| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PsycPRwf_0545 |
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| Symbol | |
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| ID | 5204560 |
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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 | Psychrobacter sp. PRwf-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009524 |
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| Strand | + |
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| Start bp | 648200 |
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| End bp | 652225 |
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| Gene Length | 4026 bp |
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| Protein Length | 1341 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 640598760 |
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| Product | phosphoribosylformylglycinamidine synthase |
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| Protein accession | YP_001279450 |
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| Protein GI | 148652357 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.226471 |
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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 | 0 |
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| Fosmid unclonability p-value | 0.00000000702475 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | unclonable |
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Sequence |
| Gene sequence | ATGATGATCC TCGCTGGACA CCGTTTTTTA ACCGAGTTCA AAGCCCAACA ATTAATTGAG
CAGTTAAATA GCCAGACGGC CCTCAAGGTG ACAGGTATTG ATACACAACA AGTGTACGTC
CTATCACGCG AACTTAACGA TGCTGAGCGT AAAAAGGCTT TAGACCTATT AAATCAAGGC
AAAGAAGTGG CCGCTATCAC AGCCAGTGCC GGCCAGTGCC AAGTCATCGT TAGCCCACGC
TTTGGTACCA TTTCTCCTTG GTCAAGTAAA GCCACCGACA TCTTTAATAA CTGTGAGTTA
GCAGTAGAAC GTGTTGAGCG CGTTATCGTA TTTACCTTAA CTGGCGAGGA TTTGCCATCG
AAGCTACCAA AACAAGCTGA GCAAATCTTA CATGACCGTA TGACCCAAAG CTTGGTTTAT
GATTTAAATC AGTTGAGCCA ATTATTCGAT GATCATACAC CAGCGTCACT CAAGCATGTG
GATATCATTG GCCAAGGCCG CAGTGCCTTA GAAGCGGCGA ACCGAGAGTT TGGTTTTGCG
CTATCGGTAG AAGATATCGA TTACTTAATG CAGGCTTATG GTGAAGAGCT TAAACGTAAC
CCCACAGACG TTGAGCTGAT GATGTTTGCT CAGGCCAACT CAGAACATTG CCGTCATAAA
ATCTTTAACT CAGAGTGGAC GGTTGACGGT GAAGTGCAGC CCAAATCACT GTTTAAAATG
ATTCGCAACA CCCATGAAAA AAACCCTGCC GGTATCTTGT CAGCTTATAA AGACAACGCT
GCGGTGATGC AAGGCTTTGA AGCTGAGCGC TTTTATCCGC TGCCTCAAAA AGAGCTGGGC
GAAGATGTTT TATCTTCACA AATGCACCAG TACGACTTTC ATAATGAGCA CATCGACATC
