KEGG   Physcomitrium patens (spreading earthmoss): 112283428
Entry
112283428         CDS       T01041                                 
Name
(RefSeq) probable phosphoribosylformylglycinamidine synthase, chloroplastic/mitochondrial
  KO
K01952  phosphoribosylformylglycinamidine synthase [EC:6.3.5.3]
Organism
ppp  Physcomitrium patens (spreading earthmoss)
Pathway
ppp00230  Purine metabolism
ppp01100  Metabolic pathways
ppp01110  Biosynthesis of secondary metabolites
Module
ppp_M00048  De novo purine biosynthesis, PRPP + glutamine => IMP
Brite
KEGG Orthology (KO) [BR:ppp00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    112283428
Enzymes [BR:ppp01000]
 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
     112283428
SSDB
Motif
Pfam: GATase_5 AIRS_C FGAR-AT_N FGAR-AT_linker
Other DBs
NCBI-GeneID: 112283428
NCBI-ProteinID: XP_024377835
Position
6:complement(5362072..5375130)
AA seq 1428 aa
MAGQAALMASASVRNSAPLACSPSGLYKLGVDSDASRLCRVVTRRSSKKLSKSVKGRRKI
IAAVENHSPKNDGGRRQVKLQAVASDTPRVAAVTEQEAEVYHIYRTPFLQENATTALLKL
VQEKVSADIISIKTEQCYNVALSAPLSAEKWEVLQWLLRETYEPENLQSSSNLQSERGVV
VEVGPRLSFTTAWSANAVSVCSACALPEVTRIERSRRYQLSVGPGASPLEQSQLDAFAAL
VHDRMTECVYPTKLMSFKNDVIPEPFIQIPVMEEGRAALEAINKTMGLAFDEFDLEYYTE
LFAKDIKRNPTNVELFDIAQSNSEHSRHWFFNGELTIDGKPVSDTLFSLVKDTWRANKNN
SVIGFKDNSSAIRGAAVKPVLPVTPGSPSPVDALDRDFDVLFTAETHNFPCAVAPFPGAE
TGAGGRIRDTHATGIGSLIGAATAGYCVGNLQMEGSYAPWEDSSFVYPPNLASPLQILID
ASNGASDYGNKFGEPLIQGYTRTFGMRLPSGERREWLKPIMFSAGIGQIDHRHLEKEDPE
IGMLVVKIGGPAYRIGMGGGAASSMVSGQNTAELDFNAVQRGDAEMSQKLYRAVRTCVEM
GDDNPIVSIHDQGAGGNCNVVKEIIYPKGAEIDVRSIVVGDETMSVLEIWGAEYQEQDAL
LIRPESEALLRSICARERVSMAVIGTISGDGRIVLSDSALKKEAEAKGLPPPMPAVDLDL
EKVLGDMPRKSYNFTRMPEPAEPLDIAPGQTVMEALKRVLHLPSVCSKRFLTTKVDRCVT
GLVAQQQTVGPLQIPLADVAVLAQTHTGITGGACAIGEQPIKGLLDPKAMARLSLGEALT
NLVWAKATALKDVKASGNWMYAAKLDGEGAAMYDAAVALKEAMIELEVAIDGGKDSLSMA
AQAGGETVKCPGNLVISAYVTCPDITKTVTPDLKLQDEGVLLHIDIGKGKRRLGGSCLAQ
VYDQIGDASPDVDDVPYLGKVFNAVQELIDKRIIASGHDISDGGIVVALLEMAFAGNCGI
TVDLPASGNQSSLDTQLSTLFAEELGLLLEVDQSKQEAVIAQLLAAGVECNVVGRVTSNP
QVSISVSGQEVVSDTTASLRDMWEETSFQLERLQRLESCVEAEQEGLKYRKTPAWKLSFT
PAKSSEEIMNSPSKPKVAIIREEGSNGDREMSAMVLAAGLEPWDVAMSDLLSGRASLKDY
RGVVFVGGFSYADVLDSAKGWAGTIRFNKSLLEQFQEFYNRPDTFSLGVCNGCQLMALLG
WVPGADVGGTLGSGGDPAQPRFVHNDSGRFECRFSSVKIGESPAIMLEGMAGTTVGIWIS
HGEGKALFPNSPILEKVKKSNLVPLTYCDDAGESTEAYPFNPNGSPEGIAALCSPDGRHL
AMMPHPERCFQMWQFPWYPQEWTHIDAAGPSPWLRLFQNAREWCSSVE
