KEGG   Strongylocentrotus purpuratus (purple sea urchin): 576564
Entry
576564            CDS       T01019                                 
Name
(RefSeq) phosphoribosylformylglycinamidine synthase
  KO
K01952  phosphoribosylformylglycinamidine synthase [EC:6.3.5.3]
Organism
spu  Strongylocentrotus purpuratus (purple sea urchin)
Pathway
spu00230  Purine metabolism
spu01100  Metabolic pathways
Module
spu_M00048  De novo purine biosynthesis, PRPP + glutamine => IMP
Brite
KEGG Orthology (KO) [BR:spu00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    576564
Enzymes [BR:spu01000]
 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
     576564
SSDB
Motif
Pfam: GATase_5 AIRS_C FGAR-AT_N FGAR-AT_linker
Other DBs
NCBI-GeneID: 576564
NCBI-ProteinID: XP_030836182
Position
Unknown
AA seq 1342 aa
MVIIHYFTVPAFSDGAHQTTLSKVKSIVGNETDVELETEACYNIKVDGELTADELKKLLF
ILGTPFQNDKVSSSSVLDAKKTEDALFIEIGPRLNFSTAWSTNAASICQSAGLTKISRIE
RSRRFLITATKPSVLSEAERAILASLHDRMTECRYMEPLQSFDIQVKPEDVYDVDIMGEG
KEALKKANKDLGLAFDDWDLDYYHDMFTNKIKRNPTSVECFDLAQSNSEHSRHWFFKGRM
VVEGEEMKDSLFDLVMKTQENSNPNNLIKFSDNSSAIRGSSIKALYPVRPGCSATPMTDK
RLDRHIIFTAETHNFPTGVAPFSGATTGTGGRIRDVQSAGKGSHVVAGTAGYCFGNLHIP
GYDLPWEDASFVYPSNMARPLEVAVEASNGASDYGNKFGEPVLAGFARSFGMLVPGEERR
EWVKPIMFSGGMGSLEEGHINKDAPVKGMKVVKLGGPIYRIGVGGGAASSIHVQGDNTEA
LDFGAVQRGDAEMEQKLNRVVRACIELGERNPIKSIHDQGAGGNGNVLKEICEPAGAVIR
TKAFQLGDPTLTTLELWGAEYQESNAILVDEDDEELLSDMCRRERCPVCFVGEITGDGKI
RLEEEKLEMMNGGGGGDADHSPTKKSRIVSNPVDLDLEWVLGKMPRKVFNMNRTVRNLSP
LVLPDGLTVVDALDRVLRLPSVASKRYLTNKVDRSVTGLVAQQQCVGPLHTPLADVAVTA
LSHFETIGSATAIGEQPIKGLVNAASGARMAVAESLTNLVFARVTALKDVKCSGNWMWPA
KLIGEGAALYDACQAMGSLMSELGIAVDGGKDSLSMAARVEGKTVKAPGALVISTYVGCP
DITATVTPDLKCPSGQGTLLYVDLSCGHRRLGGSALAQCYNQIGDTVPDVNDASLLAAAF
NVTQDLITDGLLKAGHDISDGGLITCLLEMAFAGNCGINVDLATEVNATPLEFLFSEELG
LVLETNPSDAEAVCKAYADQGVTCSAVGSSSGEVAEAKIMISLNGNTILDDSMTRLRDVW
EATSFQLERLQTNQVCVVEEEALLKNRKAPPYKLTFDPQPATPVQETSRPKVAVIREEGS
NGDREMLASFHMAGFEAWDVNMQDLASGTLSLKEFRGVAFVGGFSFADVMGSAKGWAAAI
LYNPVVRAEFDAFRARADTFSLGVCNGCQLMGLLGWVASDETQSDGNTAACKQGVLLDHN
DSERYESRFVTVKIQESPAIMLQGMQDSTLGIWVAHGEGKMKFANKSIHTSVLSNDLAPV
RYVNDEGAPTTQYPLNPNGSPDGIAALCSSDGRHLAIMPHPERCTLTWQWPWMPAEWRQD
LKASPWLRIFQNAYKWCLENKA
NT seq 4029 nt   +upstreamnt  +downstreamnt
atggttatcattcactacttcaccgttccagcctttagtgatggtgcacatcagacaacg
cttagcaaagtgaaaagcattgtgggaaatgaaacagatgtagagcttgagacagaggca
tgctataacatcaaagtagatggagaactaacagctgatgagttaaagaagctactgttc
atcctaggaactccatttcagaatgacaaagtctcctcatcctcagtgttagatgccaag
aagacagaggatgctttgttcattgagataggtccaaggttgaacttctccacagcctgg
tcgaccaatgcagcttccatctgtcaatcagctggtctcacaaagatctcccgcatagag
cgctctcggcgcttcctcattacagccaccaaaccctccgtcttatcagaagctgagcgt
gctatccttgcatcgttgcatgatcgcatgacagaatgccgctacatggagccgctgcag
agctttgatatccaggtcaaacctgaggatgtttatgatgtggatatcatgggtgaaggg
aaggaagctctcaagaaagctaacaaggatcttggtcttgccttcgatgactgggatcta
gactattaccatgacatgtttaccaacaagatcaaaaggaatccgaccagtgtggaatgt
tttgatctagcccagtccaacagtgagcatagtcgtcattggttcttcaagggacgtatg
gtagtagagggagaggagatgaaggattcattgtttgatctggtcatgaaaacacaggag
aatagcaatccaaacaatctcatcaaattctctgacaatagtagtgcgattaggggaagt
tccatcaaagctctctacccagtccgacctggttgctcggcaacaccaatgactgacaag
cgacttgatcgacatatcatctttactgctgagactcataactttcctacaggagtggcg
ccattcagcggtgctactacaggtacaggagggcgaatcagagatgtccagagtgcaggg
aaaggctctcatgtggtggctggtacagctggttactgctttggaaacctgcatatacca
ggatatgatcttccttgggaggatgcctccttcgtgtatcctagcaacatggctcgtccg
