KEGG   Arabidopsis thaliana (thale cress): AT1G74260
Entry
AT1G74260         CDS       T00041                                 
Symbol
PUR4
Name
(RefSeq) purine biosynthesis 4
  KO
K01952  phosphoribosylformylglycinamidine synthase [EC:6.3.5.3]
Organism
ath  Arabidopsis thaliana (thale cress)
Pathway
ath00230  Purine metabolism
ath01100  Metabolic pathways
ath01110  Biosynthesis of secondary metabolites
Module
ath_M00048  De novo purine biosynthesis, PRPP + glutamine => IMP
Brite
KEGG Orthology (KO) [BR:ath00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    AT1G74260 (PUR4)
Enzymes [BR:ath01000]
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.5  Carbon-nitrogen ligases with glutamine as amido-N-donor
    6.3.5.3  phosphoribosylformylglycinamidine synthase
     AT1G74260 (PUR4)
SSDB
Motif
Pfam: GATase_5 AIRS_C FGAR-AT_N FGAR-AT_linker ATG5_HBR
Other DBs
NCBI-GeneID: 843766
NCBI-ProteinID: NP_177566
TAIR: AT1G74260
UniProt: Q9M8D3
Position
1:complement(27922725..27927962)
AA seq 1407 aa
MNTSQATRAALFLNGSNRQAMLLQRSSMSQLWGSVRMRTSRLSLNRTKAVSLRCSAQPNK
PKAAVSTGSFVTADELPSLVEKPAAEVIHFYRVPLIQESANAELLKAVQTKISNQIVSLT
TEQSFNIGLESKLKDEKLSVLKWILQETYEPENLGTDSFLERKKQEGLHAVIVEVGPRLS
FTTAWSTNAVSICRACGLDEVTRLERSRRYLLFSKEPLLENQIKEFAAMVHDRMTECVYT
QKLVSFETNVVPEEVKYVPVMEKGRKALEEINQEMGLAFDEQDLQYYTRLFREDIKRDPT
NVELFDIAQSNSEHSRHWFFAGNMVIDGKPMDKSLMQIVKSTWEANRNNSVIGFKDNSSA
IRGFLVNQLRPLLPGSVCLLDVSARDLDILFTAETHNFPCAVAPYPGAETGAGGRIRDTH
ATGRGSFVVASTSGYCVGNLNMEGSYAPWEDSSFQYPSNLASPLQILIDASNGASDYGNK
FGEPMIQGYTRTFGMRLPSGDRREWLKPIMFSAGIGQIDHTHITKGEPEVGMLVVKIGGP
AYRIGMGGGAASSMVSGQNDAELDFNAVQRGDAEMSQKLYRVVRACIEMGEKNPIISIHD
QGAGGNCNVVKEIIYPQGAEIDIRAVVVGDHTMSVLEIWGAEYQEQDAILVKAESREILQ
SICKRERLSMAVIGTINGGGRCTLIDSTAAAKCSKEGLPPPPPAVDLELEKVLGDMPKKT
FKFNRIAYAREPLDIAPGITLMDALKRVLRLPSVSSKRFLTTKVDRCVTGLVAQQQTVGP
LQITLADVAVIAQTFTDLTGGACAIGEQPIKGLLDPKAMARLAVGEALTNLVWAKVTALS
DVKASGNWMYAAKLEGEGSAMYDAAIALSEAMIELGIAIDGGKDSLSMAAHADGEVVKAP
GNLVISAYVTCPDITKTVTPDLKLGGDDGILLHVDLAKGKRRLGGSALAQVFGQIGNDCP
DLDDVPYLKNVFDGVQALIAENLVSAGHDISDGGLVVTALEMAFAGNKGINLDLASNGIS
LFETLFSEELGLVLEISKTNLDAVMEKLRAFDVTAEIIGNVTDSPLIEVKVDGITHLSEK
TSFLRDMWEDTSFQLEKLQRLASCVEMEKEGLKFRHEPNWKLSFIPSSTNNNYMSQDVKP
KVAVIREEGSNGDREMSAAFYAAGFEPWDVTVSDLLAGDITLDQFRGIVFVGGFSYADVL
DSAKGWAASIRFNEPVLSQFQEFYKRPDTFSLGICNGCQLMALLGWVPGPQVGGSLDTSQ
PRFVHNESGRFECRFTSVTIKDSPSIMLKGMEGSTLGVWAAHGEGRAYFPDEGVLDHMLH
