| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pcryo_0208 |
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| Symbol | |
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| ID | 4035688 |
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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 cryohalolentis K5 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007969 |
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| Strand | + |
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| Start bp | 245856 |
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| End bp | 249893 |
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| Gene Length | 4038 bp |
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| Protein Length | 1345 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 637972654 |
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| Product | phosphoribosylformylglycinamidine synthase |
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| Protein accession | YP_579476 |
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| Protein GI | 93005039 |
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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 | 0 |
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| Plasmid unclonability p-value | 0.0384538 |
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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 | 15 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGAATATG CCTTTATGAT GACCATCGCC GGACAACCGT TTCTTACCGA TTTTCAGACG
CAGCAACTCA TCAGTCAGTT TCAGCAAAAA ACCGAGCTAA ATGTCAGCCA AATTCATACC
CAGCAAGTGT ATGTGTTATC ACGAGAACTC GAAGGTGATG AGCATAAAAA AGCGCTAGAC
TTACTTGCTG TCGACAGTGG CACTGTCCTT GAAGCCCCAA ATAGCAATCA ACTACAAGTT
ATCGTTGGTC CACGTTTTGG TACGATATCG CCATGGGCAA GTAAAGCGAC CGATATTTTT
AATAACTGTG AAATTGCCAT TAATCGTGTT GAGCGTGTCA TTGTTTATAC GCTAACCGTC
GATGGAAAAG CAGACGGCGA AGTGAATGCA ACGCTACCTA AAGCCGCTGA GCAACTATTA
TTTGACCGTA TGACGCAAAG CTTGGTCTAT GATTTAAATG ACGTAAATAA ACTGTTTGAC
GATGAAAAGC CGGCATCACT GAATCATATC GATGTGATTG GACAAGGTCA GTCGGCGCTA
GAATCAGCTA ATAAAGAATT TGGCTTTGCG TTATCGAGTG AAGATATCGA TTATCTGATG
AATGCCTATG TTAATGAGCT CAAGCGTAAT CCAACGGACG TTGAGCTGAT GATGTTTGCA
CAGGCAAACT CAGAGCATTG CCGTCATAAA ATCTTTAACG CTGAATGGAC GGTAGATGGT
GCAGTTCAGC CAAAGTCACT GTTCCAAATG ATTAAGAATA CTTATAAAGC CAATCCGCAA
GGCATCTTAT CGGCTTATAA AGATAACGCG GCAGTGATGG CAGGCTCTAA AGGGATGCGT
TTTTACCCGA TTCCTGTTTC TAATACTGAT AATGCCGCTG ACGCCAACTC TGCTCATATT
TACGATTTCC ATCAAGAAGA AATCGATATC TTAATGAAGG TCGAAACTCA TAACCATCCA