ctggaggtcgctgtggaggcaagcaacggtgcctcagactatggcaacaagtttggtgaa
ccagttctagctggttttgcccggtcctttggcatgcttgttccaggagaggaaaggaga
gaatgggtcaaacccattatgttctcaggggggatgggttcccttgaggagggacacatc
aacaaagatgcacctgttaagggaatgaaagtggtcaaactgggtggtcccatctatcgc
atcggtgtgggtggaggagcagcttcatccattcatgtacagggggataatacagaggcc
ttggactttggtgctgtgcagagaggagatgccgagatggaacagaaactaaacagggtc
gttagagcttgtattgaactaggagagagaaaccctatcaagagtatacatgatcaggga
gcagggggtaatggtaacgtcttgaaagagatctgtgagccagctggggcagtgatccgt
accaaggccttccagctaggagaccccaccctgactacactggagctatggggtgctgaa
taccaggagagtaatgctatactggtagatgaagacgatgaggagttgctaagtgatatg
tgtaggagggagagatgcccggtctgcttcgtaggagagattacgggagacggaaagatt
cgtttagaggaagagaagcttgagatgatgaatggaggaggaggaggtgatgccgaccat
tccccgaccaagaagagcagaatcgtgtccaatccagtcgacttggacctggagtgggtc
ctgggtaaaatgcccagaaaggtcttcaatatgaaccgtactgtgaggaatctatccccg
cttgtgcttcctgatggactcactgtcgttgatgctctggacagagtgctgagactacca
tcagtggctagcaagagatatctcactaacaaggttgaccgatcagtgacaggtcttgtc
gcccagcagcagtgcgtgggaccacttcacacccctctggctgatgtagcagtgactgct
ctgtctcactttgagaccattggttcagccacagccataggagaacaacccatcaaggga
ttggtcaatgctgcctcaggagctcgtatggccgtagcagaatccctgacaaatctggtc
tttgcaagggttactgcactcaaggacgtgaaatgcagtggtaactggatgtggccggcc
aagctaataggagaaggtgctgccctctacgatgcttgccaagccatgggctctctcatg
tctgagcttgggatcgctgtggatggcggcaaagattcactgagtatggctgctagggtg
gagggaaagacagtcaaagcaccaggtgctctagtgatatctacatatgtgggatgtcca
gatatcactgctacagtcacgccagacctgaaatgcccaagtggacaaggtacccttctg
tatgtagaccttagctgtggccaccgtaggcttggtggttctgcattggctcaatgttac
aatcagataggagatactgtacctgatgtgaatgatgcatcactcctggctgcagctttc
aatgtcacacaggacttaatcacagatggtcttctgaaagctggtcatgacatcagtgat
ggtgggctgatcacttgcctcttggagatggcttttgcaggaaactgtggcataaatgtg
gatctagctacagaggttaatgccactccacttgagttcttgttttctgaagagcttggt
ctggtattggagactaatccatccgatgcggaggctgtgtgtaaggcgtatgcagaccag
ggagtcacatgcagtgctgtaggatcttcatctggggaggtagctgaagcaaagatcatg
atcagcctgaatggcaataccattctggatgattcaatgacacgtctgcgtgatgtatgg
gaggctactagtttccagctagagcgccttcagactaaccaagtgtgtgtggtagaagag
gaggccctgctcaagaacaggaaagcacctccgtacaaactgacctttgaccctcagcct
gctactccagtccaggagacaagtcgtcccaaggtagcagtgatacgtgaggaaggaagc
aatggagatcgtgagatgcttgcatcattccacatggcaggctttgaagcatgggatgtt
aacatgcaagacttagcaagcgggaccttgtctctcaaggaattcagaggagtggcgttt
gtgggtggtttcagctttgctgatgtcatgggttctgctaaaggttgggcagcagcgatc
ctttacaaccctgtggtaagagcagagtttgatgcattcagagctagagctgataccttc
tcattgggtgtgtgtaatggatgtcagctgatgggtctactaggatgggtggcttctgat
gagactcaatcagatggtaatacagctgcctgtaagcaaggagtgctgctagatcacaat
gattctgagcgctacgagtctaggtttgtgacagttaagattcaagagagtccagccatc
atgctacaaggcatgcaggattctaccctaggcatctgggtggctcatggagaagggaag
atgaagtttgccaacaagtcaatccacacctccgtcctgtccaacgatctcgcacctgta
cgctacgtcaacgatgagggcgccccaaccacccagtaccctctgaatcccaacggttct
cctgacgggatcgctgctctctgctcatcggatggacgtcatctggccatcatgcctcat
cctgaacgctgcacactgacctggcaatggccatggatgccagcagaatggagacaggat
ctcaaagcatcaccatggttacgcatcttccagaatgcttacaagtggtgtctggagaat
aaggcatag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (2)   
   KEGG MODULE (1)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (76)   
   KEGG ORTHOLOGY (1)   
   RefGene (72)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (11)   
   RefSeq(nuc) (1)   
   GenBank (5)   
   EMBL (5)   
Protein domain (4)   
   Pfam (4)   
All databases (108)   

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