| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SAG0025 |
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| Symbol | |
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| ID | 1012775 |
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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 | 36583 |
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| End bp | 40308 |
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| Gene Length | 3726 bp |
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| Protein Length | 1241 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 637315180 |
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| Product | phosphoribosylformylglycinamidine synthase, putative |
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| Protein accession | NP_687061 |
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| Protein GI | 22536210 |
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| COG category | [F] Nucleotide transport and metabolism |
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| COG ID | [COG0046] Phosphoribosylformylglycinamidine (FGAM) synthase, synthetase domain
[COG0047] Phosphoribosylformylglycinamidine (FGAM) synthase, glutamine amidotransferase domain |
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| TIGRFAM ID | [TIGR01857] phosphoribosylformylglycinamidine synthase, clade II |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.435502 |
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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 | ATGAATAAAC GTATTTTTGT TGAGAAAAAG GCTGACTTTG GCATTAAATC GGCTAGTCTT
GTGAAAGAGT TGACGCATAA TCTACAACTG GCTTCTTTGA AGGATTTGCG TATCGTGCAG
GTCTATGATG TCTTCAATTT GGCTGAGGAT TTGCTGGCGC GTGCTGAGAA GCATATTTTC
TCTGAGCAGG TGACAGACCG TCTTTTGACA GAAGCTGAAA TCACTGCGGA GCTTGATAAG
GTTGCCTTCT TTGCCATTGA GGCGCTTCCT GGTCAATTTG ACCAACGTGC TGCTAGTTCG
CAAGAAGCTT TGCTATTGCT TGGAAGTGAC AGTCAGGTCA AGGTCAATAC AGCTCAGCTT
TACTTGGTCA ATAAGGATAT TGCAGAAGCA GAGCTTGAAG CCGTTAAGAA CTATCTTTTG
AATCCCGTTG ATTCACGTTT CAAGGATATT ACCTTGCCAC TTGAAGTGCA GGCTTTCTCT
GTGTCTGATA AGACAATCTC TAATCTTGAT TTCTTCGAAA CTTATCAGGC TGACGATTTT
GCAGCCTATA AGGCAGAGCA GGGATTGGCT ATGGAGGTCG ATGACCTTCT CTTCATCCAA
GATTATTTCA AATCAATCGG GCGTGTGCCA ACTGAGACTG AGTTGAAAGT TTTGGATACG
TATTGGTCAG ACCACTGCCG TCACACAACC TTTGAAACTG AATTGAAAAA CATTGATTTT
TCGGCCTCTA AATTCCAAAA ACAATTGCAG GCGACTTATG ACAAATACAT TGCCATGCGT
