KEGG   Acetivibrio thermocellus DSM 1313: Clo1313_1683
Entry
Clo1313_1683      CDS       T01933                                 
Name
(GenBank) phosphoribosylformylglycinamidine synthase
  KO
K01952  phosphoribosylformylglycinamidine synthase [EC:6.3.5.3]
Organism
ctx  Acetivibrio thermocellus DSM 1313
Pathway
ctx00230  Purine metabolism
ctx01100  Metabolic pathways
ctx01110  Biosynthesis of secondary metabolites
Module
ctx_M00048  De novo purine biosynthesis, PRPP + glutamine => IMP
Brite
KEGG Orthology (KO) [BR:ctx00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    Clo1313_1683
Enzymes [BR:ctx01000]
 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
     Clo1313_1683
SSDB
Motif
Pfam: GATase_5 AIRS_C FGAR-AT_linker AIRS DJ-1_PfpI
Other DBs
NCBI-ProteinID: ADU74740
Position
complement(1969758..1973528)
AA seq 1256 aa
MVRRVFVEKKKGFDLEAQRMYRDLKENLRIAGLSGVRLINRYDVEGISDEEYESAKRTIF
SEPPVEEVFDETISIDEKDKIVAIEYLPGQYDQRADSASQCIQILTHGERPNVKVAKLIV
LQGDVSQEEYEKVKKYLINPVECQEASLEKPSTLDVEVTVPEDVKVLKGFVNMSREELKA
FADSMGLAMSLEDLEFCQKYFRDDEKRDPTITEIRVIDTYWSDHCRHTTFLTRIQNVDIQ
EGRFTAPVKEAYESYLQSRKFVYGDKEKDVCLMDIAVMGMRELKKRGLLNDLDESDEVNA
CSIVVNVDVNGKNEEWLVMFKNETHNHPTEIEPFGGAATCLGGAIRDPLSGRSYVYQAMR
VTGSGDPRTSIDDTLPGKLPQRKITTEAAQGYSSYGNQIGLATGQVAEIYDEDFVAKRME
IGAVIGAAPRKNVKREKPKAGDVIILLGGRTGRDGCGGATGSSKEHTEESLLTCGAEVQK
GNPITERKIQRLFRKPEVSTMIKKCNDFGAGGVSVAIGELAEGLRINLDAVPKKYEGLDG
TELAISESQERMAVMVAKENVDAFIKASKEENLEATPVAEVTDDRRLVMYWRGKAIVDIK
RDFLDTNGVKQNTNVLVAAPLEEEYYFAGIPKEAEDYSKDLRDAWIRNLQRLNVCSQKGL
VERFDSTIGAGTVLMPFGGKYQLTPSEGMAAKIPVPDGDTNTGTLMAFGYNPSIAKWSPF
HGAMFAVIESVAKIVAMGGNHKKIRLSLQEYFEKLGKDPKKWGKPFSALLGAYYAQTKIG
IPAIGGKDSMSGTFKDMNVPPTLVSFAVATMDVNYTVSSEFKKAGSKVVLIPLKINENGV
PDFAQLDKNYAAVHQMIMNRKVLAAHTVRSGGISEAISKMCFGNMIGFKFEASVDARRLF
EPLYGSIVLELDESLNLDELLKDVEYEFLGVTQEKTTIDFGNVGLDLVELCQKWQEPLEK
VFPTATEPVSSTPKQYKFEKRNSIKPSVSIAKPRIFMPIFPGTNCEYDTARAFEKAGGVV
DMLVIKNLTPSEIDESIREMAKRIDNSQIVMIPGGFSGGDEPDGSGKFIATAFRNPRVKD
AVMRLLKERDGLMLGICNGFQALIKLGLVPYGEIRDLNEDSPTLTFNTIGRHVSCMVRTK
ITSTLSPWFNNVKVGDIHTIAVSHGEGRFVASKEVLEMMEKNGQIATQYVDLDGNATYDI
RFNPNGSFEAIEGITSPDGRVLGKMGHSERIGTNVAKNVPGDKDQKLFEAGVNYFK
NT seq 3771 nt   +upstreamnt  +downstreamnt
atggttagaagagtttttgttgaaaagaaaaaaggatttgatctggaagcccagagaatg
tacagggatttgaaagaaaacttgagaatcgccggactttccggtgtaaggctaattaac
aggtatgatgttgagggaatatccgatgaagagtatgaaagcgcaaagaggactatattt
tccgagcctccggtggaagaggtttttgacgaaacaataagtatagatgaaaaggacaaa
atagttgccatagaatatttgccgggacagtatgaccagagagcagattctgcatctcaa
tgtattcagatactgacccatggggaaagacccaatgtcaaagttgcaaaacttatagtg
cttcagggggatgtatcgcaggaagagtatgaaaaagtaaaaaaatatttgataaaccct
gtggaatgtcaggaagcgtctttggaaaaaccgtcaactttggatgtggaagtaaccgtt
cccgaggatgtaaaagttttaaagggatttgtcaatatgagccgggaagaactcaaagct
tttgcggacagcatgggtttggcaatgtctctggaggatctggaattctgccaaaaatat
ttcagggatgatgaaaagagggacccaaccatcaccgaaataagggttattgacacctat
tggtccgatcactgccgtcataccacatttcttacaaggatacagaatgtggatattcaa
gaaggaagatttactgctcctgtaaaggaggcttacgagagttatcttcaatcaagaaag
tttgtctatggcgacaaagagaaagatgtctgccttatggacattgcggttatgggcatg
agagaattaaagaaaagaggattgcttaacgaccttgatgagtctgatgaggtaaatgca
tgcagtatagtggttaatgtggatgtaaacggaaaaaatgaagagtggcttgtgatgttc
