KEGG   Gossypium raimondii: 105768118
Entry
105768118         CDS       T04129                                 
Name
(RefSeq) probable phosphoribosylformylglycinamidine synthase, chloroplastic/mitochondrial
  KO
K01952  phosphoribosylformylglycinamidine synthase [EC:6.3.5.3]
Organism
gra  Gossypium raimondii
Pathway
gra00230  Purine metabolism
gra01100  Metabolic pathways
gra01110  Biosynthesis of secondary metabolites
Module
gra_M00048  De novo purine biosynthesis, PRPP + glutamine => IMP
Brite
KEGG Orthology (KO) [BR:gra00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    105768118
Enzymes [BR:gra01000]
 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
     105768118
SSDB
Motif
Pfam: GATase_5 AIRS_C FGAR-AT_N FGAR-AT_linker
Other DBs
NCBI-GeneID: 105768118
NCBI-ProteinID: XP_012443324
UniProt: A0A0D2V193
Position
4:14226344..14231670
AA seq 1412 aa
MAGVREITAAEFLQGTTRQTLFLQRNSLIKPSNLLWGKLCNPSRMGYLSNTKGASLRCSS
RSKPKAMASGNVPTSLVDEQPGLIEKPAQEVVHFYRIPLIQEGANDELLKSVQTKVSNHI
VGLKTEQCFNIGLASKISSEKFSTLKWILGETYEPENLATESFLVKKRQEGLNTVIVEVG
PRLSFTTAWSSNAVSICQSCGLTEVTRMERSRRYLLYSKEALQENQINEFAAMVHDRMTE
CVYTQRLTSFETSVAPEGVRFVPVIERGRKALEEINQEMGLAFDEQDLQYYTRLFVEDIK
RNPTNVELFDIAQSNSEHSRHWFFTGKIVIDGQPMDRTLMQIVKSTLKANPNNSVIGFKD
NSSAIKGFLAYRLRPVKPGTACLLNETTREIDVLFTAETHNFPCAVAPYPGAETGAGGRI
RDTHATGRGSFVVASTAGYTTGNLNIEGSYAPWEDSSFTYPSNLASPLEILIEASNGASD
YGNKFGEPLIQGFTRTFGTRLPSGERREWLKPIMFSGGIGQIDHTHISKGDPEIGMLVVK
IGGPAYRIGMGGGAASSMVSGQNDAELDFNAVQRGDAEMAQKLYRVVRACIEMGEDNPII
SIHDQGAGGNCNVVKEIIYPKGAEIDIRAIVVGDHTMSVLEIWGAEYQEQDAILVKPESR
KLLESICARERLSMAVIGTINGEGRVVLVDSVAIEKSRASGLPPPPPAVDLELEKVLGDM
PQKSFEFKRVSYAREPLDVAPAITVMDSLKRVLRLPSVCSKRFLTTKVDRCVTGLVAQQQ
TVGPLQLPLADVAVIAQSYVDLTGGACAIGEQPIKGLLDPKAMARLAVGEALTNLVWAKV
TSLSDVKASGNWMYAAKLEGEGAAMYDAAIALSEAMIELGIAIDGGKDSLSMAAHAGGEV
VKAPGNLVISAYVTCPDITKTVTPDLKQGDDGILLHIDLAKGKRRLGGSALAQVFDQIGN
DCPDIDDVSYLKRVFEGVQDVLGDGLISAGHDISDGGLLVCALEMAFAGNCGIALDLASL
GNSVFQSLFAEELGLILEVSKNNLDSVMEKLSSVDVSAEIIGRVTTSPVIELKVDGITHL
NEKTSLLRDMWEDTSFQLEKLQRLASCVELEKEGLKFRHEPSWPLSFTPSVTDEKFLTTT
LKPKVAIIREEGSNGDREMSAAFYAAGFEPWDVAMSDLLNGVISLNEFRGIAFVGGFSYA
DVLDSAKGWAASIRFNQPLLNQFQEFYKRPDTFSLGVCNGCQLMALLGWVPGPQVGGVFG
AGGDPSQPRFVHNESGRFECRFTSVTIKDSPAMMFKGMEGSTLGVWAAHGEGRAYFPDDG
VLDRVLHSDLAPLRYCDDDGNPTEAYPFNLNGSPLGVAAICSPDGRHLAMMPHPERCFLM
WQFPWYPKDWNVDKKGPSPWLRMFQNAREWCS
NT seq 4239 nt   +upstreamnt  +downstreamnt
atggctggggtaagagagataactgcggcagagttcctgcaaggtacaacaaggcaaact
ctgtttttgcagagaaattctttgattaagccaagtaatctattatggggcaagctatgt
aatccaagccggatgggatacctgtctaatacaaaaggtgcttctttgaggtgctcttct
cggtcaaagcctaaagcaatggcttctggaaatgtccctactagtttggttgatgagcaa
cctggattgattgaaaagcctgctcaagaggtcgtccatttctaccgtatccctttgata
caagaaggtgcaaacgacgagcttctcaaatcggttcaaaccaaagtttccaatcacatt
gtcgggttgaaaaccgagcagtgttttaatataggccttgcatcaaaaatttcatctgag
aagttctcaacgcttaaatggattcttggggaaacatacgagcctgaaaatttggcaact
gagagttttcttgtgaagaagaggcaagaagggttgaatacagtgatagttgaagttggg
ccaaggttgtcttttacaacggcatggtcctcgaatgctgtttcaatttgtcaatcatgt
ggcttgactgaggtgactcgaatggagaggtccagaagatacttgttgtatagtaaggaa
gcattgcaggaaaatcaaattaatgagtttgctgcaatggttcatgatcggatgacggag
tgtgtttatacgcagaggctcacttcatttgaaactagtgtggctccggagggggttcgt
tttgtgcctgtcattgagaggggaaggaaagcgttggaggaaataaatcaggaaatgggt
ttagcatttgatgaacaagacttgcagtactataccaggttgtttgtggaggacataaag
cggaatccgacgaatgtagagttattcgatatcgcccaatctaacagtgagcatagcagg
cattggtttttcacagggaagattgttattgatggacagcccatggacaggaccctcatg
caaattgtcaagagcactttgaaagcaaatccaaataattctgtcattggttttaaggat
