| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | EcSMS35_4280 |
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| Symbol | fdoG |
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| ID | 6144178 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Escherichia coli SMS-3-5 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010498 |
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| Strand | - |
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| Start bp | 4379453 |
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| End bp | 4382503 |
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| Gene Length | 3051 bp |
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| Protein Length | 1016 aa |
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| Translation table | 11 |
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| GC content | 55% |
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| IMG OID | 641619101 |
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| Product | formate dehydrogenase-O, major subunit, selenocysteine-containing |
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| Protein accession | YP_001746225 |
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| Protein GI | 170683127 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0243] Anaerobic dehydrogenases, typically selenocysteine-containing |
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| TIGRFAM ID | [TIGR01409] Tat (twin-arginine translocation) pathway signal sequence
[TIGR01553] formate dehydrogenase, alpha subunit, proteobacterial-type |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 52 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCAGGTCA GCAGAAGGCA GTTCTTTAAG ATCTGCGCTG GCGGTATGGC AGGCACCACG
GCAGCGGCAC TGGGTTTTGC ACCCAGCGTA GCACTCGCGG AAACCCGGCA GTATAAACTG
CTGCGCACCC GCGAAACCCG TAATACCTGC ACCTATTGTT CCGTAGGCTG TGGGCTGTTG
ATGTACAGCC TCGGTGACGG AGCAAAAAAC GCCAAAGCAT CTATCTTCCA TATCGAAGGT
GACCCGGATC ACCCGGTCAA CCGCGGAGCA CTTTGTCCGA AAGGCGCTGG CCTGGTGGAT
TTCATCCACT CCGAAAGCCG CCTGAAGTTT CCGGAATACC GTGCGCCAGG TTCTGATAAA
TGGCAACAAA TCAGTTGGGA AGAGGCGTTT GATCGCATCG CCAAACTGAT GAAAGAAGAC
CGCGATGCGA ACTACATTGC GCAAAACGCC GAAGGCGTGA CTGTTAACCG CTGGCTCTCC
ACCGGGATGC TGTGTGCTTC CGCGTCGAGC AACGAAACCG GCTATTTAAC ACAAAAATTC
TCCCGCGCGC TGGGTATGCT CGCGGTCGAC AACCAGGCGC GTGTCTGACA CGGACCAACG
GTAGCAAGTC TTGCTCCAAC ATTTGGTCGC GGTGCGATGA CCAACCACTG GGTCGACATC
AAGAATGCCA ACCTCGTCGT GGTGATGGGC GGTAACGCCG CTGAAGCTCA CCCGGTCGGG
TTCCGCTGGG CGATGGAAGC CAAAATTCAC AACGGCGCGA AGCTGATTGT GATCGATCCT
CGCTTTACAC GTACGGCGGC GGTGGCTGAC TACTATGCCC CTATTCGTTC CGGGACTGAC
ATTGCTTTCC TGTCAGGCGT ATTGCTGTAC CTGCTGAACA ATGAAAAATT CAACCGCGAA
TACACCGAAG CCTATACCAA CGCCAGCCTG ATCGTGCGTG AGGATTACGG CTTTGAAGAT
GGCCTGTTCA CCGGCTACGA CGCGGAAAAA CGCAAGTACG ATAAATCCAG CTGGACCTAC
GAGCTGGACG AAAACGGCTT CGCCAAACGC GATACCACGC TGCAACATCC GCGCTGCGTG
TGGAACTTGC TGAAACAGCA CGTTTCCCGT TATACGCCAG ATGTGGTTGA AAACATCTGT
GGTACGCCGA AAGACGCGTT CCTGAAAGTC TGCGAATACA TCGCAGAGAC CAGTGCTCAC
GATAAAACTG CCTCGTTCCT TTACGCGCTC GGCTGGACGC AACACTCCAT TGGTGCGCAA
AACATTCGTA CGATGGCGAT GATCCAGCTG CTGCTCGGCA ACATGGGGAT GGCAGGCGGC
