KEGG   Cucurbita moschata (crookneck pumpkin): 111458518
Entry
111458518         CDS       T05248                                 
Name
(RefSeq) probable phosphoribosylformylglycinamidine synthase, chloroplastic/mitochondrial
  KO
K01952  phosphoribosylformylglycinamidine synthase [EC:6.3.5.3]
Organism
cmos  Cucurbita moschata (crookneck pumpkin)
Pathway
cmos00230  Purine metabolism
cmos01100  Metabolic pathways
cmos01110  Biosynthesis of secondary metabolites
Module
cmos_M00048  De novo purine biosynthesis, PRPP + glutamine => IMP
Brite
KEGG Orthology (KO) [BR:cmos00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    111458518
Enzymes [BR:cmos01000]
 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
     111458518
SSDB
Motif
Pfam: GATase_5 AIRS_C FGAR-AT_N FGAR-AT_linker
Other DBs
NCBI-GeneID: 111458518
NCBI-ProteinID: XP_022957023
UniProt: A0A6J1GZ12
Position
Unknown
AA seq 1413 aa
MATAGEITAAEFLHGGRRQNLFLPSYSHCKRRGLWGMLNSSAVGSVNSSRRYVSLRCRAS
SKARAVDCKVVASRVDGASSLVEKPTAEVIHFFRDPLIQESATSELLKSVQAKISNQIVG
LETEQCFNIGIQSEISNEKVSVLRWLLQETYEPDNLGTESFLEKKQRQGLDSVIIEVGPR
LSFTTAWSSNAVSICQACGLTEVTRMERSRRYLLYSKGALEENQINEFSAMVHDRMTECV
YVQRLKSFETSVIPEEFRFVPVIEQGRKALEEINQEMGLAFDEQDLQYYTKLFSEEIKRN
PTTVELFDIAQSNSEHSRHWFFTGKLVIDGKPMSRTLMQIVKSTLKANPNNSVIGFKDNS
SAIRGFLANQLRPVHPGSTSPLEESSRDLDILFTAETHNFPCAVAPYPGAETGVGGRIRD
THATGKGSFVVASTAGYCVGNLNMEGSFAPWEDSSFAYPPNLASPLKILIDASNGASDYG
NKFGEPLIQGYTRTFGMRLPSGERREWLKPIMFSGAIGQIDHIHITKEEPDIGMLVVKIG
GPAYRIGMGGGAASSMVSGQNDAELDFNAVQRGDAEMAQKLYRVVRACVEMGENNPIISI
HDQGAGGNCNVVKEIIYPKGAEIDIRAIVVGDHTMSVLEIWGAEYQEQDAILVKPECRTL
LQSICDRERLSMAVIGVISGHGRCVLVDSIATQKCTSKGLPPPPPAVDLELEKVLGDMPQ
KTFEFQRVVHALEPLDIAPGVTVSDSLKRVLRLPSVCSKRFLTTKVDRCVTGLVAQQQTV
GPLQITLADVAVIAQTYSGLTGGACAIGEQPIKGLLDPKAMARLAVGEALTNLVWAKVSC
LSDVKASGNWMYAAKLDGEGAAMYDAAVALSEAMIELGIAIDGGKDSLSMAAQAGGEVVK
APGNLVISAYVTCPDITKTVTPDLKLGDNGVLLHIDLGKGERRLGGSALAQAFDQIGDVC
PDLDDVPYFKRVFESIQDLLTKELISAGHDISDGGLLVSALEMAFAGNCGISLDLASRGK
SLLQTLYSEELGLVLEVSRKNLDGVMAELTTAGITADIIGQVTVTPTVEVKVDGMCHLNE
ETSVLRDIWEETSFELEKLQRLASCVESEKEGLKARREPLWELSFVPSSTDEKFLSSTRK
PKIAVIREEGSNGDREMSAAFYAAGFEPWDVTMSDLLNGKITLQQFRGIVFVGGFSYADV
LDSAKGWSASIRFNQPLLNQFQEFYKRPDTFSLGVCNGCQLMALLGWVPGPQVGGVHGVG
GDPSQPRFIHNQSGRFECRFTSVTIKDSPAIMFKGMEGSTLGVWSAHGEGRAYFPDDGVL
DRLLHSDLAPLRYCDDDGKPTEVYPFNLNGSPLGVAAICSPDGRHLAMMPHPERCFLMWQ