GATGAGCTTG GTCGTTCTGA AAAGCCGCAG ACACTTATGG ATATGGCGAC TATCTTTGGT
CGTTATGAGC GTGCCAATGG TCGTCTGGAC GATATGGAAG TCTCAGATGA AATCAATGCC
TGCTCAGTTG AAATTGAAGT AGATGTTGAT GGTGTGAAAG AGCCTTGGCT CCTCATGTTT
AAGAACGAGA CTCACAACCA CCCAACAGAA ATTGAGCCAT TTGGTGGAGC GGCGACTTGT
ATCGGTGGTG CCATTCGTGA CCCATTGTCA GGACGTTCAT ACGTTTATCA GGCTATGCGT
ATTTCAGGCG CAGGAGATAT CACGACTCCG ATTGCGGAAA CACGTGCTGG TAAATTGCCA
CAACAGGTTA TTTCTAAGAC TGCGGCGCAC GGCTATTCTT CATATGGTAA CCAAATTGGG
CTTGCGACAA CTTATGTGCG TGAGTACTTC CACCCTGGCT TCGTAGCTAA ACGCATGGAG
CTTGGAGCTG TGGTTGGTGC TGCACCTAAG GAAAATGTGG TTCGTGAAAA ACCAGAGGCA
GGCGATGTGG TTGTCTTGCT CGGTGGTAAA ACAGGTCGTG ACGGTGTCGG CGGTGCGACA
GGTTCATCTA AGGTTCAAAC GGTTGAATCT GTGGAAACAG CTGGCGCAGA GGTACAAAAA
GGGAATGCCA TCGAAGAACG TAAGATTCAA CGCCTTTTCC GTGATGGTAA TGTCACTCGC
CTAATCAAGA AATCAAATGA CTTCGGTGCA GGTGGTGTCT GTGTTGCCAT CGGTGAATTA
GCTGATGGTC TTGAAATCGA TTTGGACAAG GTGCCACTTA AATACCAAGG TCTTAATGGT
ACTGAAATTG CTATCTCAGA ATCTCAAGAA AGGATGTCAG TTGTTGTTGG TCCAAGTGAT
GTGGATGCCT TCATCGCAGC CTGTAACAAG GAAAATATCG ATGCAGTTGT TGTTGCGACA
GTTACTGAAA AACCAAATCT TGTCATGACT TGGAATGGTG AAACAATTGT TGATTTGGAA
CGCTGTTTCC TTGATACCAA CGGTGTTCGT GTCGTAGTTG ATGCCAAAGT CGTTGACAAG
GACTTAACAG TTCCAGAAGC GCGCACAACA TCAGCAGAGA CACTTGAAGC AGATATGCTT
AAGGTCTTGT CTGACCTCAA TCACGCTAGT CAAAAAGGTC TTCAAACTAT CTTTGACTCA
TCTGTTGGTC GTTCAACCGT TAACCACCCA ATCGGTGGTC GTTACCAAAT CACACCGACA
GAAAGTTCTG TTCAAAAATT GCCAGTTCAA TATGGTGTGA CAACAACAGC ATCTGTTATG
GCTCAAGGTT ACAATCCTTA TATTGCAGAG TGGTCACCTT ATCACGGTGC TGCCTATGCT
GTTATTGAAG CGACAGCTCG CTTGGTAGCA ACGGGTGCTG ACTGGTCTCG TGCACGTTTC
TCTTACCAAG AGTATTTCGA GCGTATGGAT AAACAGGCAG AGCGTTTTGG TCAGCCAGTA
TCAGCTCTTC TTGGTTCTAT TGAGGCTCAG ATTCAATTTG GTTTGCCATC AATCGGCGGT
AAGGACTCTA TGTCTGGTAC TTTCGAAGAA TTGACAGTAC CACCAACCTT GGTAGCTTTC
GGTGTGACAA CAGCGGACAG CCGCAAGGTT CTCTCTCCTG AGTTTAAAGC GGCTGGTGAG
AATATCTACT ACATTCCAGG TCAAGCTATT TCAGAAGATA TTGATTTTGA CCTTATCAAG
GCTAACTTTA GCCAGTTTGA GGCTATTCAA GCTCAACATA AGATTACCGC TGCCTCAGCC
GTTAAATACG GTGGTGTCCT AGAAAGTCTT GCTCTCATGA CTTTTGGTAA CCGTATCGGT
GCTTCTGTTG AAATTGCAGA GCTTGACAGC AGCTTGACAG CTCAACTCGG AGGCTTTGTC
TTTACATCAG TTGAGGAAAT TGCTGACGTT GTGAAGATCG GTCAAACTCA GGCAGACTTT
ACAGTCACTG TCAATGGAAA TGACCTAGCT GGTGCAAGCC TTCTATCAGC CTTCGAAGGT
AAATTAGAAG AAGTTTACCC AACAGAGTTT GAACAGGTAG ATGCTATTGA GGAAGTTCCT
GCTGTGGTAT CAGATGTTGT TATCAAGGCT AAGGAAATTA TTGAAAAACC AGTAGTTTAC