NT seq 4287 nt   +upstreamnt  +downstreamnt
atggccgggcaggcggctctgatggccagcgccagtgtgaggaactccgcgcctctcgcg
tgctcaccatccggcttgtataagctcggcgtcgattcggacgcttccaggctttgtcgc
gtagtcacgcggagatcatcaaagaaattgtcgaagtctgtgaagggtagaagaaaaatt
attgcagctgtagaaaaccattctcctaaaaatgatgggggcaggaggcaggtcaaactg
caggcagttgcttctgacactccaagggttgccgcagtgaccgagcaggaagcggaggtt
tatcatatttatcgaactccgtttttgcaagagaatgccaccacagcccttctcaagctg
gttcaagagaaggtttctgctgacatcatcagcataaagactgaacaatgctacaacgtc
gcattgagtgcaccactttctgcggagaagtgggaggtattacaatggctgctacgggag
acgtatgagcctgaaaatcttcaatcttcaagcaacttacaaagtgaacgaggagtagtt
gtggaagtaggccctcgtctttcgttcaccactgcatggtcagccaatgcagtgtcagtc
tgctctgcatgtgctttacctgaagtgactcggatcgaacgatctcgtcgttaccagctc
tctgttggtccaggagcgtcgcccttagagcaaagtcagctggatgcatttgctgcactg
gtgcatgaccggatgactgaatgcgtataccctacgaaacttatgtcattcaagaatgac
gtaatcccggagccctttatccagattcctgtcatggaggaagggagagcagctctggaa
gctatcaacaaaaccatgggacttgcttttgatgaatttgatctggagtattatacggag
ctctttgccaaagatatcaagcgtaaccccacaaacgtggagcttttcgacattgctcag
tctaacagtgagcacagtcgtcattggtttttcaatggtgaattgacaattgatggaaag
cccgtctccgataccctcttcagtcttgttaaagatacgtggagagccaacaaaaacaat
tctgtgattggttttaaagataattccagcgctattcgaggtgcagcagtcaaacctgtg
ctaccagtgactccaggctcaccctctcctgtggatgccctggatcgcgatttcgatgtt
cttttcaccgctgaaacgcacaatttcccttgtgcagttgcgccatttcctggtgctgaa
actggggctggaggtcgcattcgtgatactcatgctacaggaattggatctctaatcggt
gcagccactgcaggatattgtgttggaaatcttcagatggaaggatcttatgctccttgg
gaagacagttccttcgtttatccaccaaatcttgcatcccctcttcagattcttatcgat
gctagcaatggagcatctgattatggaaacaaatttggcgagccccttattcagggatac
actcgaacctttggcatgcggttgcctagtggtgaacgaagggaatggctgaaaccaatc
atgttcagtgctggtattggccagatagaccaccgacacttggaaaaagaggatcctgag
attggcatgcttgttgtgaaaattggtgggccagcttaccgcattggtatgggtggtggt
gctgcttcgagcatggtcagtgggcagaatacagctgaactggactttaacgcagtccag
cgaggtgatgcagagatgtcgcagaagttgtacagagctgttcgcacttgtgttgaaatg
ggagacgacaatccgattgttagcattcatgatcagggtgctggtggcaattgtaacgtc
gtgaaggagatcatctatcccaagggtgcggaaattgatgtaaggtcaattgtagtggga
gatgaaactatgtctgtgctggagatttggggtgcagaatatcaggaacaggatgcattg
ctgattagaccagagagcgaagcacttttgcggtcaatttgtgcccgggaacgtgtttct
atggctgtaatcggcacaatcagtggcgacggaagaattgtgctctcagacagtgcgttg
aagaaagaggcagaagctaagggacttccacctccaatgccagctgtcgaccttgacctt
gaaaaggtacttggagacatgccaaggaagagttataactttactagaatgccagagcct
