KEGG   Amborella trichopoda: 18435637
Entry
18435637          CDS       T02990                                 
Name
(RefSeq) probable phosphoribosylformylglycinamidine synthase, chloroplastic/mitochondrial
  KO
K01952  phosphoribosylformylglycinamidine synthase [EC:6.3.5.3]
Organism
atr  Amborella trichopoda
Pathway
atr00230  Purine metabolism
atr01100  Metabolic pathways
atr01110  Biosynthesis of secondary metabolites
Module
atr_M00048  De novo purine biosynthesis, PRPP + glutamine => IMP
Brite
KEGG Orthology (KO) [BR:atr00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    18435637
Enzymes [BR:atr01000]
 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
     18435637
SSDB
Motif
Pfam: GATase_5 AIRS_C FGAR-AT_N FGAR-AT_linker
Other DBs
NCBI-GeneID: 18435637
NCBI-ProteinID: XP_006845743
UniProt: W1PHG5
Position
Unknown
AA seq 1412 aa
MAACKGTSLALTWQQNRTFWPFARGSSKQRRYIVYQRDLNLPSLGFLSQRIGSQIIGSRK
TGAMLSESKQGLIREENMAMKNSGEVIHFYRLPYLRESAAEEFLQRVQMKVSNQIVGLET
EQCFNVGLSSPLSDDKLDILKWLLQETYEPENLKNESFLGGNREGTSTVLIEVGPRLSFT
TAWSANAVSVCKSCSLTEVNRIERSRRYLLYLKEGSVLLPESQIQDFLAMVHDKMTECVY
STKLTSFKTAMVPDSVTQVPVIEKGRAALEEINKKMGLAFDEYDLQYYLGLFKDDLKRNP
TIVELFDIAQSNSEHSRHWFFNGQLVIDGQRMSQTLFQIVKSPLKANPSNSVIGFKDNSS
AIKGFSVNPLLPISSGVISQLSLSDRTFDILFTAETHNFPCAVAPYPGAETGAGGRIRDT
HATGRGSFVVASTAGYCVGNLRMEGSYAPWEDPSFIYPSNLASPLQILIDASNGASDYGN
KFGEPLIQGYTRTFGMRLPSGERREWLKPIMFSGGIGQIDHELISKGEPEIGMLVVKIGG
PAYRIGMGGGAASSMVSGQNDAELDFNAVQRGDAEMAQKLYRVVRACIEMGEKNPIVSIH
DQGAGGNCNVVKEIIFPKGAEIDIRSIVVGDETMSVLEIWGAEYQEQDALLVKPESKDLL
LSICVREKVSMAVIGSISGDGRVVLMDSRAIKECQSKGLPPPPPAVDLDLEKVLGDMPQK
TFEFKRAFNAREPLDIAPGITLLDCLKRVLRLPSVCSKRFLTTKVDRCVTGLVVQQQTVG
PLQLPLADVAVIAQTYAGLTGGACAIGEQPIKGLLNPKAMARLAMGEALTNLVWAKVTSL
GDVKASGNWMYAAKLDGEGAAMYDAAMALSESMIELGIAIDGGKDSLSMAAQASGETVKA
PGNLVISVYVTCPDITKTVTPDLKLGDDGLLLHIDLAEGRRRLGGSALAQTFDQIGDECP
DLEDISHLKRTFETVQSLIEEGLISAGHDITDGGLIVCLLEMAFAGNCGLHVELDTRDGD
HFRALFAEELGLVLEVSKANVGLVMEKLDASGVSAQLIGHVTSSPLIELLVDGVPQLKEK
TSFLRDFWEDTSFELEMFQSLASCVQSERDLLKSRHAPTWGLPFTPRFTEEKLMKMGSKP
KVAIIREEGSNGDREMSAAFYAAGFEPWDVAMTDLLNDRVSLKDYRGLAFVGGFSYADVL
DSAKGWSASIRFNSSLLSQFQEFYDRPDTFSLGVCNGCQLMALLGWVPGPQVGSSGLEPC
GDVTQPRFIHNESGRFECRFASVTIHDSPSVMLQGMQGSTLGVWSAHGEGRAFFPSDGVL
ERVLGSGLAPVRYCDDDGKVTEVYPHNPNGSPLGIAALCSPDGRHLAMMPHPERCFLMWQ
FPWYPKDWGFDRKGPSPWLRMFQNAREWCDSS
NT seq 4239 nt   +upstreamnt  +downstreamnt
atggctgcatgtaaaggaacttccctggctctaacctggcagcaaaacaggacattctgg
ccttttgctagaggttctagcaagcaaaggcgctatatagtctatcaaagagacctcaat
cttccttcactgggctttcttagtcaaagaattggatcacaaattatagggtcacgaaaa
accggggctatgctgtcggaaagtaaacaagggcttatacgtgaagaaaacatggctatg
aaaaattcaggcgaagtaatacatttttatcgtctaccttatcttagagagagtgcagct
gaagagtttctccaaagagtccagatgaaggtctcaaatcaaattgttggtttggagact
gagcaatgcttcaatgtggggttaagctctcccctatcagatgacaagcttgacattctc
aagtggcttcttcaagagacttatgagcctgaaaatttgaaaaatgagagttttcttggt
ggaaatagagaagggacatccactgtgttgattgaagtagggcctcgtctttctttcaca
actgcttggtctgcgaatgctgtctctgtttgtaaatcgtgttctttgactgaagtgaat
aggattgagaggtcaagaaggtacttgctttatctcaaagaaggcagtgttctattacct
gaaagccaaattcaagattttcttgcaatggtgcatgataagatgactgaatgtgtatat
tccaccaaactgacatcatttaagacagctatggtgcctgattctgtcactcaagtgcca
gttattgagaaaggaagggcagcactagaagagataaacaagaagatggggcttgcgttc
gatgagtatgaccttcagtattacttagggctttttaaggatgatctcaagagaaaccca
accattgtggagctctttgatattgcacagtctaacagtgagcatagcaggcactggttt
ttcaatgggcagttagttattgatgggcaacgtatgagccaaaccctttttcagattgtg
aagagcccattgaaggcaaatccaagcaattcagttattggtttcaaggacaattccagc
