| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | YpAngola_A3770 |
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| Symbol | fdoG |
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| ID | 5802247 |
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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 | Yersinia pestis Angola |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010159 |
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| Strand | - |
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| Start bp | 3998049 |
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| End bp | 4001096 |
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| Gene Length | 3048 bp |
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| Protein Length | 1015 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 641341569 |
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| Product | formate dehydrogenase, alpha subunit, selenocysteine-containing |
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| Protein accession | YP_001608081 |
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| Protein GI | 162421766 |
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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 | 30 |
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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 | 50 |
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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 AGGAACAACG
GTCGCGGCAC TCGGCTTCGC GCCGTCAGTG GCGCTGGCGG AAACGCGCAA TTATAAATTG
CTGCGCGCTC GCGAGACACG TAACACCTGC ACATATTGCT CTGTCGGTTG TGGGCTTTTG
ATGTATAGCC TTGGCGACGG CGCGAAAAAT GCTAAAGAAA GTATTTTTCA CATTGAAGGG
GACCCGGATC ATCCGGTGAA CCGTGGCGCA CTGTGTCCGA AAGGGGCAGG GTTAGTCGAC
TTTATCCATA GCGAAAGCCG CTTGAAATAC CCAGAATACC GGGCGCCAGG CTCAGACAAG
TGGCAGAGAA TCACTTGGGA TGATGCGTTT ACCCGTATTG CCAAATTAAT GAAAGAAGAC
CGGGACGCTA ACTTCATTAA GACCAACGAC GCCGGTGTTA CCGTCAACCG TTGGTTAAGC
ACCGGTATGC TGTGTGCTTC GGCATCAAGC AATGAAACGG GTTATTTGAC CCAAAAATTT
AGTCGCGCTC TCGGCATGCT TGCCGTAGAC AACCAAGCAC GTGTCTGACA CGGACCAACG
GTAGCAAGTC TTGCTCCAAC ATTTGGTCGC GGTGCGATGA CCAACCACTG GGTTGACATT
AAGAACGCGG ATTTAATTAT CGTCATGGGC GGTAATGCGG CAGAAGCGCA TCCGGTGGGG
TTCCGCTGGG CGATGGAAGC CAAAATCCAC AACAATGCCA AGCTTCTGGT GATAGATCCG
CGCTTTACTC GTACGGCATC GGTGGCTGAT TTCTATACGC CAATCCGCTC CGGTACGGAT
ATTGCGTTTC TGTCCGGTGT CTTGTTGTAC CTGATCTCCA ACAATAAAAT TAACCGTGAA
TATGTCGAAG CCTATACCAA CGCCAGCTTG CTGGTGCGGG AAGACTATGC TTTCGATGAT
GGCCTGTTCA GTGGCTATGA CGCCGAAAAC CGTAAATACG ATAAAACCAG CTGGAACTAT
CAGTTGGATG AAGACGGTTT TGCTAAACGG GATGTCACGC TGCAACACCC GCGTTGTGTG
TGGAACCTGC TGAAAGAGCA CGTTAGCCGC TATACACCGG AAGTGGTCTC CAATATTTGC
GGTACGCCAA AAGACGATTT CCTGCAGGTT TGTGAATATC TCGCCGAAAC CAGTGTATCC
AATAAAACGG CGACGTTCCT GTATGCCTTG GGTTGGACGC AGCACTCTGT GGGTGCGCAG
AATATCCGTA CTATGGCGAT GATCCAGTTG CTGTTGGGCA ACATGGGGAT GGCAGGTGGC
GGTATTAACG CCCTACGCGG TCACTCCAAT ATCCAAGGGC TGACTGACCT TGGCCTGTTG
TCGCAAAGCC TGCCGGGTTA CTTGAACTTG CCGTCAGAAA AACAGCCGGA TATTGATACC