ACGGCTATTG CCCCGTATGC GGGTGCAGCG ACAGGTGCGG GCGGTGAGAT TCGTGACGAA
GGTGCAACTG GTCGTGGCGG TAAGCCAAAA GCCGGTTTAA CTGGCTTCCA TGTGTCGCAT
CTTCACATTC CAGAGCTTGC AGAAAAATGG GAGCAGTCAG GTCAATTAAG TACACAGGAT
TATGGTACGC CAGATCGTAT GGCAACCAGT CTTGAGATTA TGACCGAAGC ACCATTAGGC
TCAGCTAATT TCTCTAACGA ATTTGGTCGT CCAAATTTAT GCGGTTATTT CCGTAGTTTC
CAATTGGATA CTTCAGCGGC AAAAGATGGC AGCCAAATGC GCGGCTATCA TAAGCCAATC
ATGCTTGCCG GTGGTTACGG CAATATCAAA CGCAACCTCA TTGAAAAAAA TGCCATTCAA
CAAGGTGATT TATTAATCGT CCTTGGTGGT CCTGCGATGC AAATCGGTTT AGGCGGCGGT
GCGGCATCTT CTGTCGATAG TGGTTCACTC GATGAAGGCT TGGACTTTGC TTCTGTACAG
CGTGATAACG CTGAGATGGA GCGTCGCTGT CAAGAAGTGA TGGATCGCTG CTGGGCGCTA
GCTGGTAATG ACGTTGATGC AAGCAATAAT GGTAAAGATG GCAACCCAAT CGTCTCATTG
CATGATGTCG GTGCAGGTGG TCTGTCTAAT GCGATGCCAG AATTGGTCAA TGACCATGAA
ATGGGCGCGG TGCTAAATCT ACGTAAAATT CCGTCGCTAG AAGCTGGCAT GTCGCCAATG
GCTATCTGGT CAAACGAAGC GCAAGAGCGT TATGTGCTAG CGATTCGCCC TGAGAGCAAG
GATCAATTCG ATGCCATCTG TGCTCGTGAG CGCTGCCCGT ATGCCATCTT AGGTGAAGCC
ACTGAAGTAC GTCAGCTTGT TGTGAATGAT GAATTGCTCC CTGAGCAACC AGTCGATATG
CCGATGCAAG TATTGCTTGG CGGTACACCA CAGATGAAGC GTAGTTTTGA GCGTCAAGAA
ATTATCTTAC CAGCTTTAGA GTTAGGCGAC GTCAATTTAG CTGAATCAAT CAAAGATGTG
CTACGTCATC CGACCGTTGC TAGCAAATCA TTCCTCATTA GCATTGGTGA CCGCTCTATT
ACGGGTATGG TCGTCCGTGA TCAGTATGTG GGTCGCTACC AAGTTCCGGT TGCTGATTGC
GCCGTTACAG CATCAGGCTT GGTTGCCCTA GATGGTCAGG CAATGAGCGG TGAAGCGATG
AGTGTGGGTG AACGTACGCC AGTAGCTTTG ATTAATCCAA AAGCCTCAGC ACGCCTTGCC
GTTGGTGAAG CGATTACTAA CATCGCTGGC GCACGTATTG CTCAGTTATC TGATATCACG
ATGTCGGCAA ACTGGATGGC AGCATGTGGC GAAGACGTAG AAGACGCGGC ATTATTTGAT
GCCGTACATA CTGTTGGCGA AGAATTATGT CCAGCACTTG GTATTGCTAT CCCCGTTGGT
AAAGACTCAC TATCGATGCG CGCCAACTGG ACGGACGAAG ACGAGAACGG CAGCACGGAT
AAATCAGTCG TTTCACCAAT GAGCTTGGTT ATTACTGCTT TTGCACCTGT TGTTGATGTG
GCAAAAACCT TAACACCTGA GCTAATCAAT GGTGATAGCG CGTTTTATCG TATTGATTTA
TCTAAAGGTC AATTGCGTCT AGGCGGTTCA ATCCTTGCAC AAACGCTCAG CCAATTAGGT
AATGACTGCC CAGATTTAGC GCAACCAAGC GACTTGGTCG ACTTCTTTAA CTTCATCCAA
GCGGGTAATG CCCAAGGCGT CATTAGCGCT TATCACGATA TCGGTGATGG TGGTTTGCTG
GCGACGATTG CAGAGATGCA ATTTACCAGC CGACAAGGTA TCAAGCTGTC ATTGGACGAT
AAAAACCTAC TCGGTCAATT ATTCAGTGAA GAGCTGGGCG CGGTCATTCA AGTCTTACCA
GAAAACGTCG CTGCTCTCAT GCAATTGGCA GAAGAATTTA ACGTCAGCGA AATGATGAGC
CTCGTCGGTC AAAGCTCAGA AGAAGACAGC TTAATCATTC AAACGCCTTT GCACATGGCT
GATAGCACTC TACGCTTTGA GCGTTCTGAG CTACAACAAG AATGGAGTCA GGTCAGCTAT
CAGATCGCCC GTCGTCGTGA CAACCCAGCG TGTGTACAGC AAGAATATGA CTTGATTAGC
GATGCTAGCC ATAAAGGTCT TATCGCCGCA CCAAACTTTG ACCTCAATCA AAAGGTTGAA
