Gene Gura_0921 details

Gene Information

• Locus tag: Gura_0921
• ID: 5166710
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Geobacter uraniireducens Rf4
• Kingdom: Bacteria
• Replicon accession: NC_009483
• Strand: -
• Start bp: 1087566
• End bp: 1091048
• Gene Length: 3483 bp
• Protein Length: 1160 aa
• Translation table: 11
• GC content: 58%
• IMG OID: 640548417
• Product: hypothetical protein
• Protein accession: YP_001229700
• Protein GI: 148262994

Plasmid Coverage information

• Num covering plasmid clones: 19
• 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

ATGAAACAAC CAGGTGGTTC CGATTTAACC TATCCAACTA CAGATAAATT TCTTTTTGGT 
GATGTAGCAG GCAGCAAGTA TACCAAGGTC GACCTTTCCG TATGGGACAT GGCGACCAAC 
TGCGGCAGCT GCCACGTAGG CGGCGCCCTG GTGGAAAAGG ACCGCAACGG CTTCAGGCTT 
TCTCAACGGG CGTTGTCCGA CCAAACGATT ACCCCTTATA TGAACACCGT TGCCGAAGCA 
TGGGACGCAA AAACAGGCAG CCCGCTAAGC AATGTGATCC GTGCACCCTG GAGCTATCCC 
GGCACAACCG ACAGGAAGGC GCCGGCCCTT GGCGGCGGTA ACGCGATGAT TGCTCCCAAC 
GGCTGGGGAA GTGTCGCCAT GAACCAGGAT GGGACGGCAA ATACGCCCCC TTACATTCAG 
AACGGGCAGC TGATGATGCC GAACGTACGG GAGATGGACT GTCTTTTCTG CCACTTCCAG 
GGTTACAACA ACCTGATGAG TTCAGTTTTT GCGCAGATGG GCATTCTCAA TGCAGCGCCA 
ATGGCCGGAG CAGGCCTCAT GGACCTCATG CCCGGCAGCC CGACCCAGGG TGGTTACAAC 
GCCGCCATGA TCGAACTTGG GCCAAAAGAT GCCAACGGCA TGCAGGCAGT CAGTCTGAAG 
CAATCGCTGG TTGACAACAT CAAGCGTCTG CCACCCAGCG CCAACTGTCA GCAGTGTCAT 
AGCCCGAACA CTCTCAAGGA TCTGCCGGAA ATGATGACCG GGTTCCTCTC TTCGGCGCCG 
ATGATCCTGA ACACCAATGT AAACAATCCG ATGGTAGGCC CGACCGGGCT GGTAATGCCG 
GCCTACGATT TTAATGCGCC GTGGATGCCA TCTCCCGATA AATACCCCGG CTCCCCCAAT 
TCGCCATTGA TCGACGCGAC CAACCTCTAC AGTTACATGG TCCGCGGCAT CCTTGCCGCC 
CAGGGGTCAA CCGTCTACAA CAGGCTGACC GTCAACGGCA TGACCTCCTT CGGTGGTGAC 
AATAAAGGTG CCAGCGGCCC GATCTACTAT GAGGCACCGG TTACGGAAAT CGGCCTTACC 
GCCGATTTCA CGGGACAGCA GAACCAGAAC GTACTGAAGA AATCCACCGT ACCCTTCCCT 
CGTGCCGACT GGTTCAAGCG TGGCGATGCC TGGCAGAATG GCCAGGAGAT TCATGGCAGC 
CTTGGCTGCG CAGGCTGTCA CATGGACACC AACAGTTCCA ATCCCGACAA GAATCAGTGT 
GATCCCGGCC GCGGTTTCGA CGGCTCAGGC ACCATAGCAG ACGGCTCGCA GATCGGCACC 
AAGGTCGACA GCCGCAATAC CGTCAAACGC TGTGAAAGCT GTCATCTCTC CGGCAGCAAC 
CCCGACGGCA ATCCGATAGA TGTCATGGGG GCCCCGGACC CCACAGCAGC ACATCAGAGA 
GCAGGCCTCA CCGCCATGAT CAACAGGGCC ATGGGCCCGG ATGGCAGCGG CGGCCAGAAA 
