| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SAG0331 |
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| Symbol | pflD-1 |
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| ID | 1013120 |
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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 | Streptococcus agalactiae 2603V/R |
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| Kingdom | Bacteria |
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| Replicon accession | NC_004116 |
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| Strand | + |
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| Start bp | 339508 |
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| End bp | 341964 |
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| Gene Length | 2457 bp |
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| Protein Length | 818 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637315523 |
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| Product | formate acetyltransferase |
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| Protein accession | NP_687365 |
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| Protein GI | 22536514 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG1882] Pyruvate-formate lyase |
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| TIGRFAM ID | [TIGR01255] formate acetyltransferase 1
[TIGR01774] pyruvate formate-lyase |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGACCAAAC AATTACTCAC TCAAAAATAT ACAAATGATG TTCAACAAAA TTCTCAAAAG
CATTTTGGCT ATTTGACAGA GCGCATGTAT TCTTATCGCG ATAAGGTTCT TGATAAGAAA
CCATTCATAG ATGCAGAACG TGCTATCTTG GTAACTGAAG CCTATCAAAA GCATCAGGAA
AAACCTAATG TTTTAAAGAG AGCTTACATG TTGCAAAATA TTTTGGAAAA AATGACAATC
TATATTGACG ATGAGACAAT GATTGTCGGT AACCAAGCTT CATCTGATAA AGATGCTCCT
ATTTTTCCAG AATACACTCT AGAATTTGTT GTAAATGAAC TAGACCTTTT TGAAAAACGA
GATGGTGATG TCTTTTACAT TACAGAAGAA ACCAAAGAAC AAATTAGAAA TATTGCACCT
TTCTGGGAAA ATAATAATTT ACGGGCTCGT GCGGGCGTTA TGCTTCCAGA AGAAGTTCAA
GTTTATATGG AGACAGGCTT CTTTGGGATG GAAGGTAAGA TGAATTCTGG GGATGCTCAC
TTAGCTGTCA ACTATCAGAA GTTACTAGAA GAAGGGCTTA TTGGCTTTGA AAAAAAAGCA
AGAAAAGCTA AAGCTGACTT AGATTTAACA AAGCCTGAGA GTATTGACAA ATATCATTTC
TATGATTCTA TTTTAATTAC AATAGAAGCT GTTAAAACCT ATGCAGAGCG TTTTGCTATC
CTAGCAAAAA AACAAGCTAA AACAGCAAAT GCTAAGAGAC GTCAGGAATT GTTAGATATC
GCTAGTATTT GTGAACGAGT GCCCTATTAC CCAGCTGAAA CGTTTGCAGA AGCCGTTCAA
TCGGTTTGGT TTATTCAGTG TATTCTTCAA ATAGAATCAA ACGGTCATTC TCTATCTTAT
GGACGCTTTG ATCAATACAT GTATCCATAT GTTAAATCTG ACTTAGAAGC TGGACGTGAG
ACTGAGGATT CGATCGTTGA GCGCCTAACT AACCTATGGA TTAAAACAAT AACTATTAAT