GAGCCGTACT TAAACAGCCG TGACACTAAA CCAAGAGTCG CCATCCTGCG TGAGCAAGGC
GTCAACGGTC AGACCGAAAT GGCGGCAGGC TTTACCCAAG CTGGCTTTGA AGCGGTCGAC
GTCCACATGA GCGACCTGCT AGAAGGTCGC ATTAATCTGC GTGACTTTGA CGGTCTGGTC
GCTTGTGGTG GCTTTAGTTA CGGTGACGTA CTCGGCGCAG GCTCGGGCTG GGCAAACTCT
ATCTTGTTCC ATGACGAATT GCGCATGCAG TTTGTGCGCT TCTTTGCCCG TCCAGATACC
TTCTCACTCG GTGTCTGTAA CGGTTGTCAG ATGATGGCCC AGTTAAAAGA CCTCATCCCA
GGCGCGGAAA ACTTCCCACG CTTTATCGCC AATAAGTCGG CTCGTTTTGA AGCGCGTACG
GTTAACGTCA AAGTTGAGCG TACCAAGTCT ATCTTGTTCA AAGGTATGCA AGACAGTATC
TTACCAATCG CTGTCGCGCA CGGTGAAGGC TATGCCACGC TGGACAATAC CGAGATCGAC
GGTATGGCAA AACACGGTCA GCTCGCCATG CGCTTCGTCG ATAGCCAAGG TCATCCAACC
GAGACTTATC CGCTCAATCC AAACGGTTCG CTCGGCGGTG TCACGGGTCT ATGTAGCACC
GACGGTCGCG TCACCATCAT GATGCCGCAC CCTGAGCGTA CGCTACGTGC CTACAATCAT
AGCTGGAAGC CAGAAGAGTG GGACGAGGAC GGCGCGTGGA TGCGTATGTT CCGTAACGCT
CGCGCTTGGT TGCGTTAA
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| Protein sequence | MEYAFMMTIA GQPFLTDFQT QQLISQFQQK TELNVSQIHT QQVYVLSREL EGDEHKKALD
LLAVDSGTVL EAPNSNQLQV IVGPRFGTIS PWASKATDIF NNCEIAINRV ERVIVYTLTV
DGKADGEVNA TLPKAAEQLL FDRMTQSLVY DLNDVNKLFD DEKPASLNHI DVIGQGQSAL
ESANKEFGFA LSSEDIDYLM NAYVNELKRN PTDVELMMFA QANSEHCRHK IFNAEWTVDG
AVQPKSLFQM IKNTYKANPQ GILSAYKDNA AVMAGSKGMR FYPIPVSNTD NAADANSAHI
YDFHQEEIDI LMKVETHNHP TAIAPYAGAA TGAGGEIRDE GATGRGGKPK AGLTGFHVSH
LHIPELAEKW EQSGQLSTQD YGTPDRMATS LEIMTEAPLG SANFSNEFGR PNLCGYFRSF
QLDTSAAKDG SQMRGYHKPI MLAGGYGNIK RNLIEKNAIQ QGDLLIVLGG PAMQIGLGGG
AASSVDSGSL DEGLDFASVQ RDNAEMERRC QEVMDRCWAL AGNDVDASNN GKDGNPIVSL
HDVGAGGLSN AMPELVNDHE MGAVLNLRKI PSLEAGMSPM AIWSNEAQER YVLAIRPESK
DQFDAICARE RCPYAILGEA TEVRQLVVND ELLPEQPVDM PMQVLLGGTP QMKRSFERQE
IILPALELGD VNLAESIKDV LRHPTVASKS FLISIGDRSI TGMVVRDQYV GRYQVPVADC
AVTASGLVAL DGQAMSGEAM SVGERTPVAL INPKASARLA VGEAITNIAG ARIAQLSDIT
MSANWMAACG EDVEDAALFD AVHTVGEELC PALGIAIPVG KDSLSMRANW TDEDENGSTD
KSVVSPMSLV ITAFAPVVDV AKTLTPELIN GDSAFYRIDL SKGQLRLGGS ILAQTLSQLG
NDCPDLAQPS DLVDFFNFIQ AGNAQGVISA YHDIGDGGLL ATIAEMQFTS RQGIKLSLDD
KNLLGQLFSE ELGAVIQVLP ENVAALMQLA EEFNVSEMMS LVGQSSEEDS LIIQTPLHMA
DSTLRFERSE LQQEWSQVSY QIARRRDNPA CVQQEYDLIS DASHKGLIAA PNFDLNQKVE
EPYLNSRDTK PRVAILREQG VNGQTEMAAG FTQAGFEAVD VHMSDLLEGR INLRDFDGLV
ACGGFSYGDV LGAGSGWANS ILFHDELRMQ FVRFFARPDT FSLGVCNGCQ MMAQLKDLIP
GAENFPRFIA NKSARFEART VNVKVERTKS ILFKGMQDSI LPIAVAHGEG YATLDNTEID
GMAKHGQLAM RFVDSQGHPT ETYPLNPNGS LGGVTGLCST DGRVTIMMPH PERTLRAYNH
SWKPEEWDED GAWMRMFRNA RAWLR
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