CTCATCCCCG GCAACCATCT TGATGTCATT GACTGCACCG TCTGTCACGT GCAGAAAAAG 
AGCATGGCAG TCCGCGCACT TGACTGCACC AGCGGCAACC GTTACCCGAC CATGGTTGGC 
TTCGATTACA GCAAGGGTAT GATGGGCATG TTCGAAGACC CGGCGCCGGA CGCTGCCAAC 
GAAGGTGCCA GACAGCAATA TAACTTCATG AACCAGACCA TCAACCAGAA CTGCGGCTAT 
ACCTCTGCCA GCCAGGGCCC CGGAACCATC TGTGCCGCAA CCAATCAACC AGGCCCTGGC 
TACCAGGCCG AAATTCCATA CGGCACCCAG CTTATCGGCG GTGCACTCCA GGAATGGCTG 
CCGCTGAAAA CCTGGTCGAA GGTCGGCAAC GGCTTGAAGA CCAGCCCGAA CTTCAGGCGT 
AAAATTTACC TGACCAACAC TATCGTCTCG GCGCTCTTCA ACAACGACTA CGGCACAACT 
GTCGACGCCA ACGGTGATGG TGTCAATGGG CAGATTCTGG CAGTCGGTGA TCTCAATTCG 
ACCCAGGGCT TTGGCGAACC GATCTTTGAC CCGTGGATTC AGCGCGACCT CAAGGCGGGC 
ATTAACTTCG CCCCCGGCGG CTTCGCCCCG ATCCCGGTTG GGTTCGGCGG TCCCGGAGAC 
GGTGTTGCCG GATCAACTGC ACAGGGAGGT AGGTACCAGA GCGCCTACAA CATGGATGGC 
AGCTTCACCG GCGCCTGGAA ATACGTTGGC GTTTACGGCG GCAATACCAT CTTCACCACC 
CCTGACGAAA TCAGGGAGTA CAAAAATTAC AGAACCCGGA TCAAGGACAT GCCGGGACAG 
AGCGGCAAAT CCTGGGACGG CACCGAGCTT GGCTATATCG GCGGCCTGTA CCAGGTGACC 
CACGGCGTCA AACCAATCAG TCAGTATGTC CTGGGTAAGC CGCGTGCCTT CGACGCGACA 
GGCAAGGTAA CAACATTCGG TTGCAACGAC TGCCACGCAA CGGCTAAAAA CTTCTTCGAC 
GGCGGCTTTA ACATGACCGG TACCGCAATA CCCGCCGATG CTACCTGGAC ACCGGCCCCC 
GGCATTATTC CCGCGAGCGC CTCAACCATG ATGGAGAGAC CTGCCGTATT CATTCCGACC 
ATCAAGGCCT ACAAGGGTGA TCTTCGCACT GGTACCGAAC TCTTCAACAA GCTCGGCCAG 
CCGAGGAGTG TTCCTTTCGA GGAAGAAGTA GTTGAGAATA GCGTAGTTTA CACACAGACT 
AAAGATCTGA GCCGCGGGGA AGCTCTCTAT CCTGATCCCG ACGGTTACTT CAGGGCTGAC 
GGCACGGCTC CGGGGGGTAC GGGAACAGCA GGCTCCTACA AGCGGAGCGA GTGGATCAGC 
TATCTGCTCA GCATCGACAA CAACGCCGCT GCCGCCGGCA TCGGCGTAGA CCCGGTCGCC 
CAGTTCGCCG CCAGCTTCCC GGACGCCGAC CCGAACACCT CCGGCTACCA GCTGGTAGTC 
AACACACCCT ACACCCTGGC GGCGGATACC AGCGTCAACA CAAACGGCTC GTTCACCTAC 
AGCCTCTCCT TTACCGACGG CACCACTGTC AGCGGGCCAT CCGTCAGCAA GACCTTCTCC 
ACCATCGGCA CCTCATCAGT CACCCTCAAG GTGACCGATG AGGAAGGGAA GACGGCAACC 
GTATCCAGGG CCATCAACGT GGTCAACCCG CCGGTTGTCG GGGGGATGAC CATCGGTCCG 
ACCACGGCCA AAAGAGGGAT CTCCACCAGC TACACCTTCG GCAACCTGAA GGACCACGAC 
TCCCTGCGGA TCATCTGGGC CGACGGGACT TCGACCACCC TGCCGCACGT GGGTGCCGCC 
GGCAGTTCGG CCACTACCAG CCATATTTAT GCCACTACCG GCACGAAGAA ACTGACAGTG 
CTCGTCTACA AGAACGGGGT GCAGGTGGAC AGCAAGTACA ACTACGTCAC CGTAACCCTG 
TAG 