GGCGTTAACG CCCTGCGCGG TCACTCCAAT ATTCAGGGGC TGACCGACCT GGGGCTGCTG
TCGCAGAGTC TGCCAGGTTA CATGACGTTG CCAAGCGAGA AGCAGACCGA TCTGCAAACT
TACCTTACCG CCAACACGCC GAAACCACTG CTGGAAGGCC AGGTTAACTA CTGGGGCAAT
TACCCGAAAT TCTTCGTCTC CATGATGAAG GCCTTCTTTG GTGATAAAGC GACGGCGGAA
AATAACTGGG GCTTTGACTG GTTGCCGAAG TGGGATAAAG GCTACGACGT CCTGCAATAC
TTCGAGATGA TGAAAGAGGG CAAGGTCAAT GGCTATATCT GCCAGGGCTT TAACCCTGTT
GCCTCATTCC CGAACAAAAA CAAAGTGATC GGCTGTCTGT CGAAACTGAA GTTCCTCGTG
ACCATCGACC CGCTGAACAC TGAAACCTCT AACTTCTGGC AGAACCACGG TGAACTGAAC
GAAGTTGACT CGTCGAAGAT CCAGACCGAA GTGTTCCGTC TGCCATCGAC CTGCTTCGCG
GAAGAGAACG GTTCAATCGT CAACTCTGGC CGCTGGTTGC AGTGGCACTG GAAAGGTGCG
GACGCCCCGG GGATTGCGCT GACTGACGGC GAGATCCTCT CCGGTATCTT CCTGCGCTTG
CGCAAGATGT ATGCCGAACA GGGTGGCGCG AACCCGGACC AGGTGCTGAA CATGACCTGG
AACTACGCCA TTCCGCATGA GCCATCTTCA GAAGAAGTGG CGATGGAGAG TAACGGTAAG
GCGCTGGCCG ATATTACCGA TCCGGCAACC GGTGCGGTTA TCGTCAAGAA AGGCCAACAA
CTTAGCTCGT TCGCCCAACT GCGCGATGAC GGTACAACCT CCTGTGGCTG CTGGATTTTC
GCCGGTAGCT GGACGCCGGA AGGCAACCAG ATGGCGCGTC GTGATAACGC CGATCCGTCT
GGCCTCGGTA ACACGCTGGG CTGGGCATGG GCATGGCCGC TTAACCGCCG CATTCTGTAT
AACCGCGCCT CCGCAGATCC GCAGGGTAAC CCATGGGATC CGAAGCGTCA GTTGCTGAAA
TGGGACGGCA CTAAGTGGAC CGGCTGGGAT ATTCCGGATT ACAGCGCAGC GCCTCCGGGC
AGTGGCGTCG GGCCGTTTAT CATGCAGCAG GAAGGCATGG GGCGTCTGTT TGCCCTCGAT
AAGATGGCGG AAGGTCCGTT CCCGGAACAC TACGAGCCGT TTGAAACGCC GCTGGGAACT
AACCCGCTGC ATCCAAACGT TATCTCGAAC CCGGCTGCGC GAATCTTTAA AGACGACGCC
GAAGCATTGG GTAAAGCCGA TAAGTTCCCG TATGTCGGAA CCACCTATCG TCTGACCGAG
CACTTCCACT ACTGGACCAA ACACGCGCTG TTGAACGCGA TTTTGCAACC AGAGCAGTTT
GTGGAAATCG GGGAGTCGCT GGCGAATAAA CTTGGCATTG CCCAGGGCGA TACTGTGAAA
GTCTCCTCCA ACCGTGGCTA TATCAAAGCC AAAGCGGTAG TGACCAAACG TATTCGCACG
CTGAAAGCAA ACGGCAAAGA TATCGATACC ATCGGTATTC CGATTCACTG GGGCTATGAA
GGTGTTGCGA AAAAAGGCTT TATTGCCAAT ACGTTGACGC CATTCGTCGG TGATGCGAAC
ACGCAGACGC CGGAGTTTAA GTCCTTCCTT GTGAATGTGG AAAAGGTGTA A
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| Protein sequence | MQVSRRQFFK ICAGGMAGTT AAALGFAPSV ALAETRQYKL LRTRETRNTC TYCSVGCGLL
MYSLGDGAKN AKASIFHIEG DPDHPVNRGA LCPKGAGLVD FIHSESRLKF PEYRAPGSDK
WQQISWEEAF DRIAKLMKED RDANYIAQNA EGVTVNRWLS TGMLCASASS NETGYLTQKF
SRALGMLAVD NQARVUHGPT VASLAPTFGR GAMTNHWVDI KNANLVVVMG GNAAEAHPVG
FRWAMEAKIH NGAKLIVIDP RFTRTAAVAD YYAPIRSGTD IAFLSGVLLY LLNNEKFNRE
YTEAYTNASL IVREDYGFED GLFTGYDAEK RKYDKSSWTY ELDENGFAKR DTTLQHPRCV
WNLLKQHVSR YTPDVVENIC GTPKDAFLKV CEYIAETSAH DKTASFLYAL GWTQHSIGAQ
NIRTMAMIQL LLGNMGMAGG GVNALRGHSN IQGLTDLGLL SQSLPGYMTL PSEKQTDLQT
YLTANTPKPL LEGQVNYWGN YPKFFVSMMK AFFGDKATAE NNWGFDWLPK WDKGYDVLQY
FEMMKEGKVN GYICQGFNPV ASFPNKNKVI GCLSKLKFLV TIDPLNTETS NFWQNHGELN
EVDSSKIQTE VFRLPSTCFA EENGSIVNSG RWLQWHWKGA DAPGIALTDG EILSGIFLRL
RKMYAEQGGA NPDQVLNMTW NYAIPHEPSS EEVAMESNGK ALADITDPAT GAVIVKKGQQ
LSSFAQLRDD GTTSCGCWIF AGSWTPEGNQ MARRDNADPS GLGNTLGWAW AWPLNRRILY
NRASADPQGN PWDPKRQLLK WDGTKWTGWD IPDYSAAPPG SGVGPFIMQQ EGMGRLFALD
KMAEGPFPEH YEPFETPLGT NPLHPNVISN PAARIFKDDA EALGKADKFP YVGTTYRLTE
HFHYWTKHAL LNAILQPEQF VEIGESLANK LGIAQGDTVK VSSNRGYIKA KAVVTKRIRT
LKANGKDIDT IGIPIHWGYE GVAKKGFIAN TLTPFVGDAN TQTPEFKSFL VNVEKV
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