gcaatcaagggattctcagtgaacccactgcttcctatttcatctggtgttatctctcag
ttgagtttatctgatcgcacatttgatattctatttacagctgagacgcacaattttccc
tgtgcggtggctccataccctggtgctgaaactggagcagggggtcgaattcgtgacacc
catgcaacaggaagaggctcctttgttgttgcctccactgctggttattgtgttggaaac
cttcgaatggaaggttcttatgccccatgggaggatccatccttcatatacccttcaaac
ttggcttcccctcttcagattttgattgatgcaagcaatggggcttcagattatggcaac
aagttcggggagcctctcatccaaggttatacgagaacttttggtatgaggttacctagc
ggtgaaaggcgagagtggcttaagcctataatgtttagtgggggaattggacaaatagac
catgaacttatatctaagggagagccagagattggtatgttggttgtgaaaattgggggc
ccagcttatcgtattggaatgggtggtggagctgcctctagtatggtcagtggacaaaat
gatgcagagctcgacttcaatgcagttcagcgtggagatgcagaaatggcacagaagtta
tatcgtgttgttcgtgcttgcattgaaatgggtgagaagaaccccattgtgagcatccat
gatcaaggggctggaggcaattgcaatgttgtgaaagaaataattttcccaaagggggct
gaaatcgatattcgatccattgtggttggggatgagacaatgtcggttttggagatatgg
ggtgctgaataccaagaacaagatgctttgcttgtgaagcctgagagcaaggatttgttg
ctttcgatatgtgtgagagagaaggtctctatggctgttatagggtccatcagcggtgat
ggtagggttgtattgatggacagtcgagctattaaagagtgccaatctaaggggcttcct
cctcctccccctgctgtggacttagacctcgaaaaggtcctcggagacatgccccaaaag
acctttgaattcaagcgagcattcaatgcaagagagcctctcgatatagcccctggcatt
acattgttggactgtttgaaaagagttcttagacttccttcagtttgttcaaagcgattc
ctgaccaccaaggttgatagatgtgtgactggtcttgtggttcaacagcaaactgtcggg
cctttgcaacttcctcttgccgatgttgcagtgattgctcaaacttatgcaggtctcact
ggtggtgcttgtgctataggagagcaaccaataaaagggttattgaacccaaaagcaatg
gctaggctagccatgggggaagccttgacaaatcttgtttgggctaaagtaacttctctt
ggtgatgtaaaggctagtgggaactggatgtatgctgctaagcttgacggtgaaggagca
gccatgtatgatgcagctatggctctctcagagtcaatgattgagttgggtatagccatt
gatgggggaaaagacagcctttcaatggccgcacaggcatctggtgagactgttaaggcc
cctggaaatcttgttattagtgtttatgtgacttgccctgatataaccaaaactgtgacc
ccggatttgaaactcggggacgatggtttattgcttcatatcgatttggcggaagggaga
agaaggttgggtgggtctgcccttgcccaaacctttgatcagataggtgatgaatgccct
gatcttgaagacatttcccatctcaagagaacttttgagactgttcagtcactaatcgaa
gagggcttgatctcagctggtcatgacattactgatgggggcctaattgtgtgccttctt
gagatggcatttgcaggtaattgtgggttacatgtcgagcttgacacaagggatggagac
cattttcgagctctcttcgcggaagaattgggtcttgttctcgaggtcagcaaagcaaat
gtcggtctggttatggagaaactcgatgcttcaggtgtgtcagctcagctcattggacat
gttacctcctcgccattgatagagctactggttgatggggtgccccaattgaaggaaaag
acctcatttttaagggacttttgggaagatacaagttttgagcttgagatgttccaaagt
ttggcttcttgtgtgcaatcagagcgggatttactcaagagtaggcatgcacccacttgg
ggattaccattcactccaagattcactgaagaaaagcttatgaaaatgggttcaaagcca
aaagttgccattattcgtgaagaagggagtaatggggatagagagatgtccgccgccttt
tatgcagctggttttgagccatgggatgtggctatgactgacttgcttaatgatcgggtt
tctctcaaagattatcgtggtttagcctttgtgggtgggttcagctatgctgatgttttg
gattcagcaaagggttggtcagcttcaattcgattcaattcttctctcttaagtcagttt
caagagttttatgataggccagatactttcagtcttggtgtatgcaatgggtgccaactc
atggctctgttgggttgggtcccaggaccccaagtgggttcaagtggccttgagccatgt
ggtgatgtgacccaaccaaggttcatacacaacgagtcgggtcggtttgagtgtcgattt
gctagtgttacaatccatgattccccctccgttatgctccagggcatgcaagggagcacg
cttggagtatggtcggcacatggagaggggagagccttctttccaagtgatggggtttta
gagagagttttgggttcagggctagcacctgttagatattgtgatgatgatggtaaagta
actgaggtgtatcctcataatcccaatgggtcaccattagggatcgctgctctgtgttca
ccagatgggaggcatctagctatgatgccgcatcccgagcgttgcttcctcatgtggcag
ttcccgtggtacccaaaagattgggggtttgataggaagggacccagcccttggttgagg
atgtttcagaatgcgcgagaatggtgtgattcttcttag

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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 (59)   
   KEGG ORTHOLOGY (1)   
   RefGene (55)   
   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 (85)   

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