KEGG   Flavobacteriaceae bacterium UJ101: UJ101_02608
Entry
UJ101_02608       CDS       T04720                                 
Symbol
purL|PFAS
Name
(GenBank) phosphoribosylformylglycinamidine synthase
  KO
K01952  phosphoribosylformylglycinamidine synthase [EC:6.3.5.3]
Organism
fbu  Flavobacteriaceae bacterium UJ101
Pathway
fbu00230  Purine metabolism
fbu01100  Metabolic pathways
fbu01110  Biosynthesis of secondary metabolites
Module
fbu_M00048  De novo purine biosynthesis, PRPP + glutamine => IMP
Brite
KEGG Orthology (KO) [BR:fbu00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    UJ101_02608 (purL|PFAS)
Enzymes [BR:fbu01000]
 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
     UJ101_02608 (purL|PFAS)
SSDB
Motif
Pfam: GATase_5 AIRS_C FGAR-AT_linker GATase_3 DJ-1_PfpI GATase
Other DBs
NCBI-ProteinID: APD08106
UniProt: A0A1J0LPZ5
Position
2935287..2939021
AA seq 1244 aa
MNTRILIQKKQAYDVESQHQLANLQKNISIQHLKISYIYDLFDINENDLPKAIENVFSNP
VTDKVLLEYQYKENTLAVEYLPGNYDQRADSAEQCLAILGIENVRVLSSVLYEFDGVSEE
DIIKLKESLINPIESREKDLNVLEFPVSPEIKPVPIIHGFIQYNEDELSNLHQQFGFSFE
LDDLLFIQEHFKSIERNPTETELKMLDTYWSDHCRHTTFETEITNITIESQFQNIIQNTL
DYYLKLREELNITKPIRLMDLATIMGKYFIKTGVMNNIEISEEVNACSIEITVDEDGKEE
EWLLMFKNETHNHPTEVEPFGGASTCVGGAIRDPLSGRAFVYQAMRVTGSANPLEKIEDT
LEGKLPQYKITTEAAKGYSSYGNQIGLATTHVREIYDEGYKAKRMEVGFVAGAVKKEWVR
RESPVSGDKIILLGGKTGRDGIGGATGSSKVHDGQKLSDLSAEVQKGNAPVERKIQRLFK
QEEVIRMIKKCNDFGAGGVSVAIGEISDGVSINLDVIPTKYSGLNGTELAISESQERMAV
VVEDQDVEKFIKLAEKENLEAVEVAEVTDDNHVSVLWKGEKIVHLDRNFLDTNGVRKQTQ
LKVVDSKNIQNPFENKEFTKENFIALLEDLNHTSQKGLVEMFDCNVGRSTVLAPFGGKNQ
ETPEDVSVQKIPTKGFTNTVSMASFGFNPKVSKWSCYHGGYYAVIDSVAKIVAAGGNYEE
IRLTFQEYFERLRNEENRWGKPFASLLGTIEAQKMFNIAAIGGKDSMSGTYHDIDVPPTL
ISFAVAPNDVRYIISSTLQRENTYLYAFVPPMSEGYLLDEKVITNFYKFTYDILGQDIVA
MKAVEFGGIAESLSKMAFGNKIGFEVKSSLPMMQYLPGALLFEIGTTIELGNELDQYLYP
IGQTNTTQNIKINGVELTIEEALKVWTNTLEPVFPSKTNEKNSEFGIQNSEKLESKRVDS
SEQSIMNSEQPKVVIPVFPGTNSEYDSQKAFEKEGASVKQVLIRNLNSIWIEESLNEWVT
EIEKADIIFIPGGFSAADEPEGSGKFIATVLRNEKVKKAIHDFLDRDGLILGICNGFQAL
IKSGLLPTGRISDLKEDSPTLYYNDIGRHVTQFVRTKVVNDHSPWLKGMKDQTFWVPVSH
GEGKFIVDETNLKQLIENKQIATQYVDLEEAAVMEMPYNPNGSTYAIEGITSPCGRIYGR
MGHPERVEAGTFKNIPNLEVMNIFKNGVEYVKQKLVISSSKIID
NT seq 3735 nt   +upstreamnt  +downstreamnt
atgaatacgcgaattcttattcaaaaaaagcaggcttatgatgtagaaagtcaacatcag
ctagccaacctgcaaaaaaatatttccattcaacatctcaaaatcagttatatttatgat
ctctttgatataaatgaaaatgatttaccaaaagctattgaaaatgtattttccaatcct
gtaacggataaagtgctattggaatatcaatataaggaaaatacattagcagttgaatat
ttaccaggaaattatgatcagcgagcagattctgcagaacaatgtttagctattttagga
attgaaaatgtgcgtgttttatcaagtgtattatatgagtttgatggagtatctgaagaa
gatatcataaaattgaaagaatctttaattaatcctattgaaagtagagaaaaagatctc
aatgttttagaattccccgtttctcctgaaataaaacctgtacctattatacatggtttt
atacaatataatgaagatgaattaagtaatttacatcaacaatttggattttcttttgaa
ttggatgatttactttttattcaagaacattttaagtctatagagcgtaatccaactgaa
acagaactgaaaatgttggatacctattggtctgatcattgtcgacatactacatttgaa
acagaaattacgaatatcacaatagaatctcaatttcaaaatatcattcaaaacacacta
gattattatttgaaattaagagaagaacttaatattacaaaacccatccgtttaatggat
ttggcaaccattatgggtaaatattttatcaaaacgggtgtgatgaataatattgaaatt
tcagaagaagtaaatgcttgctcgattgaaattacggtagatgaagatggaaaagaagaa
