KEGG   Thermodesulfovibrio yellowstonii: THEYE_A0629
Entry
THEYE_A0629       CDS       T00775                                 
Symbol
purL
Name
(GenBank) phosphoribosylformylglycinamidine synthase
  KO
K01952  phosphoribosylformylglycinamidine synthase [EC:6.3.5.3]
Organism
tye  Thermodesulfovibrio yellowstonii
Pathway
tye00230  Purine metabolism
tye01100  Metabolic pathways
tye01110  Biosynthesis of secondary metabolites
Module
tye_M00048  De novo purine biosynthesis, PRPP + glutamine => IMP
Brite
KEGG Orthology (KO) [BR:tye00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    THEYE_A0629 (purL)
Enzymes [BR:tye01000]
 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
     THEYE_A0629 (purL)
SSDB
Motif
Pfam: GATase_5 AIRS_C FGAR-AT_N FGAR-AT_linker DUF4852
Other DBs
NCBI-ProteinID: ACI20230
UniProt: B5YJQ7
Position
complement(617601..621512)
AA seq 1303 aa
MILKFYRKGALSEYKTQQLLKRINSEISDEIKQVETEFCYYILTDKKLSEYELTILKWLL
AETFEPENFSDKSFLSSDNGMIFEVGPRLNFSTAWSTCAVSVCHSIGINKIQRIERSRRY
KLIPVIKNFPMKLFLDMIHDRMVECPYPEPLNDFSHGISPKPLRIVPVLEEGKKALEKIN
HELGLGWDEWDIEFYLKLFKDRLKRNPTDVECFDLAQSNSEHSRHWFFRGTLFIDGKPAE
KTLFDIVKEPLKRNPKNSVIAFKDNSSAIYGAKIGYLKPEIPGKSCRFAIKRELHHLIFT
AETHNFPTGVAPFPGAETGTGGRIRDVHATGKGAIPIAGTAAYCVGNLYIPNYELSWEDK
SFKYPSNLATPLQIEIEASNGASDYGNKFGEPVIAGFTRSFGMRLPDGERVEWIKPIMFT
GGIGQINAIHTEKDSPKKGMYVVKIGGPAYRIGMGGGAASSVVSGELSEELDFNAVQRGD
AEMENKLNRVVRACVELGKKNPIVSIHDQGAGGNCNVVKELVYPEGAKIDIRKVILGDET
LSVLEIWGAEYQENDAILIEKENVKLFGILCKRERLPWSIIGEVTGDGKLIVYDSKNNQI
AVNFDLKDVLGEIPKKEFKLQTIEKKLKPLKIPETLTLKDALNRVLRLLSVGSKRFLTNK
VDRSVTGLIVRQQCAGPVQLTVSDVCVVAQSYFNKTGIAHAIGEQPIKGLINPEAMARLS
VTEALTNIVWAKITDIQDIKCSANWMWAAKLPGEGVRLYKAAQAMAEFMIKLGIAIDGGK
DSLSMAAKVKTPDGVEVVKSPGSLVISAYAPCPDIQKIITPDIKSPDKSVILFIDLSNGK
KRLGGTALAQCMGQLGDETPDMENPELLKRSFRAIQTLIDKKLILSGHDRSDGGLITTLL
EMAFSGSCGLHIKIKEPKLSNIMAELFNEEPGLAIEVDIKKLDKVEKFLIQNEISFYRIA
DTLKENKIIIEHSNKIIFDEPMTSLRDIWEETSYRLDMLQANPECVEEEKKSIYGRIAPH
YKLSFTPERTPEIILKKKTKPLIAIIREEGSNGDREMAAAFYMAGFEPWDVCMQDLIDKK
ISLKKFKGIAFVGGFSFADVLDSAKGWAGCIKFSHLKKEFENFYMRNDTFSLGVCNGCQL
MALLGWVPWYGIEELKQPRFIWNKSGRFESRWVTVKILPSPSIMLKEMEDSQIGVWIAHG
EGRAYFPDKNILSKVLEKNLAPVRYVDDSGNITETYPFNPNNSPYGITALCSEDGRHLAM
MPHPERTFLLWQLPWLPQDWKKLKASPWLKLFQNARLWCDSHA
NT seq 3912 nt   +upstreamnt  +downstreamnt
atgattctgaaattttatagaaaaggtgctctttcagaatataaaacacaacaactgctc
aaacgtataaattctgaaatttcagatgaaattaaacaagttgaaacagaattttgctac
tacatcctgacagataaaaaactatcagagtatgaattaactattttaaaatggctttta
gctgaaacctttgaaccagaaaacttttcagataaaagctttctatcttcagataatgga
atgatatttgaagtaggacctcgtcttaatttttctactgcctggtctacctgtgctgta
tctgtatgccatagcatcggaatcaataaaattcaaagaatagaacgctcaagaagatat
aaattgatacctgtaattaaaaatttccctatgaaactttttcttgacatgattcatgac
agaatggttgagtgtccgtatccagagccccttaatgacttttctcatggcatatctcca
aaacctttaagaattgtgcctgttttggaagaagggaaaaaagcacttgaaaaaataaat
catgaacttggtcttggatgggatgagtgggatattgagttttatctaaagcttttcaag
gacagattaaagagaaatccaacagatgttgaatgttttgatcttgctcaatcaaacagt
gaacattcaagacactggtttttcagaggaactctttttattgatgggaaaccggcagaa
aaaacgctctttgatatagtaaaagaacctttgaaaagaaatccgaaaaattctgttata
gcctttaaagataattcaagcgctatatatggagcaaaaataggatatttaaaacctgaa
atacctggaaagtcttgtagattcgcaataaaaagggaactacatcatcttattttcaca
gctgaaactcataattttccaacaggtgtagctcctttccctggagctgagacagggaca