ATCCCAGTCT TTCCTGGTAC TAACTCAGAG TACGATTCAG CTAAGGCCTT TGAACAGGTT
GGAGCTAGCG TCAACTTGGT GCCATTTGTA ACCTTGAATG AGGCTGCTAT TGCTGAGTCA
GTTGATACGA TGGTTGCTAA TATTGCTAAG GCAAATATCA TCTTCTTTGC TGGAGGTTTC
TCAGCAGCGG ATGAACCAGA TGGCTCTGCT AAGTTTATCG TCAATATCTT GCTTAACGAG
AAGGTTCGCG CAGCTATTGA CAGCTTCATC GAAAAAGGTG GCCTTATCAT CGGTATCTGT
AATGGTTTCC AAGCCCTTGT TAAATCAGGT CTTCTTCCAT ACGGAAACTT CGAGGAAGCT
GGTGAGACAA GTCCAACCCT CTTCTATAAC GATGCTAACC AGCACGTTGC AAAGATGGTT
GAGACTCGTA TCGCAAATAC CAATTCACCT TGGTTGGCAG GAGTTGAGGT CGGCGATATT
CATGTCATTC CAGTTTCACA CGGTGAAGGT AAATTTGTTG TCAGCGCTTC TGAATTTGCA
GAGCTAAGAG ACAATGGTCA AATCTGGAGC CAATATGTGG ACTTTGACGG ACAACCATCT
ATGGATTCTA AATACAATCC AAACGGCTCT GTCAATGCCA TCGAAGGGAT TACCAGCAAG
AATGGTCAAA TCATCGGTAA GATGGGGCAC TCAGAACGCT GGGAAGACGG ACTCTTCCAA
AATATCCCTG GAAACAAAGA CCAAAAACTC TTTGAAAGTG CTGTAAAATA CTTTACAGGG
AAGTGA
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| Protein sequence | MNKRIFVEKK ADFGIKSASL VKELTHNLQL ASLKDLRIVQ VYDVFNLAED LLARAEKHIF
SEQVTDRLLT EAEITAELDK VAFFAIEALP GQFDQRAASS QEALLLLGSD SQVKVNTAQL
YLVNKDIAEA ELEAVKNYLL NPVDSRFKDI TLPLEVQAFS VSDKTISNLD FFETYQADDF
AAYKAEQGLA MEVDDLLFIQ DYFKSIGRVP TETELKVLDT YWSDHCRHTT FETELKNIDF
SASKFQKQLQ ATYDKYIAMR DELGRSEKPQ TLMDMATIFG RYERANGRLD DMEVSDEINA
CSVEIEVDVD GVKEPWLLMF KNETHNHPTE IEPFGGAATC IGGAIRDPLS GRSYVYQAMR
ISGAGDITTP IAETRAGKLP QQVISKTAAH GYSSYGNQIG LATTYVREYF HPGFVAKRME
LGAVVGAAPK ENVVREKPEA GDVVVLLGGK TGRDGVGGAT GSSKVQTVES VETAGAEVQK
GNAIEERKIQ RLFRDGNVTR LIKKSNDFGA GGVCVAIGEL ADGLEIDLDK VPLKYQGLNG
TEIAISESQE RMSVVVGPSD VDAFIAACNK ENIDAVVVAT VTEKPNLVMT WNGETIVDLE
RCFLDTNGVR VVVDAKVVDK DLTVPEARTT SAETLEADML KVLSDLNHAS QKGLQTIFDS
SVGRSTVNHP IGGRYQITPT ESSVQKLPVQ YGVTTTASVM AQGYNPYIAE WSPYHGAAYA
VIEATARLVA TGADWSRARF SYQEYFERMD KQAERFGQPV SALLGSIEAQ IQFGLPSIGG
KDSMSGTFEE LTVPPTLVAF GVTTADSRKV LSPEFKAAGE NIYYIPGQAI SEDIDFDLIK
ANFSQFEAIQ AQHKITAASA VKYGGVLESL ALMTFGNRIG ASVEIAELDS SLTAQLGGFV
FTSVEEIADV VKIGQTQADF TVTVNGNDLA GASLLSAFEG KLEEVYPTEF EQVDAIEEVP
AVVSDVVIKA KEIIEKPVVY IPVFPGTNSE YDSAKAFEQV GASVNLVPFV TLNEAAIAES
VDTMVANIAK ANIIFFAGGF SAADEPDGSA KFIVNILLNE KVRAAIDSFI EKGGLIIGIC
NGFQALVKSG LLPYGNFEEA GETSPTLFYN DANQHVAKMV ETRIANTNSP WLAGVEVGDI
HVIPVSHGEG KFVVSASEFA ELRDNGQIWS QYVDFDGQPS MDSKYNPNGS VNAIEGITSK
NGQIIGKMGH SERWEDGLFQ NIPGNKDQKL FESAVKYFTG K
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