| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | STER_0050 |
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| Symbol | |
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| ID | 4436847 |
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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 thermophilus LMD-9 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008532 |
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| Strand | + |
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| Start bp | 35139 |
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| End bp | 38864 |
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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 | 42% |
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| IMG OID | 639675815 |
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| Product | phosphoribosylformylglycinamidine synthase II (FGAM synthetase) |
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| Protein accession | YP_819618 |
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| Protein GI | 116626999 |
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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 | 0 |
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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 | ATGGATAAAC GTATTTTCGT TGAGAAAAAA GCTGATTTTC GTGTGAAATC TCGCTCTTTA
TTAAAAGAAT TACAGCATAA TATTCAGTTG AAAACCTTGA ATGATCTTCG TATTGTACAA
GTTTACGATG TCTTTAATTT GGCAGAGGAT TTGTTTGCCC GTGCGGAAAA ATATATCTTT
TCTGAGCAAG TGACCGATAC TGTTTTGGAT GAAGCTACAG TTAAGACTGA CCTTGAGAAG
TATGCTTTCT TTGCTATCGA AAGCTTGCCT GGTCAATTTG ATCAACGTGC AGCATCTTCA
CAAGAAGCTT TGCTTTTGCT TGGTAGCTCA AGTGATGTAA CGGTTAATAC TGCTCAATTG
TACTTGGTTA ACAAGGACAT TGCTGCTAAT GAATTGGAAG CTGTTAAAAA TTATCTATTG
AACCCAGTGG ACTCTCGTTT CAAAGATATC ACTGTTGGTA TTGCTAAACA GGATTTCTCT
GAGTCTGACA AAACGATTCC AAACTTGGAT TTCTTTGAAA CTTATACAGC AGAAGATTTT
GCACAGTATA AGGCAGATCA AGGATTGGCC ATGGAAGTGG ATGACCTGCT CTTCATTCAA
GATTACTTCA AGTCAATTGG ACGTGTGCCA ACTGAGACTG AACTTAAGGT TTTGGATACT
TACTGGTCTG ACCACTGCCG CCACACAACT TTCGAGACTG AGTTGAAAAA CATCGACTTC
TCAGCTTCTA AATTCCAAAA ACAATTGCAA GCAACTTATG ACAAATATAT TGCCATGCGT
GATGAGTTGG GACGTGCAGA AAAGCCTCAA ACCTTAATGG ATATGGCGAC TATTTTTGGT
CGTTATGAGC GTGCCAATGG CCGTTTGGAT GACATGGAAG TTTCTGACGA AATCAATGCC
