KEGG   Jatropha curcas (Barbados nut): 105647325
Entry
105647325         CDS       T03922                                 
Name
(RefSeq) probable phosphoribosylformylglycinamidine synthase, chloroplastic/mitochondrial
  KO
K01952  phosphoribosylformylglycinamidine synthase [EC:6.3.5.3]
Organism
jcu  Jatropha curcas (Barbados nut)
Pathway
jcu00230  Purine metabolism
jcu01100  Metabolic pathways
jcu01110  Biosynthesis of secondary metabolites
Module
jcu_M00048  De novo purine biosynthesis, PRPP + glutamine => IMP
Brite
KEGG Orthology (KO) [BR:jcu00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    105647325
Enzymes [BR:jcu01000]
 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
     105647325
SSDB
Motif
Pfam: GATase_5 AIRS_C FGAR-AT_N FGAR-AT_linker
Other DBs
NCBI-GeneID: 105647325
NCBI-ProteinID: XP_012088750
UniProt: A0A067LKQ0
Position
Unknown
AA seq 1413 aa
MVGAQEITAATQLLQDVSRQTLFMQKDLPINRRNQLLWGTLHSHKTPLGAFNNRGVSLRC
RAQSKPRAVVSGLTSSVDEQSSLIEKTAQEILHFYRVPLIQDSATLELLKLAQRKISHEI
VGLQTEQCFNIGLQSEISSEKKLGVLKWILQETYEPENFGTESFLEKKKKAGLNTVIVEV
GPRLSFTTAWSSNAVSICGACGLTEVTRMERSRRYLLYSKGVLQEDQINAFAELVHDRMT
ECIYTKKLTSFGTNVVPEEVRFVPVMERGRKALEEINQEMGLAFDEQDLQYYARLFMEDI
KRDPTTVELFDIAQSNSEHSRHWFFTGKIVIDGKPMDRTLMQIVKSTLQANPNNSVIGFK
DNSSAIKGFHVIVLRPVQPGLPCPLMAITRDLDILFTAETHNFPCAVAPYPGAETGAGGR
IRDTHATGMGSLIIAGVAGYCVGNLMIEGSYAPWEDNSFVYPSNLASPLQILIDSSNGAS
DYGNKFGEPLIQGYTRTFGMRMPSGERREWVKPIMFSAGIGQIDHTHITKGEPDIGMLVV
KIGGPAYRIGMGGGAASSMVSGQNDAELDFNAVQRGDAEMAQKLYRVVRACVELGENNPI
ISIHDQGAGGNCNVVKEIIYPKGAVIDIRKIVVGDHTMSVLEIWGAEYQEQDAILVKPEC
HDLLQSICERERLSMAVIGTINGEGRIVLVDSLAIEKCHSSGLPTPPPAVDLELEKVLGD
MPQKTFEFRRVVHAREALDIAPGITVMEVLKRVLRLPSICSKRFLTTKVDRCVTGLVAQQ
QTVGPLQITLADVAVVAQTYTGLTGGACAIGEQPIKGLINPKAMARLAVGEALTNLVWAK
VTSLSDVKASGNWMYAAKLDGEGADMFDAATALSEAMIELGIAIDGGKDSLSMAAHAGGE
VVKAPGNLVISVYVTCPDITKTVTPDLKLGDDGVLLHIDLAKGKRRLGASALAQAFDQIG
DDCPDIDDVPYLKSVFEGVQNIIEGELISSGHDISDGGLLVCAMEMAFAGNCGIAMDLTS
QGYSLLQTLFAEEPGLVLEVSRKNLDVVMQKLNSRGVSANIIGQVTTSPLIQLKVDGVTH
LNEETSLLRDMWEETSFHLEKFQRLASCVDLEREGLKSRKEPFWKLSFTTSVTDDKYMTA
TSKPKVAVIREEGSNGDREMAAAFYAAGFEPWDIAMSDLLKGAISLQEFRGVVFVGGFSY
ADVLDSAKGWSASIRFNQPLLDQFQEFYKRPDTFSLGVCNGCQLMALLGWVPGPQVGGAH
GAGGDPSQPRFIHNESGRFECRFTSVRINDSPAIMFKGMEGSTLGVWAAHGEGRAYFPDD
GVFDRMIHSNLAPVSYCDDDGNPTEVYPFNLNGSPLGVAAVCSADGRHLAMMPHPERCFL
MWQFPWYPKHWNLDKKGPSPWLKMFQNAREWCS
NT seq 4242 nt   +upstreamnt  +downstreamnt
atggttggtgcccaagagatcactgctgcaactcaattgttgcaagatgtctctaggcaa
actctgtttatgcagaaagatttgcctattaatcggcgaaatcagttgctatggggtaca
cttcatagtcataagacccctttgggtgcatttaataatagaggtgtttcattgaggtgt
cgcgctcaatcaaagcccagagcagtggtttctggtttgactagcagtgttgatgagcaa
tctagtttgattgaaaagactgcccaagaaattctccatttctatcgggtgccattgatt
caagacagtgcaactcttgaattgcttaagttggctcaaagaaaaatctcccatgagatt
gttgggttgcagactgagcaatgttttaatattgggcttcaatctgaaatttcgagtgag
aagaagcttggggtccttaagtggattcttcaggaaacatatgagccggaaaattttggt
actgagagctttcttgaaaagaagaaaaaagcaggattgaatactgtgatagttgaggtc
gggcctaggttgtcttttacaactgcttggtcttcaaatgctgtgtctatttgtggtgct
tgtgggttaacggaagtgactcgaatggaacggtcgaggaggtacttgctgtatagcaag
ggagtattgcaagaagatcaaattaatgcgtttgctgaattggtccatgataggatgact
gaatgtatttataccaagaagctgacatcttttgggactaatgttgttcctgaggaagtt
cggtttgtgcctgttatggagagggggaggaaggctttggaagagattaatcaggagatg
ggtttggcttttgatgaacaagatttacagtattatgctaggttgttcatggaggatatc
aagcgggatcctacaactgtagaattgtttgacattgcacaatccaatagtgagcatagt
aggcactggttttttactggtaagattgttattgatggaaagcccatggatagaactctt
