KEGG   Cavenderia fasciculata (cellular slime mold): DFA_09887
Entry
DFA_09887         CDS       T02668                                 
Symbol
purL
Name
(RefSeq) phosphoribosylformylglycinamide synthase
  KO
K01952  phosphoribosylformylglycinamidine synthase [EC:6.3.5.3]
Organism
dfa  Cavenderia fasciculata (cellular slime mold)
Pathway
dfa00230  Purine metabolism
dfa01100  Metabolic pathways
dfa01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:dfa00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    DFA_09887 (purL)
Enzymes [BR:dfa01000]
 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
     DFA_09887 (purL)
SSDB
Motif
Pfam: GATase_5 AIRS_C FGAR-AT_N FGAR-AT_linker DUF1604
Other DBs
NCBI-GeneID: 14867482
NCBI-ProteinID: XP_004351784
UniProt: F4Q8P5
Position
Unknown
AA seq 1339 aa
MVIKQYYRTPALSKSSLNDLTTKLQRHGVKDLVSIESEFCFNVQMPDTVQMNKEQVDILE
WLLSETFERQLFGETSFLSSTSSVVIEVGPRMNFTTTYSTNATSICQACRLEFVERIERS
RRYRLVLADGVEKLSLEHLQICIDEVHDRMTECLYPTPIKSFAPGVVPKPVQWIPLMEEG
RQALERVNKDMGLAFDEHDLSLYCDLFINQLKRNPTDVECFDIGQSNSEHSRHWFFNGKL
IIDGVPTQKTLFQIVKDTLKANPNNSLIAFCDNSSAITGFKTKVLIPKTPIDSSPYEIGE
REQPIIFTAETHNFPSGVAPFPGAETGTGGRIRDTHATGRGSLVVAGTVGYCVGNLNIED
YDLPWESKDFKYPENLANPLKIEVEASNGASDYGNKFGEPVIVGFTRSFGLRNEDGERRE
WIKPIMFSGGLGAMDERHLKKEQPEKGMVVVKAGGPAYRIGMGGGAASSMVGGDNKVELD
FSAVQRGDAEMGQKLNRVVRACVENEMFQHLNPIVSVHDQGAGGAGNVCKEIVDPLGAVI
HLDRFNVGDPTLSAMEIWGAEYQEQDALLMRAEHRPFLEQLSKRERLPVAFVGDVTGDGQ
AVLVDDRTGQTPVNLPLEKILAKMEPKTFHMDRIAPKLAPLVLPANLTVPQALERVLRLL
AVGSKRFLTNKVDRAVTGLVARQQCVGPLHTPLSNVGIIASGYFGVTGAATSVGEQPIKG
LISPQAMAYLTVGEALTNLVWAQISALEDVKCSGNWMWAAKLKGEGARLYDAAVAMHDAM
VELGIAIDGGKDSLSMAARAPSSTPGTPDELVKAPGALVVSTYVRCTDITATITPDLKLY
NQDDSALIYIDLGAGNNFLGGSALAQVFGQIGNDQPHQDVQLVKRFFNAIQHLVRERLIT
AGHDRSDGGLITTLIEMALAGNRGISVSLSATENIFKLLFSEELGAVVECKRADQQKVME
ILQDARIPSYYIGHTNVSGKTSDRVTVKVGDQIVLDEALETVSFWWEETSYRLEKLQAEH
ASVESEFNELQKRVKQGNGKGPNYKMSFKAQPSAVSVDTSIVLSSAPKVAIIREEGSNGD
REMAAAFTLAGFQAWDITMSDLLDGRIQLDQRFRGVAFVGGFSYGDVLDSAKGWAGSIRF
NQSVAKQFDAFYDRPDTFSLGLCNGCQLMALLGWVPWRGIADQLQPRFIHNASGRFESRW
ITVSIAESKAVLLKGMEGSVLGCWAQHGEGRAYFPDPDTLKQIKQLGLAPVRYVDDSCQP
TETYPHNPSGTPEGIAGLCSKDGRHLALMPHPERSFMSWQWPWMPEHIQTQVGGLNQPSP
WLKIFQNAKSFVDNSTVKQ
NT seq 4020 nt   +upstreamnt  +downstreamnt
atggtgattaaacaatattatagaactccagcattatcaaaatcatcattaaatgattta
acaaccaaattacaaagacatggagtaaaggatttggtatcgattgaatcagagttttgt
ttcaacgtccaaatgccagacactgtccaaatgaacaaggaacaagttgatatattggaa
tggttattatcagagacttttgaacgtcaattgtttggtgaaacctccttcctttcatca
acatcatcagttgtcattgaagttggaccaagaatgaactttacaaccacttattctacc
aatgccacatcgatttgtcaagcttgtagattagagtttgtagagcgtatagaacgttca
cgtagataccgtttggttttggccgatggtgttgaaaagcttagtctggaacaccttcaa
atctgtatcgacgaggtacacgacagaatgacagaatgtctctatccaacaccaatcaaa
tcatttgctccaggtgtcgttccaaaaccagtacaatggattccactcatggaagagggt
cgtcaagctcttgaacgtgtcaacaaggatatgggtctagcttttgatgaacatgatctt
tcactctattgtgatctattcattaatcaattaaaacgtaatccaacagatgttgaatgt
tttgatattggtcaatcaaatagtgaacattcaagacattggttctttaatggtaaatta
attattgatggagtaccaacacaaaaaacattattccaaattgttaaagatacattaaaa
gcaaatccaaataattctttaattgctttttgtgataattcaagtgctattacaggattt
aaaacaaaagtattaataccaaaaacaccaattgattcatcaccatatgaaattggggaa
agagaacaaccaattatatttacagcagagacacataatttcccatctggtgtagctcca
ttcccaggtgcagagactggtacaggtggtagaattagagatacacatgcaactggtaga