aaaaatgaaacccacaaccatccaacggaaatagaacctttcggaggagctgccacctgt
cttggaggtgccataagagacccgctgtcgggaaggtcttatgtgtaccaggccatgcgt
gtaacgggaagcggcgatccgcgtaccagcatagatgatacgctgcccggaaagcttccg
caaagaaagataacaacggaggcggctcagggctacagctcctatggaaaccagataggc
cttgccacaggacaggttgctgaaatatatgatgaagactttgtggcaaaaagaatggaa
ataggtgctgtaatcggtgctgctcctagaaaaaatgtaaaaagagaaaagccaaaagca
ggagatgtaatcatacttcttgggggaaggacaggccgtgacggctgcggaggtgctacc
ggttcttcaaaggagcatacggaagagtctttgcttacctgtggagccgaagtgcaaaag
ggtaatcctataactgaaagaaaaattcaaagactgttccgaaagcccgaggtcagcacg
atgattaaaaaatgcaatgactttggtgccggaggagtgtccgttgccataggggagctt
gcggaaggacttagaataaatcttgacgcagtgcctaaaaagtatgaaggtcttgacggt
actgagcttgccatctcggaatcccaggaaagaatggcggttatggtggcaaaagaaaac
gtggatgctttcattaaagcttcaaaagaagagaatcttgaggccacacctgttgcggaa
gtgacggatgacagaagacttgtaatgtactggagaggcaaggccattgtagatattaag
agggatttccttgataccaacggagttaagcaaaataccaatgtcctggttgccgctcct
ttggaagaagagtattattttgccgggattccaaaagaggctgaggattattcaaaggat
cttcgtgatgcatggattcgaaacttgcagagactaaatgtatgcagccagaaaggactt
gttgagagatttgacagtaccatcggtgccggaacggtgctgatgcctttcggcggaaaa
taccagctcacgccttcggaaggaatggcggcaaagattccggtaccggacggagataca
aacaccggtacgcttatggcttttgggtacaatccttccattgcaaaatggagtcccttc
catggagccatgtttgccgtgatagaatctgttgccaagattgttgccatgggcggaaat
cacaaaaaaataagattgtccctgcaggagtattttgagaaacttggcaaagaccccaaa
aagtggggtaagccctttagtgctttgcttggtgcatattatgcccagaccaaaataggg
atacctgccattggaggaaaggacagcatgtccggaacctttaaggacatgaacgtgcct
ccgactttggtttcctttgccgttgcaacaatggacgtaaattatacagtgtcttccgag
tttaaaaaggccggaagcaaagtggttctcattcctcttaaaataaatgaaaatggagtt
ccggattttgctcagctggataaaaattatgcggctgtgcatcaaatgattatgaacaga
aaagtgcttgcggcccacactgtaagaagcggcggaatttctgaagccataagcaaaatg
tgctttggaaacatgataggattcaaatttgaggcatcagtggatgcaagaaggcttttt
gagccgctttacgggtctattgtgcttgagttggatgaaagcttaaatttggatgagttg
ttgaaagatgtggaatatgaatttttgggtgttacccaggagaagacgacaattgacttt
ggtaatgtcggccttgacctggtggagctttgccaaaaatggcaggagcctttggagaag
gttttcccgacggctactgagcctgtaagcagtactcccaaacagtataaatttgaaaaa
agaaacagtataaagccctcggtttcaatagcaaaaccaagaatattcatgccgatattc
ccgggaaccaactgtgagtatgatactgccagggcttttgaaaaggccggcggggtggtg
gacatgctcgttattaaaaaccttactccgagcgaaatagatgaatccataagggaaatg
gcaaaaagaattgacaattcgcaaattgtgatgatacccggagggttcagcggcggtgat
gagcccgacggttcaggaaaatttattgccacggcgtttagaaatccaagggtaaaagat
gcggtaatgaggcttcttaaagagagagacggacttatgctgggtatatgcaacggcttc
caggctcttataaagcttggacttgtaccttatggtgaaatcagggaccttaacgaagac
agccccacccttacctttaacacaataggccgtcacgtttcatgtatggttaggacaaaa
ataacatccactctgtcgccatggtttaacaatgtaaaggtgggagatattcataccata
gccgtatcccacggtgaaggaagatttgtggcaagtaaagaagtgcttgaaatgatggaa
aagaacggtcagatagcaacccagtatgttgaccttgacggtaatgcaacctatgacata
aggtttaatccaaatggctctttcgaagcaattgagggcataacaagcccggacggaaga
gttctgggtaaaatgggacattctgagagaataggaaccaatgttgccaaaaatgtgccg
ggggataaggaccaaaagttgtttgaggcaggagtaaactattttaagtaa

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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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (5)   
   Pfam (5)   
All databases (25)   

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