atgcagattgtgaagagcactttgcaggcgaatccaaataattctgttattggtttcaag
gataattctagtgcaattaagggctttcatgtaattgtattgcggccggtacagcctggt
ttgccatgtccactgatggcaatcactcgcgacctcgatattttattcacagctgagacc
cataattttccttgtgctgtggcaccttatcctggggcagagacaggtgctgggggtaga
atcagggatactcatgcaacaggtatgggttcattgattattgcaggtgtagctggttac
tgtgttgggaacctgatgattgaggggtcttatgctccatgggaagataattcttttgtg
tatccatcaaacttggcatcacctctgcagattcttattgattctagcaatggggcatca
gattatggaaacaaatttggcgagccattgattcagggttatactagaacttttggaatg
agaatgccaagtggggagagacgagagtgggtgaagccaattatgtttagtgcaggtatt
ggacagattgatcacacccacataacaaaaggagagcctgacattggtatgttggttgta
aagattggaggccctgcatatcgtattggaatgggaggtggggctgcatcgagtatggtg
agtggccagaatgacgcagagcttgattttaatgctgtacagcgtggagatgctgaaatg
gcacaaaaactctatcgtgttgttcgtgcctgtgttgagttgggggagaacaatccaatt
atcagcatccatgatcagggagctggtgggaattgtaatgttgtcaaggaaattatatat
ccaaagggtgctgttattgacatccggaaaattgtagttggtgatcatacgatgtctgtt
ttggagatatggggcgcagaatatcaggaacaagatgcaatcttggtgaagcctgagtgc
catgatcttttacaatcaatttgtgaaagagaaaggttgtcaatggctgttattgggaca
atcaatggtgaggggcgaattgttttggtagatagcttggcgattgagaaatgccattca
agtggactccctactccccctccagctgtggatcttgagctggagaaagtacttggggat
atgcctcagaagacttttgaattccgtcgtgtggttcatgcccgagaagcacttgacatt
gctccagggatcacagtgatggaagtgttgaagagggtattaagacttccttctatatgt
tcgaagcgcttcttgacaacaaaagtggatagatgtgttacaggtcttgtagcacagcag
caaactgttggtcctttgcagattacacttgctgatgttgctgttgttgctcagacttac
accggcttgactggaggtgcatgcgcaattggagagcagccaatcaaaggtctgattaat
ccaaaggcaatggcaagattggctgttggagaagcactcacaaatctagtttgggctaag
gttacttccctgtctgatgtcaaagcaagcggaaattggatgtatgctgccaagcttgat
ggagaaggggcagacatgtttgatgctgccacagctctttctgaagctatgattgaactt
ggtattgctattgatgggggaaaggacagtctgtcaatggctgcccatgcaggtggtgag
gttgttaaggcccctggtaatcttgttatcagtgtgtacgtcacttgtcctgacataaca
aaaacggtaaccccagatttgaagttgggagacgatggtgtgttgcttcacattgatttg
gcaaaaggaaagcggcggctaggtgcatctgctcttgctcaagccttcgaccaaatcggg
gatgattgtcctgatattgatgatgttccttatctcaaaagcgtatttgagggtgtccag
aatattattgaaggtgagcttatctcttctggccatgacataagtgatggtggactacta
gtctgtgccatggagatggcatttgctggaaattgtggcattgctatggacttgacttca
caaggttacagtctcctccaaacacttttcgcagaagagcctggtctagttcttgaagtt
agcagaaagaatttagatgttgtaatgcaaaagctcaatagcaggggggtttctgctaat
ataattggacaagtgactacctcacccttgatacaactgaaagttgatggggtaactcat
ctgaatgaggaaacttctctccttagagatatgtgggaagaaaccagttttcatctggaa
aagttccaaagattagcttcttgtgtggacttggagagagaaggtctgaaatctaggaaa
gaacctttctggaaattgtcatttactacttctgtaacagatgataaatatatgactgca
acttcaaaaccaaaagtggctgtgattcgagaggaaggcagcaacggggatagagagatg
gctgcagcattttatgctgctggttttgaaccctgggatattgcaatgtcagaccttctg
aagggagctatatctcttcaagaattccgtggggttgtgtttgtgggaggttttagctat
gctgatgtcctcgattctgcgaaaggctggtctgcttccattagattcaatcagcccctt
ctggatcaatttcaggagttctataagcggcctgatactttcagtcttggtgtttgcaat
gggtgtcaactcatggctctattgggttgggtcccaggtccccaagttgggggtgcacat
ggtgctggtggggacccgtcacaacctaggtttattcacaatgagtctggtcgatttgaa
tgccgctttacaagtgtgaggataaatgactcacctgctataatgttcaaaggtatggaa
ggtagtacgcttggtgtgtgggctgcccatggtgagggaagagcatatttccctgatgat
ggtgtttttgatcgcatgattcattcaaacttggccccagttagttattgtgatgacgat
gggaatcctacagaagtttaccctttcaatttgaacgggtctcccctaggagtagcagca
gtctgttctgctgatgggagacatctcgccatgatgcctcatccagaacgttgcttcttg
atgtggcagtttccatggtacccaaagcactggaatttggacaagaaaggtcctagccca
tggttaaagatgttccaaaatgctagagaatggtgctcatga

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (32)   

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