aattcgagtgcaataaaggggtttcttgcataccgattacgaccagttaagcctggaact
gcctgcctactaaatgaaacaactcgtgaaattgatgtcttgtttacagctgaaacacat
aacttcccatgtgcagtggcaccctacccaggtgcagagacaggtgcaggtggccgtatt
agggatacacatgccactggaagaggatcatttgttgttgcatccacagctggttacaca
actgggaatcttaatatagagggatcatatgccccatgggaagactcatctttcacttat
ccatcaaatttggcttctcctttggaaattctcattgaggctagcaatggtgcatctgac
tatggcaacaaatttggtgagccattaatccagggttttactagaacatttggaacgaga
ctccctagtggtgaacgtcgtgaatggctgaagcctatcatgtttagtggaggcattgga
cagattgatcacactcatatatcgaaaggggacccagaaattggaatgttagttgtaaag
attggtggccctgcatatcggattggaatgggcggtggagctgcgtctagtatggttagt
ggccagaatgatgcagaacttgattttaatgctgtacagcgtggagatgctgaaatggca
caaaaactgtaccgtgtagttcgtgcctgcattgagatgggggaggataacccgattatt
agcattcatgatcagggagctggtgggaattgcaatgttgtcaaggaaatcatataccca
aagggtgctgagattgatattagggccattgttgttggagatcacactatgtctgttttg
gagatatggggtgcagagtatcaagaacaagatgcaattttggtaaaacctgaaagccgc
aagctgttggaatcaatatgtgcaagggaaagactttcgatggctgttattgggactatt
aatggtgagggacgtgttgttctagttgatagcgtagctattgaaaaaagccgtgcaagt
ggactccctccccctcctccagctgttgatcttgagcttgagaaagtgcttggtgacatg
cctcaaaaatcctttgaattcaagcgagtgtcttatgcacgagaaccgcttgatgttgct
cctgcaatcacagtcatggactcattgaagagagtattaagacttccatctgtatgttcc
aaacggtttttgacaacaaaagttgatagatgtgtaacaggtcttgtagcacagcagcaa
acggttggtcccttgcagttacctctagctgatgttgcagtcattgctcaaagttatgtt
gacttaactgggggtgcctgtgccattggagagcaacctatcaaggggctgcttgatcca
aaagcaatggctagactggctgttggagaagctctcacaaatcttgtttgggcaaaggtt
acttctttgtctgatgtcaaagcaagcggaaattggatgtatgctgccaagcttgagggt
gaaggagcagccatgtatgatgctgctattgctctttcagaagcaatgattgaactcggt
atcgctattgatggtgggaaggacagtctgtcaatggctgcccatgcaggtggggaggtt
gttaaggctcctggaaatcttgtaattagtgcctatgtcacttgtcctgacataacaaaa
acggtaaccccagatttgaagcaaggagatgatggtattttgcttcatattgatttggca
aagggaaagcggcgtctgggtggatccgctttggctcaggtttttgatcagattgggaat
gactgccctgatattgatgatgtttcttaccttaagagagtttttgagggggtgcaggac
gttcttggagatggtctgatctctgcaggtcatgatatcagtgatggtggattactagtt
tgcgcgttggagatggcatttgctggaaattgtggcattgcattggacttggcttctcta
ggaaatagtgttttccaatcactttttgctgaagagcttggtctcattcttgaggtaagc
aagaataacttggatagtgtgatggagaagcttagcagtgtggatgtttctgctgagata
ataggacgagtaaccacctcacctgtgatagagctcaaggttgatggaattactcattta
aatgagaaaacttctctgctgagagatatgtgggaggatacaagtttccagctcgaaaag
ttgcagagattagcttcttgtgtggaactggagaaagaaggtttgaagtttcggcatgag
ccttcttggcccttgtctttcactccttcagttacggatgagaaatttttgactacaact
ttaaaaccgaaagtagccatcattcgtgaggaagggagcaatggagacagagaaatgtca
gcagcattttatgctgctggttttgagccttgggatgttgcaatgtcagaccttcttaac
ggagttatttctttgaatgaattccgtggaattgcatttgttggaggttttagttatgcc
gatgtgcttgattctgcaaaaggttgggctgcgtccatacgcttcaatcagcctcttctc
aatcagtttcaggaattttacaagcgccctgatactttcagtcttggcgtttgcaatgga
tgtcagttaatggctctgttagggtgggtcccagggccccaagtggggggtgtttttggt
gctggtggggacccatcacagcccaggtttgttcacaatgagtctggccgatttgaatgc
cggttcacaagtgtgactataaaggactctcccgccatgatgtttaaaggaatggaaggc
agtacattaggtgtatgggctgcccatggtgagggaagagcatattttcctgatgatggt
gttctggatcgtgtactacattcagatttggctccattaagatattgcgatgatgatggg
aacccaacagaggcataccccttcaacttgaatggttctcctttaggagtggctgcaatt
tgttctcctgatggtcgacatcttgccatgatgcctcatccagagcggtgtttcctgatg
tggcagttcccttggtatccaaaggactggaatgtggacaagaaaggccctagtccatgg
ttaagaatgtttcaaaatgccagagagtggtgctcatga

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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 (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (4)   
   Pfam (4)   
All databases (30)   

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