Gene Gbro_2993 details

Gene Information

• Locus tag: Gbro_2993
• ID: 8552362
• 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: 3199673
• End bp: 3203215
• Gene Length: 3543 bp
• Protein Length: 1180 aa
• Translation table: 11
• GC content: 65%
• Product: DNA polymerase III, alpha subunit
• Protein accession: YP_003274094
• Protein GI: 262202886

Plasmid Coverage information

• Num covering plasmid clones: 11
• 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

GTGACCGATT CGTTTGTCCA TCTGCACAAC CACACCGAGT ACTCGATGCT CGACGGTGCC 
GCCAAGGTGG CGCCGCTGTT CGCGGAGGCC AAACGGCTGG GCATGACCGC CATCGGCATG 
ACCGACCACG GAAACATGTT CGGCGCCAGT GAGTTCTACA ACACGGCAGT CAAGAACGAC 
ATCAAGCCGA TCATCGGCAT CGAGGCCTAC GTCGCGCCGG CGTCGCGCTT CGAGACCAAG 
CGCGTCACGT GGGGTACCCG CGATCAGAAG GACGACGACG TCTCGGGTAG CGGCGCCTAC 
ACCCACATGA CCATGGTGGC CGAGAACGCC ACCGGTCTGC GCAACCTGTT CAAGCTGTCG 
TCGCTGGCCT CCATCGAAGG ACAGCTCGGC AAGTGGGCGC GCATGGACGC CGACATCATC 
GCCGAATACG CCGAGGGCAT CATCGCGACC ACCGGCTGTC CGTCCGGCGA GGTCCAGACC 
CGCCTGCGCC TCGGGCATGA GCGTGAGGCG CTCGAGGCGG CGGCCAAATG GCAGGAGATC 
TTCGGCAAGG AGAACTTCTA CCTCGAACTC ATGGAGCACG GCCTCGAGAT CGAGCGGCGG 
GTCCGCGACG GGCTGCTCGA GGTCGGCCGC AAGCTCGGCA TCAAACCGTT GGTGACCAAC 
GACTGCCACT ACGTAACCAA GGATCACGCC AAGAGCCACG AGGCGCTGCT GTGCGTACAG 
ACCGGTAAGA CCCTCTCCGA CCCGACCCGC TTCAAGTTCG ACGGCGACGG TTACTACCTG 
AAGTCCGCCG CCGAGATGCG CGAGCTGTGG GATTCGGTGG TTCCGGGCGC CTGCGACAAC 
ACCCTGGAGA TCGGCGAACG GGTCCAGAGC TACGCCGACG TCTTCACCCA CCGCGACCGT 
ATGCCGGTCT TCCCGGTGCC CGAAGGCGAA TCCCAGCAGA CGTGGTTGCG CAAAGAGGTC 
GCCAAGGGTC TCGCCGAACG CCGCTTCGCG GGCGCCGAGG TGCCGCGGGA GTATCAGGAG 
CGCGCGAACT ATGAGCTCGA CGTCATCATC CAGATGGGGT TCCCGGCCTA CTTCCTGGTG 
GTCGGCGACC TCATCCGGCA CGCCCAGGAG GTCGGCATCC GCGTCGGACC GGGCCGTGGA 
TCGGCGGCCG GGTCCCTGGT CGCGTGGGCG TTGGGCATCA CCAACATCGA CCCCATCCCG 
CACGGACTGC TATTTGAGCG GTTCCTCAAC CCCGAACGCG TCTCGATGCC CGACATCGAC 
ATCGACTTCG ACGATCGTCG GCGCGGTGAG ATGGTGCGCT ACGCCACCGA CCGGTGGGGC 
AGCGACAAGG TCGCCCAGGT CATCACCTTC GGCACCATCA AGACCAAGGC TGCCATCAAG 
GACTCCGCCC GGGTGCAGTT CGGGCAGCCC GGCTTCTCCA TCGCCGACCG GATCACCAAG 
GCGCTGCCGC CGCCCATCAT GGCCAAGGAC ATCCCGGTCT GGGGCATCAC CGATCCGGAT 
CACGAACGGT TCAACGAGGC CGCCGAGGTC CGCTCGCTCA TCGAGACCGA TCCCGACGTC 
