| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tcr_1550 |
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| Symbol | |
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| ID | 3760809 |
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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 | Thiomicrospira crunogena XCL-2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007520 |
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| Strand | - |
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| Start bp | 1695107 |
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| End bp | 1698985 |
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| Gene Length | 3879 bp |
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| Protein Length | 1292 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637786286 |
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| Product | phosphoribosylformylglycinamidine synthase |
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| Protein accession | YP_391816 |
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| Protein GI | 78485891 |
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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 | [TIGR01735] phosphoribosylformylglycinamidine synthase, single chain form |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.00364402 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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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 | ATGCAAATTA TCTGGGGAAA TTCGGCTCAT TCTGAGTATC GTTTAAACCA ACTTTTAAAT
AAGCTCTCAA AAGTAGGGCG TATTTCTAGC TTAAAATCGC AATTCATTTA CGCAGTTGAT
TTGAATGAGG ACGCTCCTGC ATTGAGCGTT TCAGACTTAA CGAAGCTAGG CGTGTTGTTA
AATGATACGG AAACGGATCT GACGTCTGAG TTTGATGAGA CGGCCTGTGT TGTAACGCCA
CGTTTGGGTA CGATTTCTCC TTGGGCCTCT AAAGCAACCG ATATTACCCA TACATGTGGC
ATTGAAACAA TCCATCGAGT TGAGCGTGGC ATTGTTTATT TTCTGGAAGG GGTGGCCTCA
GAAGATCGTG CCGCGATGGA AGCCTTATTG TTTGATCGTA TGGTGGAACA GGTTTTTCAT
TCACTTGATG ATTTAAAAGG GTTGTTTTCT CACCAGTCGC CTAAAGCATA TCAAACGGTT
GATGTATTAA GTGGTGGTGC TGAGGCCCTT CAAAAAGCCA ACTCTGAGAT GGGGCTGGCC
TTATCTGAAG ATGAAATCGA TTATTTAGTA TCGGCTTTTA AAGGATTGGA GCGAAACCCT
GTGGATGCCG AGTTGATGAT GTTTGCACAA GCCAACTCTG AGCATTGTCG CCACAAAATC
TTTAATGCCG ATTGGACGAT TGATGGCGCG GATAAGCCGA ACTCGTTATT TGGTATGATT
CGTAACACCT ATCAAAAGAA CCCGCAGGGC GTATTATCGG CTTACAGTGA TAATGCCGCT
GTGGTCGAAG GGTATAAAGC CACTCGTTTT TTCCCGAATC CTGAAACCCG TCAATACCAG