FPWYPKQWNVSKEGPSPWLRMFQNAREWCSEEA
NT seq 4242 nt   +upstreamnt  +downstreamnt
atggctactgccggggagattactgcggccgagttcctccatggtgggcgtaggcagaat
ttgtttctgccaagctattctcactgtaaacgccgtgggttgtgggggatgctgaatagt
tcagctgtgggatcagttaactcaagcagaagatatgtttctttgagatgtcgtgcatcg
agcaaagccagagctgtggattgtaaggtcgtggcaagccgagtagatggggcgtcaagc
ttggttgagaagcccactgctgaggttattcatttcttccgggatcctttgattcaggaa
agtgccacttctgagcttctcaagtccgtccaagcaaagatttcgaatcagattgttggt
ttggaaactgagcagtgtttcaacattgggattcaatctgagatttcaaatgaaaaggtg
tctgtgcttagatggcttcttcaggaaacgtatgagcctgacaatttgggaactgagagc
tttcttgagaagaagcagcggcaaggactagattctgttataattgaggttggaccccgt
ttgtccttcaccacggcctggtcctctaatgccgtgtctatctgccaagcatgtggatta
acagaggtgacacgtatggaacgatccaggaggtatttgttgtatagtaaaggtgcatta
gaagaaaatcaaattaatgagttttctgcaatggttcatgatcggatgactgaatgtgtt
tatgttcagaggcttaaatcatttgagactagtgtgatacctgaagagtttcgctttgtg
cctgttatagagcaaggtcggaaggcactggaggagattaatcaggagatgggattagca
tttgatgaacaagatcttcaatactacaccaaacttttcagcgaggaaataaagcgaaat
ccgacaaccgtggagttatttgatattgctcaatccaacagtgagcacagcagacattgg
ttttttactggaaagcttgtaatagatggaaagcccatgagccgaacgcttatgcagatt
gtgaagagcaccttgaaggcaaatcctaacaattctgtgattggatttaaggataattcc
agtgcaattcggggattcttggctaatcagttgcgacctgttcatcctggttcaacgagc
cctttagaagaaagtagccgtgatcttgatattttatttacagccgagacccataatttt
ccgtgcgcagtggctccctatcctggtgcagaaactggtgtaggaggtcgaataagggat
actcatgcgactgggaagggttcttttgttgtggcatctacagctggttattgtgtagga
aatctcaatatggaggggtcttttgctccatgggaagattcatcttttgcctacccacca
aacttggcttcgcctttgaagatcttgattgatgcaagtaatggtgcatctgactacggc
aataaatttggggagccactgattcaaggatatactagaacatttggaatgagactgcca
agtggcgaaagacgagagtggttgaagccaattatgtttagtggagcaattgggcaaatt
gatcatattcacatcacaaaggaagagcctgatattggaatgttggttgtgaaaattgga
ggccctgcttatcgcattggtatgggaggtggggctgcatcaagcatggttagtggtcag
aatgatgcagaacttgattttaatgctgtgcagcgtggagacgctgagatggcacaaaaa
ctttatcgtgttgttcgtgcttgtgttgaaatgggggaaaataacccaattattagtatt
catgatcaaggagctggtgggaattgtaatgttgtgaaggaaattatatatccgaaagga
gctgaaattgatattcgggcaattgttgtgggtgaccatacaatgtctgtgttggagatt
tggggtgcagaataccaagaacaagatgctattttagttaagcctgaatgtcggaccttg
ttacagtcaatttgtgacagagagaggttatcaatggctgtaattggcgtaataagtggt
catggtcgttgtgttttagttgatagtattgccacccaaaaatgcacttcaaagggactt
cccccgcctcctcctgccgtagatcttgagcttgagaaagttcttggagacatgcctcag