gaatggttgttgatgtttaaaaatgaaacgcataatcatcctaccgaggtagaacctttt
ggaggggcttcaacttgtgtgggaggtgctattcgtgatccattgtcaggacgtgctttc
gtttatcaggcaatgagagtaacaggttctgctaatcctttagagaaaatagaagataca
ttggaaggaaaacttcctcaatataaaattacaaccgaagctgcaaaaggatatagttct
tatggtaatcagattggtttagctacgactcatgtacgtgaaatttatgatgaaggttat
aaagctaagcgtatggaggttggttttgttgcaggagccgtgaaaaaagagtgggttcgt
cgtgaatcccctgtttcaggagataaaattattttattaggagggaaaacagggcgagat
ggtataggaggagctacgggttcttctaaagttcacgatgggcaaaaattatcagattta
agtgcagaagttcaaaaagggaatgcgcccgtagaacgtaaaattcaacgtttgtttaag
caagaagaagtcattcgcatgataaaaaaatgtaatgattttggagcaggtggcgtttcc
gtagctataggtgaaattagtgatggtgtttccattaatttagatgttattccaactaaa
tatagcggtttaaacggaactgagctagccatttcagaatcacaagagcgtatggctgtt
gtagtggaagatcaagatgttgaaaagtttatcaaattagctgagaaagaaaatttagaa
gctgtagaagttgcagaagtaaccgatgataatcatgtgtcagttttatggaagggtgaa
aaaattgtacacttagaccgtaattttttagatactaatggtgttcgaaagcaaactcag
ttaaaagtagtcgattcaaagaatattcaaaatccatttgaaaataaagaatttactaaa
gaaaactttatagcattactagaagatttgaatcatacttcacaaaaaggactggttgaa
atgtttgattgtaatgtaggacgttctactgttttagcaccttttggaggaaaaaatcaa
gaaactccagaagatgtcagtgttcagaaaattccaactaaaggatttaccaatactgta
agtatggcttcttttgggtttaatccaaaagtaagtaaatggagttgttatcatggaggt
tattatgccgtaatagattctgttgcaaaaattgtagctgctggaggaaattatgaagaa
attcgtttaacattccaagaatattttgaacgtttacgtaatgaagaaaatcgttggggg
aaaccttttgcttctttattaggaacaattgaagcacaaaaaatgtttaatatagcggca
attggtggaaaagatagtatgagtggaacttatcatgatattgatgtaccaccaacatta
atttcttttgcagtagcacctaatgatgtgcgatatattatttcatctactttacaaaga
gaaaacacatatttgtatgcttttgttcctcctatgtcagaaggttatttattagatgaa
aaagtgattacaaacttctataaatttacatatgatattttaggtcaggatattgtagca
atgaaagctgtagaatttggtggaattgctgaaagcttatctaaaatggcttttggaaat
aaaattggttttgaagtgaagagttcattaccgatgatgcaatatttgccaggtgcttta
ttgtttgaaattggaacaacaatagaattaggaaatgagttagatcaatatttatatcca
ataggtcaaacgaatactactcaaaatataaaaattaatggagtagagcttacaatagaa
gaagctttaaaagtttggactaatacgctagaacctgttttcccttcaaaaactaatgaa
aagaattcagaatttggaattcagaattcagaaaagttagaaagtaaaagagttgattca
agcgaacagtcaataatgaatagtgaacaaccgaaggttgtgattcctgtattcccagga
acgaattcagagtatgatagtcagaaagcttttgagaaagaaggcgcttctgtaaaacaa
gttttaattcgaaacttaaattcgatttggattgaagaatcactaaatgaatgggttaca
gaaatagaaaaagcggatattatattcatcccaggaggatttagtgcggcagatgagcca
gaaggatcaggaaagtttattgcaacggttttacgaaatgaaaaagttaaaaaggcaatt
catgactttttagatcgtgatggattaatattaggtatttgtaatggattccaggcccta
attaaaagtgggttattacctacaggaagaatttcagatttaaaggaagattcaccaaca
ctatactataatgatattgggcgccacgtaacacaatttgtacgtactaaagtagtaaac
gatcattctccttggttgaaaggaatgaaagatcaaacattttgggttcctgtatcacat
ggagaaggtaaatttattgtagatgaaaccaatttaaaacaattgattgaaaacaagcaa
attgcaacacaatatgttgatttagaagaagctgctgtaatggaaatgccatataatcct
aatggttctacttatgctatagaaggtataacaagtccttgtggtagaatttatggtagg
atggggcacccagagcgtgtagaagcaggaacatttaagaatattcctaatttagaagtg
atgaacatctttaaaaatggagtggaatacgtgaagcagaaattagtaataagtagtagc
aagattatagattaa

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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 (14)   
   KEGG ORTHOLOGY (1)   
   RefGene (11)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (38)   

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