TACCTGAAGG CCAACACGCC GAAAACCCTG TTACCAGGCC AGGTTAACTA CTGGAGCAAT
TACCCGAAAT TCTTTGTCAG TTTGATGAAA AGTTTCTACG GTGATAACGC CCAAAAGGAA
AATGGCTGGG GCTATGACTG GCTGCCGAAG TGGGATAAAG GCTACGACGT CTTGCAGTAT
TTCGAAATGA TGTCGCAGGG CAAGGTCAAT GGCTATCTGT GCCAAGGCTT TAACCCGATT
GCCTCGTTCC CGGATAAAAA CAAAGTGACA GCGGCGCTGT CGAAGCTGAA ATTCTTGGTG
ACGATTGATC CACTCAATAC TGAAACCGCG AATTTCTGGC AAAACCACGG TGAATTTAAC
GATGTCGATC CATCGAAAAT TCAAACTGAG GTGTTCCGCT TGCCATCCAG TTGTTTTGCT
GAAGAGAACG GCTCGATCGT TAACTCCAGC CGCTGGCTGC AATGGCACTG GAAAGGCGCT
GATTCACCGG GAGAAGCACT GAACGATGGT GCAATTCTGG CGGGCATCTT TATGCGTATG
CGTGAGATGT ACCAGCGGGA AGGTGGCGCG GTGCCTGAGC AGGTGCTCAA TATGACCTGG
GACTACCTGA CACCAGAAAA TCCAGAGCCG GAAGAAGTGG CAATGGAAAG TAATGGGCGA
GCGCTGGCGG ATCTCACTGA TGCCGACGGC AAAGTGTTGG TCAAAAAAGG CGAACAGCTC
AGTACCTTCG CTCAACTGCG TGATGACGGT ACCACTTCCA GTGGTTGCTG GATCTTTGCG
GGTAGCTGGA CACCGGCCGG TAACCAAATG GCGCGGCGTG ATAATGCGGA TCCATCGGGT
CTCGGCAATA CCTTGGGCTG GGCCTGGGCA TGGCCGCTTA ACCGCCGCAT TCTGTACAAC
CGTGCGTCTG CTGACCCGCA GGGTAAACCG TGGGATCCGA AACGCCAGTT GCTGGAGTGG
GATGGTGCTA AGTGGGCCGG TATTGATGTT GCTGACTACA GTGCTGCGGC ACCGGGCAGT
GATGTTGGGC CGTTTATCAT GCAGCCTGAA GGGATGGGCC GTTTGTTTGC AATCGATAAG
ATGGCTGAAG GGCCGTTCCC TGAGCATTAT GAGCCATTTG AAACGCCGTT GGGGACCAAC
CCGCTGCATC CGAATGTGAT CTCTAACCCA GCCGCTCGTG TATTTAAAGA TGATCTGGCC
GCGATGGGGT CGCACGAGCA ATTCCCTTAT GTTGGCACCA CTTATCGTTT AACCGAACAT
TTCCACTACT GGACCAAACA TGCGTTGCTC AATGCCATCG CTCAACCGGA ACAGTTTGTG
GAAATTGGCG AAAAACTGGC GGCGAAGAAA GGGATTAAGC AAGGCGATAC GGTGAAAGTC
AGCTCTAACC GTGGCTTTAT CAAAGCCAAG GCGGTGGTGA CTAAACGTAT TCGTACTCTG
AATGTTCATG GGCAAGAAGT TGACACCATT GGTATTCCGA TCCATTGGGG ATATGAAGGG
GTGGCAAAAA AAGGCTTCCT GGCGAATACC CTGACACCGT ATGTCGGTGA TGCCAATACG
CAAACGCCAG AGTTCAAGGC GTTTCTGGTC AATGTGGAAA AGGTGTAA
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| Protein sequence | MQVSRRQFFK ICAGGMAGTT VAALGFAPSV ALAETRNYKL LRARETRNTC TYCSVGCGLL
MYSLGDGAKN AKESIFHIEG DPDHPVNRGA LCPKGAGLVD FIHSESRLKY PEYRAPGSDK
WQRITWDDAF TRIAKLMKED RDANFIKTND AGVTVNRWLS TGMLCASASS NETGYLTQKF
SRALGMLAVD NQARVUHGPT VASLAPTFGR GAMTNHWVDI KNADLIIVMG GNAAEAHPVG
FRWAMEAKIH NNAKLLVIDP RFTRTASVAD FYTPIRSGTD IAFLSGVLLY LISNNKINRE
YVEAYTNASL LVREDYAFDD GLFSGYDAEN RKYDKTSWNY QLDEDGFAKR DVTLQHPRCV
WNLLKEHVSR YTPEVVSNIC GTPKDDFLQV CEYLAETSVS NKTATFLYAL GWTQHSVGAQ
NIRTMAMIQL LLGNMGMAGG GINALRGHSN IQGLTDLGLL SQSLPGYLNL PSEKQPDIDT
YLKANTPKTL LPGQVNYWSN YPKFFVSLMK SFYGDNAQKE NGWGYDWLPK WDKGYDVLQY
FEMMSQGKVN GYLCQGFNPI ASFPDKNKVT AALSKLKFLV TIDPLNTETA NFWQNHGEFN
DVDPSKIQTE VFRLPSSCFA EENGSIVNSS RWLQWHWKGA DSPGEALNDG AILAGIFMRM
REMYQREGGA VPEQVLNMTW DYLTPENPEP EEVAMESNGR ALADLTDADG KVLVKKGEQL
STFAQLRDDG TTSSGCWIFA GSWTPAGNQM ARRDNADPSG LGNTLGWAWA WPLNRRILYN
RASADPQGKP WDPKRQLLEW DGAKWAGIDV ADYSAAAPGS DVGPFIMQPE GMGRLFAIDK
MAEGPFPEHY EPFETPLGTN PLHPNVISNP AARVFKDDLA AMGSHEQFPY VGTTYRLTEH
FHYWTKHALL NAIAQPEQFV EIGEKLAAKK GIKQGDTVKV SSNRGFIKAK AVVTKRIRTL
NVHGQEVDTI GIPIHWGYEG VAKKGFLANT LTPYVGDANT QTPEFKAFLV NVEKV
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