KEGG   Brachyspira pilosicoli P43/6/78: BPP43_09400
Entry
BPP43_09400       CDS       T02387                                 
Name
(GenBank) phosphoribosylformylglycinamidine synthase
  KO
K01952  phosphoribosylformylglycinamidine synthase [EC:6.3.5.3]
Organism
bpip  Brachyspira pilosicoli P43/6/78
Pathway
bpip00230  Purine metabolism
bpip01100  Metabolic pathways
bpip01110  Biosynthesis of secondary metabolites
Module
bpip_M00048  De novo purine biosynthesis, PRPP + glutamine => IMP
Brite
KEGG Orthology (KO) [BR:bpip00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    BPP43_09400
Enzymes [BR:bpip01000]
 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
     BPP43_09400
SSDB
Motif
Pfam: GATase_5 AIRS_C FGAR-AT_linker GATase_3 DJ-1_PfpI GATase ATP-grasp_6
Other DBs
NCBI-ProteinID: AGA67062
UniProt: A0A3B6VSI3
Position
1967710..1971456
AA seq 1248 aa
MNYRIFIEKKEGFDLEAKRLESQLKENFQIKSGVRLLNVYDIFNIEESKLKNSINVIFSE
PPTDRVVEKKDFESLKHFAVEYLPGQFDQRADSALQCLKLIYNDIEEVTIVSGKVILFDG
NIDDITIEKIKKFYINPVESREKDLSKLEIEPHQKADDIKDVENFINLNTEELHKYRDNL
DLAMTYKDIEFVQNYFKNEEKRNPTETEIKVLDTYWSDHCRHTTFMTKINDVKLENDKSN
FSEVILNAINKYYSMRKELYGEDVDSKRDINLMDMATVSAKYIKKKGKLEDLEISDEINA
CSIYIDVDAIDENGKNKTEKYLLMFKNETHNHPTEIEPFGGASTCLGGAIRDPLSGRSYV
YQAIRVTGSANPLEKLEDTLPGKLPQKKITTTAAAGYSSYGNQIGLTTCLVNEIYDEGYK
AKRLEVGAVVGAVPVDYVRREKPKAGDIVIVLGGRTGRDGCGGATGSSKSHTDTSLRLCG
AEVQKGNAPEERKIQRLFRNKEVTKLIKKCNDFGAGGVSVAIGELSDGIDINLDVLPVKY
LGLNGTELAISESQERMAVVVESKDADNFIKLANKENIEATKVATITDTNRLVMYLKGKK
IVDISRKFLDTNGAKQETNAILKDINFENNPFNTKNACSLTSHWFNMAENLNVASQKGLI
EMFDSSIGATTVLMPFGGKYQMTPSDVSIQKIPIFDNNAKQINTASAISWGYNPSIMKWS
EFHGGIYSVIESMSKLVSIGADYKKIRLSFQEYFEKLGNDPKKWGKVYSALLGTIYAQTE
FDIPAIGGKDSMSGTFNNISVPSTLISFAVSTVDSNDVISPEFKSSNNYVYLIKHNMLEN
YMPNVAEIKENFEFIHKNIKDKKILSAYTIKFGGIAEALTKMSFGNRIGVDIKDELYFFN
LMPASFIVETKEELNYKNAILIGKTINEYKIKVCGEIVDLEELEKLWLDKLSTVFPYKTY
EDIETYQLAEYKREAPFICKNKTAKPNVLISAFLGTNCEYDTQKAFSDAGANTDIFVFRN
IKPEYIKESIEEMSKKIDNSQIFMIPGGFSAADEPDGSGKFISAILTNEKIKTYIHKLLE
RDGLVLGICNGFQALIKSGLLPYGKIGNITEKSPTLTFNKIGRHISQMVTTKVVSNNSPW
LYNIPLGSELVVPVSHGEGRFFADEDIIKELIKKGQIATQYVNFESKPTNEFRFNPNGSA
YAIEGILSEDGKVFGKMGHSERYGNNLYKNIITKDIYNIFENGVNYFK
NT seq 3747 nt   +upstreamnt  +downstreamnt
atgaactatcgtatcttcatagagaaaaaagaaggttttgatttagaagctaagagatta
gaaagccaattaaaagagaatttccaaataaaaagtggtgtaagacttcttaatgtttat
gacatttttaatatagaggaaagtaaattaaaaaactctattaatgtaatattctcagag
cctccaacagatagggtagttgaaaaaaaagattttgagagtttaaaacattttgctgtg
gaatatttacctggacaattcgaccagagagctgattctgcattacaatgtttgaagctt
atttataatgatatagaagaagtaactatagtaagcggcaaggttatactttttgatgga
aatatagatgacatcacaatagagaaaataaaaaagttctatattaacccagtagaaagc
agagaaaaagatttaagcaaattagaaatagagcctcatcaaaaagctgatgatataaaa
gacgtagaaaactttattaacttaaatacagaagagcttcacaaatatagagataatctt
gatttggctatgacttataaagatatagagtttgtgcagaattatttcaaaaatgaagag
aaaagaaacccaacagaaacagagataaaagttcttgatacatattggtctgaccattgc
aggcatactacgtttatgacaaagattaatgatgtaaaattagaaaatgataagagtaat
ttttcagaagtgatacttaatgctattaataaatattacagcatgagaaaagagctttac
ggagaagatgttgacagtaaaagagatattaatttaatggacatggcaactgtatctgct
aaatatataaagaaaaaaggaaaacttgaagatttagagatttctgatgagataaatgct