TACAGCGATG AAAGTGTTCA CTTCCAAATC AAAGTGGAAA CGCATAACCA CCCAACAGCC
ATTTCGCCAT GGTCTGGTGC GGCAACCGGT TCCGGTGGTG AAATTCGAGA TGAAGGTGCA
ACTGGGCGTG GTTCTAAACC AAAAGCCGGT TTAACAGGTT TTACGGTTTC TAACCTAAAT
ATTCCTGGTT TTAAACAGCC TTGGGAATCG GTTTATGGAA AACCGTCTCG AATTGTTAGC
CCGCTTGAAA TTATGATTGA AGGTCCTTTA GGAGCCGCAG GTTTTAATAA CGAATTTGGT
CGTCCGGCCA TTAATGGATA CTTCCGTACG TATGAAAATG CGTTGATTAC CCATGACGGA
GAAGAAGTCC GCGGTTATCA CAAGCCTATT ATGCTAGCAG GTGGCTTGGG GAGTATTCGT
GAGCAACATA TTCAAAAAAA TGATATTCCC GTCGGCGCAA AGTTAGTCGT GTTGGGTGGG
CCAGCCATGT TAATCGGCTT GGGAGGCGGT GCCGCCTCCT CTGTTGACAG TGGCGCAGGT
TCCGAAACGC TGGATTTCGC TTCTGTTCAG CGCGAAAACC CTGAAATGGA GCGTCGTGCT
CAGGAAGTCA TCGATCGCTG TACTTATTTA GGTGATCAAT CTCCAATCGC TTCCATTCAT
GATGTTGGAG CAGGTGGTCT ATCGAATGCT TTCCCTGAAT TGGTGAATGA TGCCGGGCGG
GGTGGAAAAT TCCAGTTGCG TGACATTCCG AATGATGAAC CTGGTATGTC TCCAATGGAA
ATTTGGTGTA ATGAATCGCA AGAGCGGTAT GTGATCGCGA TTTATCCTGA TCAGATTGAG
CAATTTGAAG CCATTTGTCA GCGTGAAAGA TGTTTATACG CCATTGTCGG AGAAGCAACA
GAAGAGCAGA AGTTGGTTGT TAACGATACA GTGTTTGACA ATAATCCAGT CGATATGCCG
TTGAATGTCT TGTTGGGTAA ACCACCTAAA ATGCATCGTA CCGTCGAATC ACGTTTGATT
CCGCAGCCTG GATTTGAGCC AGCGGTCCTT GACTTTAATG ATGTGACTGA GCGTTTATTG
AAGTTGCCGA CGATTGCGAA TAAAAGTTTT TTAATTACCA TCGGTGATCG CAGTATCACC
GGGATGGTGA CGCGTGATCA AATGGTCGGG CCTTGGCAAG TCCCTGTTGC GAATGCCGGG
ATCACTTGTG CCGATTATCA AGGTTATACG GGAGAGGCCA TGGCCACAGG CGAGCGTCCT
CCTGTGGCTT TGATTAACCC GAAAGCCTCC GCGCGCTTAT CCATTGCAGA AGCGATTACC
AATATCGCCT GTGCCAAAAT TGAAAAAATG AGTGATATTA AAATTTCGGC GAACTGGATG
GCTGCAGCTG GCCATCCAGG TGAAGATTCG GCTTTGTATG ATGCTGTTGA AACCGTTGGC
TTGGAACTTT GCCCTGCGTT GGGTATTGCG GTTCCGGTTG GAAAAGACTC CATGTCGATG
AAAACCGTCT GGCAGGACGG AGAGGAATCA AAATCGGTTA CTTCGCCAGT TTCATTGAAT
ATCACTACTT TTGCACCGGT TCAAGATGTT CGTAAAACCG TCACGCCTCA GTTGAGAACT
GATTTAGGCG AAACGGTGTT GTTAGCGATT GATTTAAGTC GTGGACAAAA TCGACTGGGT
GGAAGTTGTT TGGCACAGGT TTATAATCAA GTGGGCGATG TGTCCGCTGA TTTGGATTCA
GCTGAAGACT TATTGAATCT CTTTAATTTT GTCCAAGCAC TAATGGCGGA TGAGTTAATG
TTGGCTTACC ATGATCGTGC CGACGGTGGT TTCTTGGTGA CGTTGTTAGA AATGGCGTTT
GCCGGGCATT GTGGTCTGGC ATTGGATACG AGCGCGTTGG GCGAAGAAGC GATTTCGGCG
TTGTGTTCAG AGGAAGTGGG CGTTGTGGTT CAGGTTAAAG CGGACGATAA AGCTGCGGTT
GAAGCACTGC TTGACTCTTA CCGTTTATCT GATGCCGCGC ATTGGGTAGG ATCACCTTCT
GATTCGGATC AAATTGAAAT CATGGCACAT GGCAAAACGT TATTGAAGGG GCCACGTAAA
ACTTACCAGG CCTGGTGGTC TGAAACCAGC TATCGCATGC AAGCACTAAG AGATAATGAA
GAGTGTGCCA AGCAAGAATT CGACGCCATT CAGCAGGATA CCAATACGCG TATTCTGCCA