TTAATGAAAG TCGAAACGCA CAACCATCCC ACCGCTATTG CTCCGTATGC CGGCGCATCA
ACCGGTGCCG GTGGTGAAAT TCGTGATGAA GGTGCAACCG GCCGAGGGGG CAAACCAAAA
GCGGGCTTAA CTGGGTTTAA CGTCTCACAC CTACACCTGC CAGATATGCC AGAGAAGTGG
GAGCAGTCAG GTCAATTTAG CACTAAAGAC TATGGTAAGC CGGAGCGCAT GGCGTCAAGC
TTAGAGATTA TGACAGAAGC GCCGCTAGGC TCAGCCAATT TTGCCAACGA ATTTGGTCGT
CCTAACCTTT GTGGTTATTT CCGTTCTTTC CAATTAGATA CCAGTGCGAA TCAAGATGGT
AGTGAGATGC GCGGTTATCA TAAGCCGATC ATGATTGCTG GTGGTTACGG TAACATCAAA
CGCAACTTGG TTGAAAAAAA CAGCATCCAA GAGGGCGACT TACTTATCGT CTTGGGTGGC
CCTGCGATGC AAATCGGTCT GGGCGGCGGT GCAGCCTCAT CAGTAGACAG TGGTGAGCTT
GATGAAGGGT TAGACTTTGC TTCTGTACAA CGTGATAACG CTGAGATGGA GCGCCGTTGT
CAGGAAGTGA TCGATCGCTG TTGGGCGCTT GCAGGTAATG ACATTGAGGC GAGCGCTGCC
AGTAAAGATG GTAACCCGAT TGTGTCTATC CATGACGTGG GTGCAGGCGG CTTATCAAAT
GCTATGCCTG AGCTGGTCAA TGATCACGAC ATGGGTGCGG TGCTAAACTT ACGTCAAATT
CCTTCACTAG AGGCGGGCAT GTCACCGATG GCCATCTGGT CAAATGAGGC GCAAGAGCGT
TATGTGCTTG CCATTCGCCC TGAGAGCGAA GCCTTATTTG ATGCCATTTG TAAGCGTGAG
CGCTGCCCTT ATGCCATCTT AGGTACCGCA ACCGCCATCC GTCAGCTGCA AGTGGATGAT
GCATTATTAG ACGAGCAACC GGTTGATATG CCGATGCAAG TGTTACTTGG CGGTACACCG
CAAATGAAGC GTACCTTCGA GCGTGAACAA AAAAACCTTG CCCCACTTGA TTTCGCTGAT
GCTGGTGACA GCTTTGATAT CAAAGAGGCG GTGCATGATG TGCTGCGTCA CCCAACGGTA
GCCAGCAAGT CATTCTTAAT TAGTATTGGC GATCGCTCAA TCACAGGTAT GGTAACCCAA
GATCAATACG TGGGGCGTTA TCAAGTGCCT GTGGCCGACT GTGCGGTAAC CAGCTCAGGT
TTACTGGCCA ATACCGGTGA GGCCATGAGT ATGGGTGAGC GTCCACCTGT GGCATTAATC
AATCCTGCCG CATCGGCACG CTTGGCAGTG GCTGAAGCCA TCACCAACAT CGCAGGCGCG
CGTATCGATA AGATTTCAGA CATTACGTTA TCAGCTAACT GGATGGCCGC TTGCGGTGAA
GATGTCGAAG ACGCAGCTTT TTTTGATGCA GTATATGCCG TAGGTGAAGA GTTGTGTCCT
GCCTTGGGCA TTGCAATTCC AGTAGGTAAG GACTCATTAT CTATGCGCGC AGGCTGGAGT
GATAAGGTGG ATGGTCAAGC CGTAGATAAA GCTGTTGTGA GCCCCATGAG CTTAGTCATT
ACTGCCTTTG CGCCGGTGAT TGATGTCAAT AAAACTTTAA CGCCTGAGTT AAAAAATACG
GATGCTGCTT TATACCGTCT AGATTTGTCG CAAGGTAAGC TGCGATTGGG CGGCTCAATC
TTAGCGCAAA CCCAAAGCCA GCTGGGTAAT GAATGCCCTG ATTTAGCCAG CCCTCAAGAT
TTAATTAATT TCTTTAATTT TATCCAGGCC GGTAACCAGC AAGGCGTTAT CAGTGCTTAT
CACGATATCG GTGATGGAGG CCTATTGGCA ACAGTGGCTG AGATGCAGTT TACTAATCGC
TTGGCGATTA ACCTAAACCT CAGCAATGAC AACCTCTTAG GCCAGCTGTT TGCTGAAGAA
CTTGGTGCAG TGATCCAAGT ACTGCCTGAG CATATTGACG CTGTTATGGC GTTGGCTGAA
GAGCACAACG TTTCGGCAAT GTTAAGCCTC ATTGGTCAAA CCATTGAGAC CCCAGTAGGC
GGCGCCAATC AAGATAAATT AACCCTAATT ACACCGCTAC ATCAAGGCGA TGATGCCTTG
GTATTTAGCC GCAGTGATCT ACAGCAAACT TGGACTCAGG TGAGTTACCA GATTGCCAAA
CGCCGTGATA ACCCAGAGTG CGTGCAGCAG GAGTTTGACT TAATCGCTGA TCCTAATCAC