tgttctatttatatagatgttgatgctatagatgagaatggaaaaaacaaaacagaaaaa
tatttattaatgtttaaaaatgaaactcataatcaccctacagagattgaacctttcggg
ggagcttctacatgtttgggcggagctataagagacccgctttctggaagaagctatgta
taccaggctataagagttacaggaagtgcaaatccattagaaaaattagaagatacttta
cctggaaaacttcctcaaaagaaaataacaacaactgcagcagcaggatattcttcttac
ggtaatcaaatagggcttacaacctgtttagttaatgagatatatgatgaaggatataag
gcaaaaaggcttgaagtaggtgctgttgttggagctgttcctgtggattatgtacgcaga
gaaaagccaaaagcaggagacatagttatagtgcttggaggaagaacaggaagagacggc
tgcggcggggctactggttcatcaaaaagccacactgatacatctttaaggctttgcggt
gcagaagtacagaaaggtaatgctccagaagagagaaagattcaaagactatttagaaat
aaagaggttactaaattaataaaaaaatgtaatgactttggtgcgggaggagtttctgtt
gctataggtgaattatcagacggaattgacattaatcttgatgttttgcctgttaaatat
ttaggattaaatggcactgagcttgctatatcagaatcacaagagagaatggctgttgtt
gttgaaagtaaggatgcagataattttataaaacttgccaacaaagaaaatattgaagct
acaaaggttgccactataacagacactaacagacttgtaatgtatttaaaaggaaaaaaa
attgtagatataagccgtaagtttttagacaccaacggagctaaacaagagactaatgct
attcttaaagatattaattttgaaaataatccatttaacacaaagaatgcatgttctcta
acatcgcattggtttaatatggcagaaaatttaaatgttgcttctcaaaagggactcatt
gaaatgtttgactcatcaataggggctactactgtacttatgcctttcggtggaaaatat
caaatgactccaagcgatgtaagcattcaaaaaatacctatatttgacaacaatgccaaa
caaataaatactgcttctgctatatcttggggttataatccttctataatgaaatggtca
gagtttcatggaggaatatactctgtaatagaatcaatgtcaaaacttgtttctattggt
gctgattacaaaaagataagattatcatttcaagagtattttgagaaattaggtaatgac
cctaaaaaatggggtaaggtttattcggcattactcggcacaatatatgcacaaactgaa
tttgatatacctgctataggcggtaaagactctatgagcggtacttttaataatatatca
gtgccttcaactttaatatcatttgcagtatcaactgttgatagcaatgatgttatatct
ccagagttcaaatcttctaataattatgtgtatttaataaagcataatatgcttgaaaac
tatatgcctaatgtggcagaaataaaagagaattttgaattcatacataaaaatataaaa
gacaaaaaaatattatcagcttacactattaaattcggaggcattgctgaagctctaaca
aaaatgtctttcggcaacagaataggagttgatataaaagatgagctttatttctttaac
ttaatgcctgcttcatttatagtggagactaaagaagaattaaattataaaaatgctata
cttataggaaaaactattaatgaatacaaaataaaagtatgcggtgaaatagtggattta
gaggaattagaaaaattatggcttgataaattatcaacagtattcccttataaaacttat
gaggatatagaaacttaccagctagctgaatataaaagagaagcaccatttatatgcaaa
aataaaacagctaaacctaatgttttaatatctgcattcttaggcactaactgtgaatat
gacactcaaaaagctttctctgatgctggagcaaacactgatatttttgtatttagaaac
attaagccagaatatataaaagaatcaatcgaagagatgtctaaaaaaattgataactct
caaatatttatgattccaggaggcttcagtgcggcagatgagcctgacggttctggaaag
tttatctctgcaatacttacaaatgaaaaaataaaaacatatatacataagctcttagaa
cgcgacgggcttgttttgggtatatgtaacggttttcaggcattaataaaatcagggctt
cttccttatggaaaaataggaaacattacagaaaaatctcctactcttacatttaacaaa
ataggaagacatatttctcaaatggtaacaacaaaagtagtatcaaacaattctccttgg
ttatataacatacctttaggaagtgagctagttgtacctgtttctcatggtgagggaaga
ttctttgctgatgaagatataataaaagaattaatcaaaaaaggacagattgctactcag
tatgttaattttgagtcaaaacctactaatgagtttagatttaatcctaatggttcagct
tatgcaatagaaggtatactttcagaagacggaaaagtatttggtaaaatggggcatagt
gagagatacggaaataatctatacaaaaacataatcacaaaagatatttacaacatattt
gaaaatggagttaattatttcaaataa

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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 sequence (1)   
   UniProt (1)   
Protein domain (7)   
   Pfam (7)   
All databases (28)   

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