ggatcacttgttgttgctggtactgtaggttattgtgttggtaacctcaacattgaggat
tatgacttgccatgggaatcaaaggatttcaagtatccagagaatttggccaatccacta
aagatcgaggtggaagcgtccaatggtgcatcagactatggtaacaagtttggtgaacct
gttatcgttggttttacccgttcatttggtttgagaaacgaggatggtgaacgtcgtgaa
tggatcaagccaattatgttttcgggtggtttgggtgcaatggatgaacgtcatcttaaa
aaggaacaacctgaaaagggtatggtggtggtcaaggctggtggtcctgcttaccgtatt
ggtatgggtggaggtgccgcctcgtcaatggttggtggtgacaataaggtcgagttggac
ttttcggccgtgcaaagaggtgatgccgagatgggtcagaaactcaaccgtgtcgtgcgt
gcctgtgtagagaatgaaatgttccaacacttgaacccaatcgtcagtgtacacgaccag
ggtgcaggtggtgcaggcaatgtatgcaaagagattgttgatccgttgggggctgtcatt
cacctcgaccgtttcaacgtaggagatccaaccttgtcggcgatggagatttggggtgcc
gagtatcaagaacaagacgctctgttgatgcgtgccgagcaccgtcctttcctcgagcag
ttgagcaagcgtgagcgtctgccagtcgcctttgtcggcgacgtcactggtgacggacag
gctgtcctcgtcgacgaccgtactggacagacacccgtcaaccttccacttgaaaagatt
cttgcaaagatggagccaaagacattccacatggacagaatcgctccaaaactagctcca
cttgttttaccagccaatcttacagtgccacaggcattggaacgtgtactacgtttactt
gcagttggttcgaagcgtttccttaccaacaaggtcgatagagctgtaacgggcttggtt
gcacgccaacaatgcgtcggtccactccacactccattgtccaacgtcggtatcattgcg
agtgggtattttggcgtgacaggcgctgctacatcggttggtgagcagcccatcaaggga
ctgatcagtccacaagcaatggcatacttgaccgtcggtgaagcactcaccaatctcgtg
tgggctcaaatctctgcactcgaagatgtaaagtgttcgggcaactggatgtgggctgcc
aaactcaagggtgaaggtgcacgtctctatgacgcagccgtcgccatgcacgatgccatg
gtagaacttggaatcgccattgacggtggcaaggatagtttgagtatggctgctcgtgct
ccatcctctacaccaggtacaccagacgagcttgtcaaggcaccaggtgcattggtcgtc
tcaacctatgttcgttgtaccgatatcaccgccaccatcactccagacctcaaactctac
aaccaggatgactctgctctcatctatattgatttgggtgcaggaaacaacttcctcgga
ggtagtgcactcgcccaagtatttggtcaaattggtaacgaccaaccacaccaagacgta
caactcgtcaaacgtttctttaacgccattcaacaccttgtacgtgaacgtctcatcact
gctggtcacgaccgtagtgacggtggtctcatcaccaccctcatcgaaatggcacttgcc
ggcaaccgtggtatatccgtctcactctctgccacagagaatatctttaaactactcttt
tccgaagaattgggtgcagttgtcgaatgcaagcgtgccgaccaacaaaaggtaatggaa
attttacaagatgctcgtatcccatcttattatatcggtcataccaatgtctctggtaaa
acatcagacagagtaacagtcaaagttggtgatcaaatagtattggatgaagcattagag
actgtatcattttggtgggaggaaacatcgtatcgtttggaaaagttacaagctgaacac
gctagtgtagagtctgaatttaacgagcttcaaaaacgtgtcaaacaaggtaatggaaaa
ggaccaaattacaagatgtcattcaaagcacaaccatctgccgtatctgtagacacatcg
attgtacttagttcagcacccaaggttgctatcattcgtgaagaaggtagcaatggagac
agagagatggctgccgcttttacattggccggtttccaagcatgggacattaccatgtct
gatctactcgacggacgtatccaactcgaccaacgattccgtggtgttgcctttgttggt
ggtttctcgtatggtgatgtcttggacagtgccaagggatgggctggcagcatccgtttc
aaccaatcggttgccaagcaatttgacgccttttatgaccgtccagacaccttttcactc
ggtctctgcaacggttgtcaattgatggctctactcggatgggttccgtggagaggaatt
gccgaccaactccaaccacgttttatccacaatgcatcgggaagattcgagtcgcgttgg
attaccgtctcgattgccgagagcaaggctgttttactcaagggtatggagggatccgtc
ttgggttgctgggcacaacatggcgagggccgtgcctactttccagacccagacactctc
aagcaaatcaaacaactcgggcttgcaccagtccgttatgtcgatgactcttgccaacca
actgaaacctatccacacaatccatctggcaccccagaaggtattgctggtctctgctcc
aaagacggtcgtcatcttgcactcatgcctcatccagaacgttcctttatgtcttggcaa
tggccttggatgccagaacacattcaaactcaagttggtggtctcaatcaaccaagtcct
tggttgaaaatcttccaaaatgctaaatcttttgttgacaacagtactgttaaacaataa

  All links  
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 (83)   
   KEGG ORTHOLOGY (1)   
   RefGene (79)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (108)   

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