aaaacctttgaattccagcgcgttgttcatgctttggagccacttgatattgctcctgga
gtgacagtgtcagattctcttaagagagtgttgaggcttccatcagtatgttcaaaacga
ttcttgactacaaaagtagatagatgtgtaacaggtcttgtggctcagcaacaaactgta
ggtccattgcagattactcttgcagatgttgcagttattgcacaaacttattcgggcttg
actggaggtgcatgtgcaataggggaacaaccgataaaaggcctactcgatcccaaagca
atggctaggttggcagttggagaagcactcactaatcttgtttgggctaaagtttcttgt
ctttctgatgttaaagcgagtggaaattggatgtatgctgccaagcttgacggggaaggg
gcagctatgtatgatgcagctgtggctctttcggaggctatgatcgaacttggcatagct
attgatggaggtaaagatagtctgtcaatggcagctcaagctggtggagaggtcgttaag
gctcctggaaatcttgtaattagtgcttatgttacttgtcctgatataacaaaaacggtt
actcctgatttaaaattaggggataatggcgttcttcttcacattgatttgggaaaggga
gagcgacgattaggtggatcagctcttgctcaggcttttgaccaaattggagatgtttgt
cccgatctcgatgatgttccttacttcaaaagagtttttgagagcattcaagacctcctt
actaaagagttgatctctgctggtcatgatatcagtgatggtggcttgctggtttctgcc
ttggagatggcatttgctggaaattgtggcatcagcttggacttggcatcacgtgggaag
agtttgctccaaacgctctattctgaagagctaggacttgtacttgaggtaagcaggaag
aatttggatggcgtaatggccgagttaactactgcaggcattactgctgatatcattgga
caagtaactgttactccgaccgttgaagtcaaggtcgatggtatgtgtcatttgaatgag
gaaacttcggtacttagagatatatgggaagaaactagttttgagctggaaaaattgcaa
agattggcatcttgtgtagaatcagaaaaggagggattgaaagctaggcgtgaacctttg
tgggaattgtcttttgttccttcctctacagatgagaagtttttgtcttcaactcgtaaa
cccaagatagcggtaattcgggaggaaggtagcaatggagaccgggaaatgtctgctgca
ttttacgcagctggttttgaaccgtgggacgtgacaatgtccgatctcttgaatggaaaa
atcactttacagcagttccgtggaatagtttttgttggaggttttagttatgcagatgtg
ctcgactctgcaaaaggttggtctgcttcaatccgattcaaccagcccttactgaatcaa
tttcaagagttctataaacgacccgatactttcagccttggagtttgcaatgggtgtcag
ctcatggctcttttagggtgggtaccaggccctcaagtcggtggtgtacatggtgtcggt
ggggatccatcacaaccaaggttcatccataatcaatcaggacgctttgagtgtcgtttc
acaagtgtgaccataaaggattcacctgctataatgtttaagggaatggaaggcagcact
ttgggtgtgtggtctgcccatggtgaggggcgagcatacttcccagacgatggcgttctg
gaccgtcttctccactcagacttggctccattaagatactgtgatgatgatgggaagcca
acggaagtttaccctttcaatctaaatggatctcctctgggagttgcagcaatttgttct
ccagacggtaggcaccttgctatgatgcctcacccagaacgttgcttcttgatgtggcag
ttcccttggtatcccaagcagtggaatgtgagcaaagaaggtcctagcccatggttgcgg
atgtttcaaaatgctcgagagtggtgctctgaagaggcttaa

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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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