Gene Gbro_3909 details

Gene Information

• Locus tag: Gbro_3909
• ID: 8553290
• 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: 4201656
• End bp: 4203692
• Gene Length: 2037 bp
• Protein Length: 678 aa
• Translation table: 11
• GC content: 66%
• Product: NAD synthase
• Protein accession: YP_003274978
• Protein GI: 262203770

Plasmid Coverage information

• Num covering plasmid clones: 15
• Plasmid unclonability p-value: 1
• 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

GTGTCTGTTC ACGCCCACGG GTTCGTCCGC GTCGCCGGCG CGGTCCCCGT CCTCTCGCTT 
GCCGATCCCG CCACCAACAC CGCCCGCACC ATCGAACTGA TGCGACAGGC CGCCGATGAG 
GGGGCCCGGC TCGTCGTCTT CCCCGAGCTC GGTCTCTGCG GCTACAGCGC CGACGACCTG 
TTCCACCAGG ACGCGCTGAT CGATGCGTGC CACACCGGAC TGACGGAGAT CATCGCCGCC 
AGTGCCGGCG TCGGTGCCGT GGTGGTCGTC GGGCTGCCGA TGCAGGTCGG CGACGGGTTG 
TTCAACTGTG CGGCCGTCGT CTACAACGGG CGGCTGCTCG GCGTCGTACC GAAGTCGTAT 
CTGCCCAACT ACCGGGAGTT CTACGAACAG CGCTTCTTCT CTGCGGCCCG GGACGCCATC 
GCGACCACGG TGACCATCGG CGACACCGAG ACACCGTTCG GGACCGACCT CATCTTCGAC 
GCTGCGGATC TGCCGGGTTT CGCGTTGCAC GTGGAGATCT GCGAGGACGG CTGGGTGGCG 
ATCCCGCCGA GCACCTGGGC TGCACTGGGT GGCGCGACCG TGCTGGCCAA TCTGTCCGGC 
AGCCCGGTCA CCGTCGGCAA AGAGGGTTAC CGAAAGGCGT TGTGCACCAG CCATTCCGCA 
CGACTGCTGG CCGCCCATCT GTACGTCGCG GCCGGATACG GTGAATCGAC CACCGACCTC 
GCCTGGGATG GTGACGCGCT CATCACCGAG AACGGGACGC TGCTCGCGCG CAGCGAACTG 
TTCACCATGT CCGATCAGGT CATCAGCGCC GACGTCGATC TCGACCGGCT GCGTCAGGAA 
CGGATGCGGA TGATCAGCTT GCGTGACCAG GCGGGTGATT TCGCCGACGA TCTGAAATCG 
CTGCGGCGCA TCCGTTTCGA GTTCGGAAGC GTCGAGACCG CGGCCCGCGA CGACGACCTC 
TTGCGTCGCG TCGTCCCCCG ATTCCCGTTC GTGCCGGCCG ATTCCGCCGA CCGCGACGAA 
CGGTGCCGCG AGGTCCGCAA CATACAGGTG CAGGGCCTGG CCGCGCGCCT GCGCGCCACC 
GACATCGACA AGATCGTCAT CGGTGTGTCC GGCGGGCTCG ATTCGACGCT CGCGCTACTC 
GTCGCGGTGG ACACCTTCGA CCGACTCGGC TTGCCGCGCA GCAACATTCT CGGCTACACC 
ATGCCCGGCT TCGCCACTGG TGGCGCGACA TTGCGGCGTG CGCACGCGCT GATGGACACC 
CTCGGCGTGA GCGGAACCGA GCTCGACATC CGGCCGTCGT GTGAACAGAT GCTGGCCGAC 
CTCGATCACC CGTACAGCCG GGGCGAGAAG GTCTTCGACG TCACCTTCGA GAACGTGCAG 
GCCGGTGAGC GGACGTCACA TCTGTTCCGG CTGGCCAATC ACCTCGGGGC GATCGTGCTG 
GGTACCGGCG ATCTGTCCGA ACTCGCCCTC GGCTGGTGCA CCTACGGCGT CGGCGATCAG 
ATGTCGCATT ACAACGTCAA CGGTTCGGTC CCCAAAACCC TTATCCAGCA TCTGATCCGG 
TGGATGATCG CCGTCGGCGA ATACTCCGAG GACACCACGT CGACGCTGGT GGAAATCCTC 
GACGACGTGA TCACCCCCGA ACTCGTGCCC CCCGGCGAGG ACGGCGCCAT CCAGAGCACC 
GAGGACACCG TCGGCCCGTA CGAACTCCAC GACTTCTTCC TCTACTACCA CACGCGATTC 
GGATATCGGC CGGACAAGAT CGCGTACCTG GCCCGGCAGG CGTGGGGCGA TCGGGAACGC 
GGCCCGTGGT CGGACATGAT CGCACCGGAA CGACGCAATC AGTACGACGC CGCGACCATC 
GAGCACTGGC TCGGCGTCTT CCTCAAGCGC TTCATGGCCA ATCAGTTCAA GCGCACCGCG 
ATGCCCAACG GCCCCAAGAT CGGTTCCGGT GGGTCGTTGT CGCCGCGCGG CGACTGGCGG 
TCCCCGTCGG ACGCCTCGGC CCGGGTCTGG CTGGACCAAC TCTCCGACTC GCGGTAG 

 

Protein sequence

MSVHAHGFVR VAGAVPVLSL ADPATNTART IELMRQAADE GARLVVFPEL GLCGYSADDL 
FHQDALIDAC HTGLTEIIAA SAGVGAVVVV GLPMQVGDGL FNCAAVVYNG RLLGVVPKSY 
LPNYREFYEQ RFFSAARDAI ATTVTIGDTE TPFGTDLIFD AADLPGFALH VEICEDGWVA 
IPPSTWAALG GATVLANLSG SPVTVGKEGY RKALCTSHSA RLLAAHLYVA AGYGESTTDL 
AWDGDALITE NGTLLARSEL FTMSDQVISA DVDLDRLRQE RMRMISLRDQ AGDFADDLKS 
LRRIRFEFGS VETAARDDDL LRRVVPRFPF VPADSADRDE RCREVRNIQV QGLAARLRAT 
DIDKIVIGVS GGLDSTLALL VAVDTFDRLG LPRSNILGYT MPGFATGGAT LRRAHALMDT 
LGVSGTELDI RPSCEQMLAD LDHPYSRGEK VFDVTFENVQ AGERTSHLFR LANHLGAIVL 
GTGDLSELAL GWCTYGVGDQ MSHYNVNGSV PKTLIQHLIR WMIAVGEYSE DTTSTLVEIL 
DDVITPELVP PGEDGAIQST EDTVGPYELH DFFLYYHTRF GYRPDKIAYL ARQAWGDRER 
GPWSDMIAPE RRNQYDAATI EHWLGVFLKR FMANQFKRTA MPNGPKIGSG GSLSPRGDWR 
SPSDASARVW LDQLSDSR