TGCTCAGTTG AAATTGAAGT AGATGTCAAT GGTGTCAAAG AACCATGGCT TCTTATGTTC
AAGAACGAAA CTCATAACCA CCCAACGGAA ATCGAACCAT TTGGTGGAGC GGCTACTTGT
ATCGGTGGTG CCATTCGTGA CCCATTGTCA GGTCGTTCAT ACGTTTACCA AGCTATGCGT
ATTTCAGGTG CCGGTGATAT TACAACACCA ATCGCTGAAA CACGTGCTGG AAAATTGCCA
CAACAAGTCA TTTCTAAAAA AGCGGCTCAT GGTTATTCTT CATATGGTAA CCAAATTGGT
CTTGCAACAA CTTATGTTCG TGAATACTTC CACCCAGGTT TCGTTGCCAA GCGTATGGAG
CTAGGTGCAG TTGTCGGTGC AGCTCCTAAG GAGAATGTTG TCCGTGAAAA ACCTGAAGCT
GGAGATGTGG TTATCTTGCT CGGTGGTAAG ACTGGACGCG ACGGTATCGG TGGTGCGACA
GGTTCTTCAA AAGTTCAAAC GGTTGAATCA GTTGAAACAG CTGGTGCTGA GGTTCAAAAA
GGTAATGCTA TCGAAGAACG TAAGATTCAA CGTCTTTTCC GCAATGGTGA AGTAACACGT
CTTATCAAGA AATCCAATGA CTTTGGTGCT GGTGGTGTCT GTGTGGCTAT CGGTGAATTG
GCAGATGGTC TTGAAATTGA TCTAGACAAA GTGCCATTGA AATACCAAGG TTTGAACGGT
ACCGAAATTG CCATCTCTGA ATCTCAAGAA CGTATGGCTG TGGTGGTTCG TCCAGAAGAT
GTAGATATCT TCGTTGCTGA ATGTAACAAA GAAAATATTG ATGCAGTTGT CGTTGCAACC
GTGACTGAAA AACCAAATCT CGTCATGCAC TGGAATGGTA AAACAATTGT TGATTTGGAA
CGTCGTTTCC TTGATACAAA TGGTGTGCGT ACAGTAGTAG ATGTTAAGGT GGTTGACAAG
GATGTCAAGC TTCCAGAAGA ACGCAAAACC TCTGCTGAAA CCCTTGAAGC AGATACGCTT
GAAGTTTTGG CTGACCTTAA CCATGCAAGT CAAAAAGGTT TACAAACTAT GTTTGATAGC
TCGGTTGGTC GTTCAACAGT CAATCACCCA CTTGGTGGTC GATACCAAAT TACTCCAACT
GAAGCTTCTG TTCAGAAATT GCCAGTCCAA TATGGCGTGA CAACAACTGC CTCTGTCATA
GCCCAAGGAT TTAACCCATA CATCGCAGAA TGGTCTCCAT ATCATGGTGC TGCATATGCA
GTCATCGAAG CAACAGCTCG TTTGGTTGCT GTTGGTGCAA ATTGGTCTAA GGCTCGTTTC
TCTTATCAAG AATACTTCGA GCGTATGGAT AAAAAAGCAG AGCGTTTTGG TCAACCAGTA
TCAGCTCTTC TTGGATCAAT CGAAGCTCAG ATTCAACTTG GTTTGCCATC TATTGGTGGT
AAGGACTCTA TGTCAGGCAC CTTTGAAGAA TTGACAGTAC CACCAACCTT GGTTGCTTTT
GGGGTGACAA CAGCAGACAG TCGTAAGGTC CTTTCTCCAG AATTTAAGGC TGCTGGTGAA
AATATCTACT ACATCCCAGG TCAAGCTTTG GCCCAAGAGA TTGATTTTGA TCTCATCAAG
TCTAACTTTG CTCAGTTTGA AGCTATCCAA GCTGATCACA AAGTGACAGC TGCATCAGCT
GTCAAATATG GTGGTGTCAT TGAAGCTCTT GCACTTGCAA CGTTTGGGAA CCATATCGGG
GCGACTGTAA CCCTTGAAAA TCTTGAGACT GCCTTAACAG CTCAATTGGG AGGATTCATC
TTCACATCTC CGGAAGAGAT TGCAAGTGTT GGCAAGATTG GACAAACAGT AGCTGACTTT
ACACTTGCTG TCAACGGTGT AACGCTTGAT GGATATAAAC TTGACAGTGC CTTTCAAGGT
AAATTGGAAG AGGTTTACCC AACTGAATTT GCACAAGCAA CTGAGTTAGA AGAAGTACCT
GCTGTGACAT CAGATACTGT TATAAAAGCT AAAGAAGTAG TTGAGAAACC AGTGGTTTAC
ATCCCAGTAT TCCCAGGTAC TAACTCTGAG TATGACTCTG CTAAGGCCTT TGAAAAAGAA