ggaggaagaatccgtgatgttcatgcaactggtaaaggtgctatcccaattgcaggaaca
gcagcttattgtgttggaaatctttatatcccaaactatgagctttcatgggaagataag
tcctttaaatatccttctaatcttgcaacacctctacagattgagattgaagccagcaat
ggtgcttctgattatggaaataaatttggtgaacctgtaatagcaggatttacccgttca
tttggtatgaggcttcctgacggagaaagagttgagtggataaaacccataatgtttact
ggtggcataggtcagataaatgcaattcatactgagaaagattcacctaaaaagggaatg
tatgttgtaaaaattggcggtcctgcttacagaatagggatgggaggcggagctgcatct
tctgtggtttcaggagaacttagtgaagagcttgattttaatgctgtgcagcgcggagac
gctgagatggaaaataaacttaacagagttgttagagcctgtgttgaacttggcaaaaaa
aatcctatagtaagcattcatgaccagggcgctggtggaaactgtaatgtagttaaagag
cttgtctatccagaaggagcaaaaattgatataagaaaagtaatacttggagacgaaact
ctttctgttcttgaaatatggggagcagaatatcaggaaaatgatgctattttaatagaa
aaagaaaatgtaaaactttttggtattctatgtaaaagggaaaggcttccatggtcaatt
attggagaagtaacaggagatgggaaacttattgtttatgacagtaaaaataatcaaata
gctgtcaattttgatcttaaggatgttttaggagaaattccaaaaaaagaattcaaactt
caaacaattgaaaaaaaacttaaaccgttaaaaattcctgaaactttaacactgaaagat
gcattaaatagggttttgaggcttctttctgtaggttcaaaaagatttctaacaaataaa
gtagaccgttcagttacaggacttattgttagacagcagtgtgccggacctgtgcaactt
acagtttcagacgtgtgcgttgttgctcagagctattttaataaaacaggaattgcccat
gccataggagaacaaccaataaaaggacttataaatcctgaggctatggcaaggctttct
gtcacagaagctttaacaaacatagtatgggcaaagattacagatattcaagatattaaa
tgctctgctaactggatgtgggctgcaaaacttccaggagaaggcgttagactctataaa
gctgcacaggctatggcagagtttatgataaagctgggtatagcaattgatggaggtaaa
gattctctctcaatggctgcaaaagttaaaacaccagatggagttgaagttgtaaaatct
ccaggaagtcttgtaatttctgcttatgcgccatgtcctgatatacagaagattattaca
cctgatataaaatctccagataaaagtgtgattcttttcattgacctttctaatggaaag
aaaagacttggtggcacagcattggctcaatgtatgggacagcttggtgatgaaacgcct
gatatggaaaatcctgaacttctaaagagaagtttcagagcaatccaaacattaattgat
aaaaaattaatactctcagggcatgaccgttcagatggaggattgattacaactcttctt
gaaatggctttctcaggttcttgcggacttcatataaaaataaaagagcctaaattatct
aatattatggcagaactatttaatgaagaaccagggcttgcaattgaagtagatattaaa
aagcttgataaagtagagaagtttcttatacaaaatgagatatctttttacagaattgcc
gatactttaaaagaaaataaaattattattgaacattctaataaaatcatttttgatgaa
cccatgacatcccttagagacatctgggaagaaaccagttatcgtcttgatatgcttcag
gcaaatcctgagtgcgtggaggaagaaaaaaaatcaatatatggaagaattgctcctcat
tacaaacttagctttacccctgaacgtactcctgaaataattcttaaaaagaaaacaaaa
ccgctcattgcaatcattcgtgaggaaggaagcaatggtgatagagaaatggcagctgcc
ttttacatggctggatttgaaccatgggatgtatgtatgcaggatttgatagataaaaaa
atttctctcaagaaatttaagggaatcgcatttgttggtggctttagtttcgcagatgtt
cttgactctgcaaagggatgggctggctgtataaagttttctcatctaaaaaaggaattt
gaaaatttttatatgcgtaatgatactttcagtctcggtgtctgtaacggatgccagctt
atggcacttcttggatgggttccgtggtatgggattgaagaactaaaacagcccagattt
atatggaataaatctggaagatttgaatccagatgggtaactgtaaagattttaccttct
ccatcaattatgcttaaagagatggaagactctcaaattggagtatggatagctcatgga
gaaggaagagcatatttccctgataaaaatattctcagtaaagttcttgagaaaaatctt
gcacctgtgcgttatgttgacgatagtggaaatattacagaaacctacccatttaatcca
aataactcaccttatggtataactgctttatgcagtgaagatggcagacatcttgctatg
atgcctcatccagaaagaacatttttactgtggcaattgccatggctacctcaagactgg
aaaaaactgaaagcatctccatggcttaaactttttcagaatgcaagattgtggtgtgat
agccatgcataa

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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 (194)   
   KEGG ORTHOLOGY (1)   
   RefGene (191)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (217)   

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