AAGGTTCGTA GCCAAGCTCA TACGTTTTCG TCTGCTGGTA GTCCTCTTTA CCAAAATGTA
ACGATTGGAG GACAAACACG ACATAAGGAA GATGCTGTTA ATCCTTTATC ATTTCTAGTA
CTAAAATCAG TCGCTCAGAC ACACTTACCA CAGCCTAATC TAACGGTTCG TTATCATGCT
AACCTAGACA AGTCATTCAT GAATGAAGCT ATTGAAGTTA TGAAATTAGG CTTTGGTATG
CCAGCTTTTA ATAATGATGA AATTATTATT CCATCATTTA TTAAAAAAGG AGTTTCCGAA
GAAGATGCCT ATGATTATTC AGCGATTGGT TGTGTCGAAA CAGCAGTTCC TGGGAAATGG
GGTTATCGTT GTACCGGCAT GAGCTATATC AACTTCCCTA AAGTGTTATT AATTACAATG
AATGACGGTA TTGACCCGGC TTCTGGGAAG AGATTTGCGC CTTCTTATGG GCATTTCACC
CAGATGACCT CATATAAAGA ACTTAAAGAA GCTTGGGACA AAACACTTCG TTACTTAACT
CGAATGAGCG TTATTGTTGA AAATGCTATT GATATTAGTC TCGAAAGAGA AGTACCTGAT
ATTCTTTGTT CAGCTTTAAC TGATGATTGT ATTGGACGAG GTAAGCACTT AAAAGAAGGT
GGTGCAGTAT ATGACTACAT ATCTGGTCTA CAAGTTGGAA TCGCTAATCT TTCAGACTCA
CTTGCTGCGC TTAAAAAATT AGTATTTGAA GAAAAACGCC TAACCACATT AGAAGTATGG
CAAGCATTGC AGAGTGATTA CGCAGGTCCG CGTGGTGAAG AAATTCGTCA AATGTTGATC
AATGAAGCAC CAAAATATGG AAATGATGAT GACTACGCGG ATAGTTTAGT ACGTGAGTGT
TATGATGTTT ATGTTGAAGA AATTGCTAAA TATCCCAACA CACGCTATGG ACGTGGACCA
ATCGGTGGTA TTCGCTATTC AGGAACGTCC TCTATTTCAG CAAATGTAGG CCAAGGACGA
GGTACTTTAG CAACTCCAGA TGGTAGGCAT GCAGGAACTC CATTAGCTGA AGGTTGTTCA
CCATCTCATA ATATGGACAA AAAGGGACCT ACCTCTGTTT TGAAATCAGT TTCGAAGTTA
CCAACTGATG AGATTGTCGG CGGTGTACTC CTTAACCAAA AAGTCAACCC TCAAACCTTG
GCAAAAGAAG AAGATAAACA AAAATTAATT GCCTTACTTA GAACATTCTT CAATCGCCTT
CATGGTTACC ATATCCAGTA TAATGTTGTC TCACGTGAGA CTTTGATTGA TGCTCAGAAG
CACCCTGAAA AACACCGCGA TTTGATTGTG CGTGTAGCAG GTTATTCTGC ATTCTTTAAT
GTCCTATCTA AGGCAACTCA AGATGATATT ATTGCACGTA CAGAACATGC TCTTTAG
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| Protein sequence | MTKQLLTQKY TNDVQQNSQK HFGYLTERMY SYRDKVLDKK PFIDAERAIL VTEAYQKHQE
KPNVLKRAYM LQNILEKMTI YIDDETMIVG NQASSDKDAP IFPEYTLEFV VNELDLFEKR
DGDVFYITEE TKEQIRNIAP FWENNNLRAR AGVMLPEEVQ VYMETGFFGM EGKMNSGDAH
LAVNYQKLLE EGLIGFEKKA RKAKADLDLT KPESIDKYHF YDSILITIEA VKTYAERFAI
LAKKQAKTAN AKRRQELLDI ASICERVPYY PAETFAEAVQ SVWFIQCILQ IESNGHSLSY
GRFDQYMYPY VKSDLEAGRE TEDSIVERLT NLWIKTITIN KVRSQAHTFS SAGSPLYQNV
TIGGQTRHKE DAVNPLSFLV LKSVAQTHLP QPNLTVRYHA NLDKSFMNEA IEVMKLGFGM
PAFNNDEIII PSFIKKGVSE EDAYDYSAIG CVETAVPGKW GYRCTGMSYI NFPKVLLITM
NDGIDPASGK RFAPSYGHFT QMTSYKELKE AWDKTLRYLT RMSVIVENAI DISLEREVPD
ILCSALTDDC IGRGKHLKEG GAVYDYISGL QVGIANLSDS LAALKKLVFE EKRLTTLEVW
QALQSDYAGP RGEEIRQMLI NEAPKYGNDD DYADSLVREC YDVYVEEIAK YPNTRYGRGP
IGGIRYSGTS SISANVGQGR GTLATPDGRH AGTPLAEGCS PSHNMDKKGP TSVLKSVSKL
PTDEIVGGVL LNQKVNPQTL AKEEDKQKLI ALLRTFFNRL HGYHIQYNVV SRETLIDAQK
HPEKHRDLIV RVAGYSAFFN VLSKATQDDI IARTEHAL
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