GGTGCCAAAG TCAACTTAGT ACCATTTGTA ACATTGAATG AAGAAGCGAT TGTCAAGTCT
GTTGACACCA TGGTTGACAA TATTGAAAAA GCTAACATTA TCTTCCTTGC AGGTGGCTTC
TCAGCAGCGG ATGAACCAGA TGGAGCAGCT AAATTTATCG TTAACATCTT GCTCAATGAA
AAAGTACGTG CAGCTATTGA TAGCTTCATC GAACGTGGTG GTTTAATCAT CGGTATCTGT
AACGGGTTCC AAGCTCTTGT CAAATCAGGT CTCCTTCCAT ACGGTAACTT TGAAGATGCA
AGCAGTACTA GTCCAACCCT CTTCTACAAT GATGCCAACC AACACGTGGC TAAGATGGTT
GAAACACGTA TTGCCAATAC TAACTCACCT TGGCTTGCTG GAGTGAAAGT TGGTGACATC
CATACCATCC CAGTATCACA CGGTGAAGGT AAATTTGTCG TGACGACTGA AGAATTTGCG
GAGCTTCGCG ATAATGGTCA AATCTTTAGC CAATATGTTG ACTTCGAAGG CAAACCTAGC
ATGGATTCTA AATATAATCC AAATGGTTCT GTCAATGCTA TTGAAGGTAT CACAAGCAAG
AACGGTCAAA TTATTGGTAA GATGGGACAC TCAGAACGTT TCGAAGATGG TCTCTTCAAA
AATATTCCAG GAAATAAAGA ACAGCACCTA TTTGCGTCAG CGGTTAAATA CTTCACTGGA
AAATAA
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| Protein sequence | MDKRIFVEKK ADFRVKSRSL LKELQHNIQL KTLNDLRIVQ VYDVFNLAED LFARAEKYIF
SEQVTDTVLD EATVKTDLEK YAFFAIESLP GQFDQRAASS QEALLLLGSS SDVTVNTAQL
YLVNKDIAAN ELEAVKNYLL NPVDSRFKDI TVGIAKQDFS ESDKTIPNLD FFETYTAEDF
AQYKADQGLA MEVDDLLFIQ DYFKSIGRVP TETELKVLDT YWSDHCRHTT FETELKNIDF
SASKFQKQLQ ATYDKYIAMR DELGRAEKPQ TLMDMATIFG RYERANGRLD DMEVSDEINA
CSVEIEVDVN GVKEPWLLMF KNETHNHPTE IEPFGGAATC IGGAIRDPLS GRSYVYQAMR
ISGAGDITTP IAETRAGKLP QQVISKKAAH GYSSYGNQIG LATTYVREYF HPGFVAKRME
LGAVVGAAPK ENVVREKPEA GDVVILLGGK TGRDGIGGAT GSSKVQTVES VETAGAEVQK
GNAIEERKIQ RLFRNGEVTR LIKKSNDFGA GGVCVAIGEL ADGLEIDLDK VPLKYQGLNG
TEIAISESQE RMAVVVRPED VDIFVAECNK ENIDAVVVAT VTEKPNLVMH WNGKTIVDLE
RRFLDTNGVR TVVDVKVVDK DVKLPEERKT SAETLEADTL EVLADLNHAS QKGLQTMFDS
SVGRSTVNHP LGGRYQITPT EASVQKLPVQ YGVTTTASVI AQGFNPYIAE WSPYHGAAYA
VIEATARLVA VGANWSKARF SYQEYFERMD KKAERFGQPV SALLGSIEAQ IQLGLPSIGG
KDSMSGTFEE LTVPPTLVAF GVTTADSRKV LSPEFKAAGE NIYYIPGQAL AQEIDFDLIK
SNFAQFEAIQ ADHKVTAASA VKYGGVIEAL ALATFGNHIG ATVTLENLET ALTAQLGGFI
FTSPEEIASV GKIGQTVADF TLAVNGVTLD GYKLDSAFQG KLEEVYPTEF AQATELEEVP
AVTSDTVIKA KEVVEKPVVY IPVFPGTNSE YDSAKAFEKE GAKVNLVPFV TLNEEAIVKS
VDTMVDNIEK ANIIFLAGGF SAADEPDGAA KFIVNILLNE KVRAAIDSFI ERGGLIIGIC
NGFQALVKSG LLPYGNFEDA SSTSPTLFYN DANQHVAKMV ETRIANTNSP WLAGVKVGDI
HTIPVSHGEG KFVVTTEEFA ELRDNGQIFS QYVDFEGKPS MDSKYNPNGS VNAIEGITSK
NGQIIGKMGH SERFEDGLFK NIPGNKEQHL FASAVKYFTG K
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