTT CCCGGTATTG 
ACCGTCGCCT TGGCATTAAT GACGTTCGAC CGCGTATTTG GCACGCAATT TTTCACGATG 
GCCAATGGCG GCATGTCGAT GTTGTGGGCG AACTTGTTCT GGATTTGGGG TCACCCGGAA 
GTGTATATCG TCATTTTGCC TTCGTTCGGC ATTTTCTCGG AGGTCGTCAG CACGTTTGCC 
CAAAAACGCT TGTTTGGTTA TAAGGCCATG GTCGGTTCGA TCGTCGGCAT TGCGTTCCTG 
AGCTTTATCG TTTGGGTGCA CCACTTCTTT ACGATGGGCG CAGGGCCGGC AGTGAACTCT 
GCCTTCTCGA TCACGACGAT GGCGATCGCG ATCCCGACCG GGGTGAAAAT TTTCAACTGG 
CTGTTTACGA TCCGAAAAGG GAAAATTCGT TTTACAACAG CGATGCTTTG GTCGCTGGCG 
TTTATTCCGA ACTTTGTCAT CGGCGGCGTG ACAGGTGTGA TGCTGGCAAT GGCCGCGGCC 
GATTATCAAT ACCATAACAG CTATTTTCTC ATCGCCCACT TCCATTACGT GTTGATCGCG 
GGTACGGTGT TCGCCTGCTT TGCTGGCTTG CATTACTGGT ATCCGAAAAT GTTTGGCCAT 
ATTTTAAACG AGCGGCTCGG CAAATGGACG TTTTGGCTGT TTATGATCGG GTTTAACGTC 
TGCTTCTTCC CGATGTATTT CCTCGGGTTG ATGGGGATGA CGCGCCGCAT GTACACGTAC 
TCGGCTGGTC TCGGCTGGAC GCCGCTCAAC GTCGTCGCGA CGGTTGGGGC GGTTTTGATG 
GGCATCGGGT TCATTGTGCT TTGCTATAAC ATTTATTACA GCGCGCGCTA CGGCGAGCGC 
GACATGACCG GCGACCCGTG GAACGGGCGG ACGCTCGAGT GGGCGACCGC GTCGCCGCCG 
GTGCATTACA ACTTCCCGGT GACGCCGGTT GTCGAAGATG TGGATGCATA TTGGGTGATG 
AAGAAAAAAT ATGGCGGCTT CCAAGTGAAA GAAGAAGACT TGAAGCCGAT CCATATGCCA 
AGCAACTCAG GACGCCCGTT TTGGATGTCG GTGGCGTTTT TCGTCGCCGG GTTCGGCCTC 
GTGTTCAAAT GGTTTGCGTT GGCCATTGTT GGCGCGTTGT TCATTGTGCT TGGATTGATT 
CTCCGCTCAT TTGAAGACGA TGATGGCTAC TATATTCCGG TTGATGAGAT TAAACGAATG 
GAGCAGGCGG CGCGAAAGGG GGCGTAA 

 

Protein sequence

MKWSEFFVTG EPLIYAADVA IVLTMVGIVF VLTYFKKWKW LWNEWLTTVD HKKIGVMYII 
CAVLMLFRGG VDALLMRAQL TAPNMKFLDA QHYNEIFTTH GTIMILFMAM PFIIGLMNIV 
VPLQIGARDV AFPYLNALSF WLFFFGALLF NISFVIGGSP DAGWTAYFPL AGNEFSHGVG 
NNYYAVALQI SGIGTLMTGI NFLVTILKMR APGMTLMRMP MFTWTILITC VLIIFAFPVL 
TVALALMTFD RVFGTQFFTM ANGGMSMLWA NLFWIWGHPE VYIVILPSFG IFSEVVSTFA 
QKRLFGYKAM VGSIVGIAFL SFIVWVHHFF TMGAGPAVNS AFSITTMAIA IPTGVKIFNW 
LFTIRKGKIR FTTAMLWSLA FIPNFVIGGV TGVMLAMAAA DYQYHNSYFL IAHFHYVLIA 
GTVFACFAGL HYWYPKMFGH ILNERLGKWT FWLFMIGFNV CFFPMYFLGL MGMTRRMYTY 
SAGLGWTPLN VVATVGAVLM GIGFIVLCYN IYYSARYGER DMTGDPWNGR TLEWATASPP 
VHYNFPVTPV VEDVDAYWVM KKKYGGFQVK EEDLKPIHMP SNSGRPFWMS VAFFVAGFGL 
VFKWFALAIV GALFIVLGLI LRSFEDDDGY YIPVDEIKRM EQAARKGA