GTAGTGACAT TTGACCAGAA TGACGATATT ACGGCTAAAT TTTCGCGAAC AAACCGTCCG
AAAGTTGCGA TTTTACGTGA ACAGGGTGTG AATGGTCAGC AAGAAATGGC CGCCGCTTTT
GATCGTGCTG GTTTTGAGGC CATTGATGTT CATATGTCAG ATGTTCTTTC CGGCGAAGTG
TCGTTTGACG ATTATCGAGG TCTGGTGGCC TGTGGTGGGT TCTCCTACGG TGATGTGCTG
GGTGCCGGGC GCGGTTGGGC CAACTCGATT CTGTTCAACG AGACCGCTCG TCAAACCTTT
GAAGGGTTTT TTAAACGAGA AGATACGTTT ACGTTAGGGG TGTGTAATGG CTGTCAGATG
CTATCAAACC TAAAAGAGAT CATCCCTGGT GCAGAAAGTT GGCCGAAATT TGTTCGAAAT
GAATCTGAAC AGTTTGAAGC CCGTTTTTCA CTGGTAGAAA TTCAGGAATC ACCTTCCATT
CTCTTAAAAG GAATGGCCGG AACGCGTATT CCCGTTGCCG TTGCGCATGG TGAGGGGCGT
ATGGACTTTG GTCAGCGTTC AGCGCAAGAA GTTGACGGTT TGGTTGGGGT GCGTTATGTC
GATTCGGCAG GCAACCCAAC CGAAGCATAC CCTTTTAATC CTAATGGATC TGAAGCGGGA
ATGACCGGAT TAACGACAAC GGATGGTCGA GTGACCATCA TGATGCCGCA TCCTGAGCGT
GTATTTAGAA CCGTTCAGAA CTCATGGCAC CCAGATGATT GGTTAGAAGA TGCGCCGTGG
ATGCGCTTGT TCCGTAATGC GCGTAAATGG GTTGGATGA
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| Protein sequence | MQIIWGNSAH SEYRLNQLLN KLSKVGRISS LKSQFIYAVD LNEDAPALSV SDLTKLGVLL
NDTETDLTSE FDETACVVTP RLGTISPWAS KATDITHTCG IETIHRVERG IVYFLEGVAS
EDRAAMEALL FDRMVEQVFH SLDDLKGLFS HQSPKAYQTV DVLSGGAEAL QKANSEMGLA
LSEDEIDYLV SAFKGLERNP VDAELMMFAQ ANSEHCRHKI FNADWTIDGA DKPNSLFGMI
RNTYQKNPQG VLSAYSDNAA VVEGYKATRF FPNPETRQYQ YSDESVHFQI KVETHNHPTA
ISPWSGAATG SGGEIRDEGA TGRGSKPKAG LTGFTVSNLN IPGFKQPWES VYGKPSRIVS
PLEIMIEGPL GAAGFNNEFG RPAINGYFRT YENALITHDG EEVRGYHKPI MLAGGLGSIR
EQHIQKNDIP VGAKLVVLGG PAMLIGLGGG AASSVDSGAG SETLDFASVQ RENPEMERRA
QEVIDRCTYL GDQSPIASIH DVGAGGLSNA FPELVNDAGR GGKFQLRDIP NDEPGMSPME
IWCNESQERY VIAIYPDQIE QFEAICQRER CLYAIVGEAT EEQKLVVNDT VFDNNPVDMP
LNVLLGKPPK MHRTVESRLI PQPGFEPAVL DFNDVTERLL KLPTIANKSF LITIGDRSIT
GMVTRDQMVG PWQVPVANAG ITCADYQGYT GEAMATGERP PVALINPKAS ARLSIAEAIT
NIACAKIEKM SDIKISANWM AAAGHPGEDS ALYDAVETVG LELCPALGIA VPVGKDSMSM
KTVWQDGEES KSVTSPVSLN ITTFAPVQDV RKTVTPQLRT DLGETVLLAI DLSRGQNRLG
GSCLAQVYNQ VGDVSADLDS AEDLLNLFNF VQALMADELM LAYHDRADGG FLVTLLEMAF
AGHCGLALDT SALGEEAISA LCSEEVGVVV QVKADDKAAV EALLDSYRLS DAAHWVGSPS
DSDQIEIMAH GKTLLKGPRK TYQAWWSETS YRMQALRDNE ECAKQEFDAI QQDTNTRILP
VVTFDQNDDI TAKFSRTNRP KVAILREQGV NGQQEMAAAF DRAGFEAIDV HMSDVLSGEV
SFDDYRGLVA CGGFSYGDVL GAGRGWANSI LFNETARQTF EGFFKREDTF TLGVCNGCQM
LSNLKEIIPG AESWPKFVRN ESEQFEARFS LVEIQESPSI LLKGMAGTRI PVAVAHGEGR
MDFGQRSAQE VDGLVGVRYV DSAGNPTEAY PFNPNGSEAG MTGLTTTDGR VTIMMPHPER
VFRTVQNSWH PDDWLEDAPW MRLFRNARKW VG
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