CATGGTCTGA TTGCTCAAGC TAACTTTGAT TTAAATCAAA AAGTAGATGA GCCTTATCTC
AACAGCCGCC CCAATAAGCC AAAAGTGGCT ATCTTGCGTG AGCAAGGTGT GAACGGTCAA
TTAGAAATGG CAGCCGGCTT CGTGCGTGCA GGATTCGATG CAGTTGACGT GCATATGAGT
GACCTACTTG AGGGTCGTAT TGATTTACGC GACTTCAATG GTTTGGTGGC CTGTGGTGGC
TTTAGTTACG GTGACGTATT GGGTGCAGGC TCAGGTTGGG CCAATTCAAT CTTGTTCCAT
GACGAGCTGC GTATGCAATT TGTGCGATTC TTCACCCGTC CGGATACTTT CAGCTTAGGC
GTGTGTAACG GCTGTCAGAT GATGGCTCAG TTAAAAGACT TAATCCCAGG CGCGGAGAAT
TTCCCACGTT TTACTTACAA TAAGTCAGCC CGCTTTGAAG CGCGTACTGT CAACGTAAAA
ATTGAGCGCA CCAAGTCGAT CTTATTAAAA GGTATGCAAG ACAGCATCTT ACCCATCGCT
GTGGCACACG GTGAAGGCTT TGCTACCTTA AATGAGTCAG AGATTGACGG TATGGCCAAT
CATGGTCAGA TCGCCATGCG TTATGTCGAT AGCCAAGGTA ATCCCACCGA GACTTACCCA
TTGAACCCGA ATGGCTCATT GGGCGGTGTG ACAGGTATTT GTAGTACTGA TGGCCGTGTG
ACCCTAATGA TGCCACACCC TGAGCGTACA CTACGAGCAG TTAATCACAG CTGGAAGCCA
GATGAGTGGG CAGATGATGG CGCGTGGATG CGTATGTTCC GTAATGCCCG TGCTTGGTTA
CGATAG
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| Protein sequence | MMILAGHRFL TEFKAQQLIE QLNSQTALKV TGIDTQQVYV LSRELNDAER KKALDLLNQG
KEVAAITASA GQCQVIVSPR FGTISPWSSK ATDIFNNCEL AVERVERVIV FTLTGEDLPS
KLPKQAEQIL HDRMTQSLVY DLNQLSQLFD DHTPASLKHV DIIGQGRSAL EAANREFGFA
LSVEDIDYLM QAYGEELKRN PTDVELMMFA QANSEHCRHK IFNSEWTVDG EVQPKSLFKM
IRNTHEKNPA GILSAYKDNA AVMQGFEAER FYPLPQKELG EDVLSSQMHQ YDFHNEHIDI
LMKVETHNHP TAIAPYAGAS TGAGGEIRDE GATGRGGKPK AGLTGFNVSH LHLPDMPEKW
EQSGQFSTKD YGKPERMASS LEIMTEAPLG SANFANEFGR PNLCGYFRSF QLDTSANQDG
SEMRGYHKPI MIAGGYGNIK RNLVEKNSIQ EGDLLIVLGG PAMQIGLGGG AASSVDSGEL
DEGLDFASVQ RDNAEMERRC QEVIDRCWAL AGNDIEASAA SKDGNPIVSI HDVGAGGLSN
AMPELVNDHD MGAVLNLRQI PSLEAGMSPM AIWSNEAQER YVLAIRPESE ALFDAICKRE
RCPYAILGTA TAIRQLQVDD ALLDEQPVDM PMQVLLGGTP QMKRTFEREQ KNLAPLDFAD
AGDSFDIKEA VHDVLRHPTV ASKSFLISIG DRSITGMVTQ DQYVGRYQVP VADCAVTSSG
LLANTGEAMS MGERPPVALI NPAASARLAV AEAITNIAGA RIDKISDITL SANWMAACGE
DVEDAAFFDA VYAVGEELCP ALGIAIPVGK DSLSMRAGWS DKVDGQAVDK AVVSPMSLVI
TAFAPVIDVN KTLTPELKNT DAALYRLDLS QGKLRLGGSI LAQTQSQLGN ECPDLASPQD
LINFFNFIQA GNQQGVISAY HDIGDGGLLA TVAEMQFTNR LAINLNLSND NLLGQLFAEE
LGAVIQVLPE HIDAVMALAE EHNVSAMLSL IGQTIETPVG GANQDKLTLI TPLHQGDDAL
VFSRSDLQQT WTQVSYQIAK RRDNPECVQQ EFDLIADPNH HGLIAQANFD LNQKVDEPYL
NSRPNKPKVA ILREQGVNGQ LEMAAGFVRA GFDAVDVHMS DLLEGRIDLR DFNGLVACGG
FSYGDVLGAG SGWANSILFH DELRMQFVRF FTRPDTFSLG VCNGCQMMAQ LKDLIPGAEN
FPRFTYNKSA RFEARTVNVK IERTKSILLK GMQDSILPIA VAHGEGFATL NESEIDGMAN
HGQIAMRYVD SQGNPTETYP LNPNGSLGGV TGICSTDGRV TLMMPHPERT LRAVNHSWKP
DEWADDGAWM RMFRNARAWL R
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