SDLAPLRYCDDDGNVTEAYPFNLNGSPLGIAAICSPDGRHLAMMPHPERCFLMWQFPWYP
TSWDVEKAGPSPWLKMFQNARDWLESC
NT seq 4224 nt   +upstreamnt  +downstreamnt
atgaatacctcccaagcaactcgtgcggctctgtttctaaacggttccaatagacaagcg
atgcttttgcagcggagctcaatgagtcaattgtggggttctgttagaatgagaacttca
cggctgtctctgaatcgaacaaaagctgttagcttgagatgttctgctcaacctaataaa
cctaaagcagctgtttctactggttcttttgttactgctgatgagctaccaagcttggtt
gagaaacctgctgctgaggttatccatttttatcgcgtgcctttgattcaagaaagcgcg
aacgcggaactcctcaaggctgttcaaaccaaaatcagcaaccagattgtcagtttgact
acagaacagtctttcaatattgggcttgaatccaagttaaaagatgaaaaactttctgtt
ctaaagtggattcttcaagaaacatatgagccagagaatttaggtacggatagttttctt
gagaggaagaagcaagaaggactccatgctgttattgttgaagttggccccagattgtct
ttcacaacagcatggtccaccaatgcggtttcgatatgtagagcatgtgggttagacgag
gtgactcgcttggaaaggtcaaggaggtaccttttgttcagcaaggagccacttttggaa
aatcagataaaagaatttgctgcaatggttcatgatagaatgaccgagtgcgtgtacact
caaaagctggtttcattcgagacgaatgtggttccagaagaagtgaagtatgtgcctgtg
atggagaagggtcggaaggcgctggaagaaatcaaccaggagatgggtttagcctttgat
gagcaagatttgcagtattatactagacttttcagagaggacattaagcgtgatcctacc
aatgtggagctatttgatatcgctcaatccaacagcgagcacagtcgacactggttcttt
gctgggaacatggttattgatggaaagccaatggataagtctcttatgcagattgtaaag
agcacttgggaggcaaatcgaaataattctgtcattgggtttaaggataactctagtgct
attagaggctttctggtgaaccagctacggcctctacttcctggttctgtgtgcttactt
gatgtcagtgcacgtgatctcgacatattgttcactgctgaaacccataatttcccttgt
gctgtggctccttatcctggtgctgagacaggtgctggaggtcgaatcagagatacacat
gcaacaggaagaggttcttttgtggttgcatccacttctggttactgtgttggtaacctt
aacatggagggatcttatgctccatgggaagactcgtctttccaatacccatcgaaccta
gcatcacctctacagatactcatcgacgctagtaatggtgcatctgactatggtaacaaa
tttggagagcccatgattcagggatatactaggacttttggaatgagactgccaagtggg
gatagacgagaatggttgaagccgattatgttcagtgcagggattggacagattgatcat
actcatataactaaaggggagccagaggttgggatgcttgttgttaagattggtggacct
gcttaccgcattggcatgggaggaggagcagcttcgagtatggttagtggccagaatgat
gcagagcttgatttcaatgctgtgcaacgtggagatgctgaaatgtctcagaagttgtac
cgtgttgttcgtgcttgtattgagatgggtgagaagaatcctattatcagcattcatgat
caaggtgctggtggaaactgcaatgttgtcaaggaaattatttatccacagggtgcagag
attgacataagagcggttgttgtgggtgatcatactatgtcggtgttggagatatgggga
gcagaatatcaagagcaagatgcgattttggtgaaagctgagagccgggagattttgcaa
tcaatctgtaagagggaaaggctttcgatggctgtgattggaacaattaatgggggtggt
cgctgtactttaattgacagcacagctgcagcgaagtgcagtaaagaagggctacctcca
cctccacctgctgtggatcttgaactcgagaaggttcttggtgatatgcctaagaagacg