gctgaacctcttgacattgcacctggtcagacagtcatggaggccctgaagcgtgtgctt
catttgccttcagtctgctccaagcgattccttacgactaaggtggacaggtgtgtgaca
ggacttgtggcacagcaacagacagtgggacctttgcagattcctctagctgacgttgcc
gttcttgcccagacacatacgggaatcactggtggtgcatgtgcgattggagagcaaccc
attaagggccttttggatcccaaggctatggcacgactttctcttggagaagcattgact
aaccttgtctgggctaaggcaactgctctgaaagatgtgaaggccagtgggaactggatg
tacgccgctaagttagacggtgaaggagctgctatgtatgatgctgccgttgctctgaag
gaggcaatgattgaactggaagttgccatcgatggtggaaaagacagtttgtctatggcc
gcgcaagcaggaggtgaaactgtgaaatgcccgggcaatcttgtcataagtgcttacgtg
acttgtccagacatcacaaaaacagtcactccagacttgaagcttcaagatgagggagtt
cttctgcacattgatatcgggaaaggaaagcgtcggctggggggatcttgcttagcacaa
gtttatgatcagattggcgatgcttctccggatgtagatgacgtgccctatttgggaaag
gtcttcaatgccgtacaggaattgattgataagaggattattgcctctggtcatgacatc
agcgatggtggtattgtggttgccttgctcgagatggcgtttgctggaaattgtggaatt
acggtggatctgcctgcttccgggaatcagagctccctggacactcagctttccaccctg
tttgcggaggagctgggtcttttgcttgaggttgaccaatccaagcaggaagctgttatt
gcacagttgctggcagcaggagttgagtgcaatgtcgttggccgtgtgacgtccaaccca
caagtaagtattagtgtcagcggacaagaggttgtatccgataccactgcctctctgcga
gatatgtgggaagagaccagtttccaactcgagaggctgcaacggcttgaatcatgtgta
gaagccgaacaagagggtctaaaatacagaaaaaccccagcttggaagttatctttcaca
ccagctaagtcttcagaagagattatgaacagtccttcgaaacccaaagttgctatcatt
cgagaggaaggtagcaacggggaccgagaaatgtcagccatggttcttgcggcagggctt
gagccttgggatgttgcaatgtcggatttgctttccgggcgcgcttctctcaaggattac
cggggggttgtctttgtaggaggttttagttatgcagatgttctagattctgctaaaggc
tgggctggcacaatccggttcaacaagtctctcttggaacagttccaagaattttacaac
cgaccagacaccttcagtttgggagtatgcaatggatgccaactcatggctttgcttggt
tgggttcctggagcggatgttggtggtactcttggatccggaggagatcctgcacagccc
cgatttgtgcataacgactctggtcggtttgagtgtcgattttcgtctgtcaagattggg
gagtcgccagctatcatgctcgaaggcatggctggtacaactgtagggatatggatatcc
catggtgagggcaaagccctgtttcccaactctcccattctcgaaaaggtgaagaagtca
aacctagttcccctcacttactgtgatgacgcaggagagtctacagaagcctatcctttc
aaccccaatggctcgcccgagggaattgcagccctctgctcacctgatgggcgacacctg
gctatgatgcctcatcctgaaaggtgtttccaaatgtggcagtttccatggtatcctcaa
gaatggacccacattgatgctgctggacccagcccttggttgcgactgttccaaaacgct
cgcgagtggtgtagctctgttgaatag

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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 (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (4)   
   Pfam (4)   
All databases (29)   

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