Gene Gbro_2830 details

Gene Information

• Locus tag: Gbro_2830
• ID: 8552195
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Gordonia bronchialis DSM 43247
• Kingdom: Bacteria
• Replicon accession: NC_013441
• Strand: -
• Start bp: 3015799
• End bp: 3017826
• Gene Length: 2028 bp
• Protein Length: 675 aa
• Translation table: 11
• GC content: 69%
• Product: HAD-superfamily hydrolase, subfamily IIA
• Protein accession: YP_003273937
• Protein GI: 262202729

Plasmid Coverage information

• Num covering plasmid clones: 9
• Plasmid unclonability p-value: 0.31853
• Plasmid hitchhiking: No
• Plasmid clonability: normal

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

ATGAGTGATC GTGATCGAGG ACGTCCGGAC TCACGCGGGC GGGGACGCCG AGACCGCGAG 
CGTCCGCCGG GTCCGGTGAT TCCTGACGAC GTGGCGGCGT CCGATCTCGA GGGTGAGGTC 
CGACGCGACC TGTTGACTCT CGACAAGGCT AATGCCGACA GTGTTGCCCG GCATCTGGTG 
ATGGTGTCGC GGCTTCTCGA CGAGAATCCA CTTCTGGCTC TCGAGCACGC GCGTGCCGCA 
CGTGGTCGCG CGTCCCGCGT CGGCGTGGTC CGGGAGACCG TCGGCGTCGC GGCCTATACC 
GCGGGCGAGT GGCAGGAAGC GATCACCGAA CTCCGGGCCG CGCGTCGGAT CACCGGGAAC 
TCCGCGCTTC TTCCGCTGAT CGCCGACGCC GAGCGCGGAC TCGGCCGGCC GGAACGCGCG 
ATCGAGATCG CGCGAGGTGA CGACGGTCGC GCCCTGACCG GTGACGAGGC AACCGAGATG 
CGCATCGTCG AGGCCGGCGC GCGCATGGAT CTGGGCGACG CCGAAAAGGC GATTGTGACC 
CTGCAGGCCG AGGATCTGCG ACCGGGTCAG ACCGGGACGA TGCCCGCCCG GCTCTTCTAC 
GCATACGCCT CGGCGCTCGA GGCCGCCGGC CGCACCGACG ATGCCGTCAC CTGGTTCATG 
AACGCTGCCG CCGCCGACGT CGACGACGTC ACCGACGCTG AGTTCCGGCT CACCGATATC 
GCCGAAGGCA CTGCTGCTCC CGCGGACAGC ACAGAGAACG AGACCGAGAC CGAAGGCACC 
GCACCCGCCG CGGAGAGCGG CGCGGTACCG GTGGAGACCA GCGAGCCTTC CGCCGACAGC 
GCCGCGGTTC CAGTCGAGAC CAGCACGCTT GCCACCGACC GCACTGTGCT TCCTGCTGAG 
ATCTCTGCCC CTCTCGCCGA GGGGTCCGCG CCTGTCGTCC ATGACGCCGC TGTTCCGGTC 
GAGAGCACCG CTGTCGAGAG CACCGCAGTT CCCGTGGACA GCACACCTCC GAAGCGTCGT 
CGAACTCTCG CAGACTCCTA CGACGCCCTC CTGCTCGATC TCGACGGCAC CGTCTTTGCC 
GGGCATCGTG CGTTGCCCCA TGCCGTGGAC TCCCTGGCGC GTACCTCGAC AGCCCGGTTC 
TTCGTGACCA ACAACGCGAG TCGCCGTCCG GCCGAGGTGG CCGCCCACCT GACCGATCTC 
GGATTCGACG CGACTCCGGA TCTCGTGGTC ACCAGCGCCC AATCCGCGGC GCGGTTGCTC 
TCCGAGCACC TCGAGCCGGG TTCTCGCGCT CTGGTGATCG GGACCGATGG GCTCGCCCAG 
GAGGTGCGGG AAGCCGGGAT CGGGGTGACG CGCAGTGCCG ATGACCGGCC CGCGGCAGTA 
ATCCAGGGAC ACTCCCCGGA GACCGGCTGG GCCCAGCTCT CCGAAGCCGC ACTCGCCATC 
CGCGCGGGAG CACTGTGGAT CGCCACCAAC GTCGACGCCA CGCTGCCCTC CGAGCGAGGC 
CTGCTGGTCG GCAACGGGTC GATGGTCGCA GCCGTGCGCA ACGCGACCGG CGCCGAGCCC 
ATCGTCGCAG GCAAGCCGGC CGCGCCCCTG ATGGCCGACG CCATCGCCCG GTCCCGCGCA 
CGCACACCGT TGGTCGTCGG TGACCGGCTG GATACCGACA TCGAGGGAGC GCACGCCGTC 
GGGATCGACA GCGCGCTGGT GCTCACGGGT GTGAGCACGG TGCCCGATCT GCTCATTGCG 
CCTCCCGAAC AGCGTCCCAC CTACGTCATC GACGACCTCG CCGGACTGTT CGACGACCCC 
GAAAGCGTCC GGGTCGGGCC GCAGCCCGGC TGGAACGTCG AGGTCTTCGA CTCGCGTGTC 
GTGGTGACCC CCGACGACGA TGCCGCCGCG GTGTCGATGG TCCCCGCGGT CGTGCACGCC 
ATCTGGGCGG CAATCGACGG CACCGATGTG GATGTCGACA CGCTTTCGGT CGCCGCCGGT 
GATGCCGCAA CCCAGGAACG GCTCGCCGTC CTGGGCATTC CGAGCTAG 

 

Protein sequence

MSDRDRGRPD SRGRGRRDRE RPPGPVIPDD VAASDLEGEV RRDLLTLDKA NADSVARHLV 
MVSRLLDENP LLALEHARAA RGRASRVGVV RETVGVAAYT AGEWQEAITE LRAARRITGN 
SALLPLIADA ERGLGRPERA IEIARGDDGR ALTGDEATEM RIVEAGARMD LGDAEKAIVT 
LQAEDLRPGQ TGTMPARLFY AYASALEAAG RTDDAVTWFM NAAAADVDDV TDAEFRLTDI 
AEGTAAPADS TENETETEGT APAAESGAVP VETSEPSADS AAVPVETSTL ATDRTVLPAE 
ISAPLAEGSA PVVHDAAVPV ESTAVESTAV PVDSTPPKRR RTLADSYDAL LLDLDGTVFA 
GHRALPHAVD SLARTSTARF FVTNNASRRP AEVAAHLTDL GFDATPDLVV TSAQSAARLL 
SEHLEPGSRA LVIGTDGLAQ EVREAGIGVT RSADDRPAAV IQGHSPETGW AQLSEAALAI 
RAGALWIATN VDATLPSERG LLVGNGSMVA AVRNATGAEP IVAGKPAAPL MADAIARSRA 
RTPLVVGDRL DTDIEGAHAV GIDSALVLTG VSTVPDLLIA PPEQRPTYVI DDLAGLFDDP 
ESVRVGPQPG WNVEVFDSRV VVTPDDDAAA VSMVPAVVHA IWAAIDGTDV DVDTLSVAAG 
DAATQERLAV LGIPS