tttaagttcaaccgcattgcttatgcacgggagccacttgatattgctcctggaattaca
ttgatggatgctttgaaaagagttctccgattaccatcagtttcttcaaagcggttcttg
acaaccaaagtggatagatgtgtgacaggtcttgttgctcagcaacaaacagttgggcca
ttgcagatcacgcttgctgatgttgcagttattgcacagacattcacagatctaacaggt
ggtgcatgtgccattggtgagcaaccgatcaaaggcttgcttgatccaaaagccatggct
aggctagctgttggagaggctttgacaaatctggtttgggcaaaggtcactgcactttct
gatgttaaagctagtggtaactggatgtatgctgccaagcttgaaggagaaggatcagca
atgtatgatgctgcgattgctctatctgaagcgatgattgaacttggcattgcaattgat
ggtggaaaagacagtctttcaatggcagctcatgcggacggtgaggttgttaaagctcca
ggaaatcttgtgattagtgcctatgttacctgtccagacataacaaagacagtgactccg
gatctaaagctcggaggtgatgatggtattctcttgcatgttgatttggcaaagggaaag
aggagattgggtggatctgcactggctcaggtttttggtcagataggaaatgactgtcct
gatcttgatgatgttccatatctgaaaaacgttttcgatggcgttcaagctctcattgca
gaaaacttggtatctgctggacacgacatcagtgatggtggactggtagtaacagctttg
gaaatggcttttgctggaaacaaaggtataaatctcgacttggcttcaaatggaattagc
ctttttgagactttgttttctgaagaacttggtctcgtgcttgagattagtaagacaaac
ctggacgctgtgatggaaaaactccgtgctttcgatgttactgctgagatcattggaaat
gtcactgattcgcctctgatagaggtaaaagtggatgggattactcatttgagtgagaaa
acttcattcctcagagacatgtgggaagacaccagtttccagttggaaaagctgcaacga
ttggcatcttgtgtagagatggagaaagaaggtttgaagtttaggcatgagcctaattgg
aaactctcatttattccatcctcgaccaacaataattatatgtctcaggatgttaagcca
aaagtagcagtgatccgagaagaaggcagcaatggagacagagaaatgtcagctgcattt
tacgctgccggttttgaaccttgggacgtgacagtgtctgatcttctagctggagacatc
acccttgatcagttccgcggtattgtgtttgtgggagggttcagttatgcggatgttctc
gactcagccaaaggatgggctgcttcaataaggttcaacgagcctgtgttgagtcaattt
caggagttctacaaaagaccagacacgttcagtcttggaatctgcaatggatgtcagtta
atggctctgttaggatgggttccaggtcctcaagttggcgggtcacttgacacctcgcag
ccgaggtttgttcacaacgaatcaggaaggtttgagtgcaggttcacaagcgtgaccata
aaggactcgccatcgataatgctgaaaggaatggagggaagtactttaggggtttgggcg
gcgcacggagaaggacgggcttatttcccggacgaaggagtcttggaccatatgcttcac
tcagatttggcaccattgagatactgtgatgatgatgggaacgtgactgaagcgtaccct
tttaacctcaatggttcaccgttgggaatagcggctatatgttcacctgatgggagacat
ttggcgatgatgcctcatcctgaacgttgtttcttgatgtggcagtttccatggtaccca
acaagctgggacgttgagaaagctggcccgagcccgtggttgaagatgttccagaatgca
agggactggttagagtcgtgttaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (42)   
   KEGG ORTHOLOGY (1)   
   RefGene (35)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (68)   

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