 

Protein sequence

MKQPGGSDLT YPTTDKFLFG DVAGSKYTKV DLSVWDMATN CGSCHVGGAL VEKDRNGFRL 
SQRALSDQTI TPYMNTVAEA WDAKTGSPLS NVIRAPWSYP GTTDRKAPAL GGGNAMIAPN 
GWGSVAMNQD GTANTPPYIQ NGQLMMPNVR EMDCLFCHFQ GYNNLMSSVF AQMGILNAAP 
MAGAGLMDLM PGSPTQGGYN AAMIELGPKD ANGMQAVSLK QSLVDNIKRL PPSANCQQCH 
SPNTLKDLPE MMTGFLSSAP MILNTNVNNP MVGPTGLVMP AYDFNAPWMP SPDKYPGSPN 
SPLIDATNLY SYMVRGILAA QGSTVYNRLT VNGMTSFGGD NKGASGPIYY EAPVTEIGLT 
ADFTGQQNQN VLKKSTVPFP RADWFKRGDA WQNGQEIHGS LGCAGCHMDT NSSNPDKNQC 
DPGRGFDGSG TIADGSQIGT KVDSRNTVKR CESCHLSGSN PDGNPIDVMG APDPTAAHQR 
AGLTAMINRA MGPDGSGGQK LIPGNHLDVI DCTVCHVQKK SMAVRALDCT SGNRYPTMVG 
FDYSKGMMGM FEDPAPDAAN EGARQQYNFM NQTINQNCGY TSASQGPGTI CAATNQPGPG 
YQAEIPYGTQ LIGGALQEWL PLKTWSKVGN GLKTSPNFRR KIYLTNTIVS ALFNNDYGTT 
VDANGDGVNG QILAVGDLNS TQGFGEPIFD PWIQRDLKAG INFAPGGFAP IPVGFGGPGD 
GVAGSTAQGG RYQSAYNMDG SFTGAWKYVG VYGGNTIFTT PDEIREYKNY RTRIKDMPGQ 
SGKSWDGTEL GYIGGLYQVT HGVKPISQYV LGKPRAFDAT GKVTTFGCND CHATAKNFFD 
GGFNMTGTAI PADATWTPAP GIIPASASTM MERPAVFIPT IKAYKGDLRT GTELFNKLGQ 
PRSVPFEEEV VENSVVYTQT KDLSRGEALY PDPDGYFRAD GTAPGGTGTA GSYKRSEWIS 
YLLSIDNNAA AAGIGVDPVA QFAASFPDAD PNTSGYQLVV NTPYTLAADT SVNTNGSFTY 
SLSFTDGTTV SGPSVSKTFS TIGTSSVTLK VTDEEGKTAT VSRAINVVNP PVVGGMTIGP 
TTAKRGISTS YTFGNLKDHD SLRIIWADGT STTLPHVGAA GSSATTSHIY ATTGTKKLTV 
LVYKNGVQVD SKYNYVTVTL