AAGAAGATCT ACGACACCGC ACTGGGCCTG GAAGGCCTGA TCCGCAACGC CGGTGTGCAC 
GCGTGTGCGG TGATCATGTC CTCGGAGCCG CTCACCGACG CCATCCCGGT GTGGCGGCGC 
GCCCAGGACG GCGCCATCAT CACCGGCTGG GATTACCCGT CCTGTGAGGC CATCGGCCTG 
TTGAAGATGG ACTTCCTGGG GTTGCGCAAC CTCACCGTCA TCGGTGACGC CATCGAGAAC 
ATCAAGATCA ACCGCGGCTT CGATCTCGAC CTCGACGACG CCCCGCTCGA CGACCCCAAG 
ACCTACGAGC TGCTCGCCCG AGGTGACACG CTGGGCGTGT TCCAGCTCGA CGGCGGGGCC 
ATGCGCGAAC TCCTGAAACG CATGCAGCCC ACCGGATTCG AGGACATCGT CGCCGTCCTC 
GCGCTCTATC GGCCGGGTCC GATGGGCATG AACGCCCACA ACGATTACGC CGACCGCAAG 
AACGGTCGCC AAGAGGTCAA ACCGATCCAT CCGGAATTGG CCGAGCCGCT CAAGGAGATT 
CTCGCCGACA CCTACGGTCT GATCGTCTAC CAAGAGCAGA TCATGCAGAT CGCGCAGAAG 
GTGGCCGGGT ACTCACTCGG CCGAGCCGAC ATCCTGCGCC GCGCGATGGG CAAGAAGAAG 
GCCGAGGTCC TCGCCGCCGA ATTCGAGGGG TTCGAGGCGG GCATGAAGGC CAACGGGTTC 
TCCGGGCCGG CCATCAAGGC GCTCTGGGAC ACGATCCTCC CGTTCGCCGG ATACGCGTTC 
AACAAGTCCC ACGCCGCCGG CTATGGGCTC GTCTCGTTCT GGACGGCCTA CCTCAAGGCG 
AATTATCCCG CCGAGTACAT GGCCGGGCTG CTCACCTCCG TCGGCGACGA CAAGGACAAG 
GCCGCAATCT ATCTCGCCGA CTGCCGCAAG CTCGGCATCA CGGTGCTACC ACCCGACGTC 
AACGAGTCCC AGCGCAACTT CGCGGCCGTC GGCACCGACA TCCGCTTCGG CCTGGCCGCC 
ATCCGCAACG TCGGCAGCGG GGTGGTCTCC TCGATCCTGG CCGCGCGCGA GGAGAAGGGA 
AAGTTCACCA GCTTCTCGGA CTATCTCGGC AAGATCGACG TCACCGCCTG CAACAAGAAG 
GTGACGGAAT CGCTGATCAA GGCCGGTGCC TTCGACTCGC TGGCGCATCC GCGCAAGGGT 
CTGTTCCTGG TTCACGGTGA GGCCGTCGAA TCGGTGCTCG GCACCAAGAA GGCCGAGGCC 
ATCGGACAAT TCGATCTGTT CGGCGATGCG GGCGGAGCCG ACGACACCAT GGCCGAGGTC 
TTCGCGGTCA AGGTGCCCGA CGAGGAGTGG GACACCAAAC ACAAACTCGC CATCGAGCGA 
GAGATGTTGG GGCTCTACGT GTCCGGGCAT CCGCTCAGTG GCGTCGAACA CGCGATCGCC 
GCACACACCG ACACCTCGAT CACCACCCTG CTCGAAGGCA ACATCGCCGA CGGCGCCCAG 
ATCACCATCG GCGGCATCAT CTCGTCGGTG ACGCGCCGGG TGAACAAGAA GGGCGAACCG 
TGGGCGGCGG TCACCCTCGA GGACATGGTC GGTGGTGTGG AGGTGTACTT CTTCCCGCGT 
GCTTTCGCCG CCTACGGGAT GGACATCGTC GCCGACAACA TCGTGCTCAT CAAGGCGCGG 
GTCAACCTGC GCGACGATTC GATGATGATC TCGGCCAACG ACCTCGCCGT TCCCGATCTG 
TCGTCGGCGG GCGCCACCAA ACCCGTCGCC CTCACCCTGT CCGCGCGGTT GTGTACACCC 
GACCGGGTCC AGGCCCTCAA GCAGGTACTC ACCCGGCATC CCGGGAGCGC GGATGTGCAC 
GTCACGCTGG TCAGTGATGA ACGGCAGACG CAACTTCGGC TCACGGAGTC ACTGCGGGTG 
ACGCCGTCGT CGGCGCTGAT GGGTGACCTC AAGGCACTGC TCGGCCCGAG CTGTCTGGGC 
TGA 

 

Protein sequence

MTDSFVHLHN HTEYSMLDGA AKVAPLFAEA KRLGMTAIGM TDHGNMFGAS EFYNTAVKND 
IKPIIGIEAY VAPASRFETK RVTWGTRDQK DDDVSGSGAY THMTMVAENA TGLRNLFKLS 
SLASIEGQLG KWARMDADII AEYAEGIIAT TGCPSGEVQT RLRLGHEREA LEAAAKWQEI 
FGKENFYLEL MEHGLEIERR VRDGLLEVGR KLGIKPLVTN DCHYVTKDHA KSHEALLCVQ 
TGKTLSDPTR FKFDGDGYYL KSAAEMRELW DSVVPGACDN TLEIGERVQS YADVFTHRDR 
MPVFPVPEGE SQQTWLRKEV AKGLAERRFA GAEVPREYQE RANYELDVII QMGFPAYFLV 
VGDLIRHAQE VGIRVGPGRG SAAGSLVAWA LGITNIDPIP HGLLFERFLN PERVSMPDID 
IDFDDRRRGE MVRYATDRWG SDKVAQVITF GTIKTKAAIK DSARVQFGQP GFSIADRITK 
ALPPPIMAKD IPVWGITDPD HERFNEAAEV RSLIETDPDV KKIYDTALGL EGLIRNAGVH 
ACAVIMSSEP LTDAIPVWRR AQDGAIITGW DYPSCEAIGL LKMDFLGLRN LTVIGDAIEN 
IKINRGFDLD LDDAPLDDPK TYELLARGDT LGVFQLDGGA MRELLKRMQP TGFEDIVAVL 
ALYRPGPMGM NAHNDYADRK NGRQEVKPIH PELAEPLKEI LADTYGLIVY QEQIMQIAQK 
VAGYSLGRAD ILRRAMGKKK AEVLAAEFEG FEAGMKANGF SGPAIKALWD TILPFAGYAF 
NKSHAAGYGL VSFWTAYLKA NYPAEYMAGL LTSVGDDKDK AAIYLADCRK LGITVLPPDV 
NESQRNFAAV GTDIRFGLAA IRNVGSGVVS SILAAREEKG KFTSFSDYLG KIDVTACNKK 
VTESLIKAGA FDSLAHPRKG LFLVHGEAVE SVLGTKKAEA IGQFDLFGDA GGADDTMAEV 
FAVKVPDEEW DTKHKLAIER EMLGLYVSGH PLSGVEHAIA AHTDTSITTL LEGNIADGAQ 
ITIGGIISSV TRRVNKKGEP WAAVTLEDMV GGVEVYFFPR AFAAYGMDIV ADNIVLIKAR 
VNLRDDSMMI SANDLAVPDL SSAGATKPVA LTLSARLCTP DRVQALKQVL TRHPGSADVH 
VTLVSDERQT QLRLTESLRV TPSSALMGDL KALLGPSCLG