KEGG   Francisella hispaniensis FSC454: FSC454_08815
Entry
FSC454_08815      CDS       T04700                                 
Name
(GenBank) phosphoribosylformylglycinamidine synthase
  KO
K01952  phosphoribosylformylglycinamidine synthase [EC:6.3.5.3]
Organism
fhi  Francisella hispaniensis FSC454
Pathway
fhi00230  Purine metabolism
fhi01100  Metabolic pathways
fhi01110  Biosynthesis of secondary metabolites
Module
fhi_M00048  De novo purine biosynthesis, PRPP + glutamine => IMP
Brite
KEGG Orthology (KO) [BR:fhi00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    FSC454_08815
Enzymes [BR:fhi01000]
 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
     FSC454_08815
SSDB
Motif
Pfam: GATase_5 AIRS_C FGAR-AT_N FGAR-AT_linker AIRS DUF5537
Other DBs
NCBI-ProteinID: APD51167
UniProt: A0A153JPS2
Position
complement(1820460..1824332)
AA seq 1290 aa
MIRIFEGLSALSPFKREKILVAAKKISSKVELISAQYIHVVEIDQGLNSKQEQIIKSLLN
YNKEYGSANPKGHTFITAPRVGTISPWSSKATDIIRNTGINTVKRVERAILFGIEGQVTT
SELKEIQDIVHDRMVEEIFSSKEDLQHLFEARTPKALEFINVLENGQQAIKAADKKLGLA
LSEQEIAYLTDEYTKLGRNPTDTELYMFAQANSEHCRHKIFNAKWTIDGQEQDKSLFKMI
RNTTEKSPKGVLSAYKDNAAVIEGTTAQRFYSSTQTGIYNFHQEEVDILIKVETHNHPTA
IAPFSGSATGVGGEIRDEGATGLGAKPKAGLTGFTVSNLNIPGFEQAWETSKYGKPNHIV
TPLQIMLEAPIGGAHYSNEFGRPNLNGYFRTYEQEVNTSTGKEMFGYHKPIMIAGGMGNI
KRMHVEKGDIKVGAKLICLGGPAMRIGLGGGAASSVVSSEANSELDFASVQRDNAEMERR
CQEVIDRCWQMGEHNPITFIHDVGAGGISNAFPELVKDGGVGGYFELRKVNVGEEGLSPL
EIWSNESQERYVLSVDPESLELFEQLCNRERCPFAVVGEAISEKHITLNDEYFDNKPVDL
PMGLLFGNTPQMHIDVKTVKVHQDVFDTSAIKLDEAIERVLKVPAVASKSFLITIGDRSI
TGMVARDQMVGPWQVPVADCAVTTATVDSQAGEAMAMGERTPVATINAAASGRLAIAEAV
TNLLAADIEKLSNIRLSANWMVAANQGDENQKLYETVKAVGMEFAPELGIAIPVGKDSMS
MKTKWSDNGQAKSVTSPLSLVISGFSPVTNARKTLTPVLVDDNDTTLLHIDLSNGAGRLG
ASCLAQAYNQVGNVAPDVEASKLKVLFENITKLKAENKILAYHDVSDGGVFATLVEMSFA
GRKGLDIKLQTQDVLAKLFAEEVGVVIQVKNSDVALVEEMFKDIQIHLCAIAKLNSNEEL
NIFVNGEKVYSNTRVNLQRWWAETSYQIQSIRDNSECAKQEFDSILNTNDKGIHVEATFD
LEEDITAKFVNIEKPKVAILREQGVNGQVEMAAAFTTAGFEAHDVHMSDLHAGRVTLADF
KVLVACGGFSYGDVLGAGGGWAKNILFTEKLRDEFSRFFGRDDTLALGVCNGCQMLAQLK
SLIKGAENWPIFIKNKSEQFEARVSMVEIQESDSIWFADMAGTKAPIAVAHGEGRPLFEN
DSQQQAMLASSQVALKYIDGQGQATEIYPYNPNGAVNGLTAVTALDGRVLAMMPHPERVY
RAITNSYIPAEYDEYSVWMRMFRNARKWVG
NT seq 3873 nt   +upstreamnt  +downstreamnt
atgattaggatttttgaaggtttaagtgcactgtctccttttaaacgagagaaaatttta
gtagctgctaaaaaaatatctagcaaggttgagttaatatcagcgcaatatatccatgtt
gttgaaattgatcaagggcttaatagtaaacaagaacagattattaaatctctacttaat
tacaataaagagtatggttcagctaatccaaaaggtcatacttttattacagcacctaga
gttggtactatttcgccgtggtcttctaaagctactgatattatccgtaatactggtatt
aatactgtcaagagagttgagcgagcaattttatttggtattgaggggcaagttactact
agtgagctaaaagaaattcaagatatcgttcatgatcgtatggtcgaagagattttctca
tcaaaagaggatttacaacacctatttgaagctagaactcctaaagctttagaatttatc
aacgttttagaaaatggccagcaagcaatcaaagctgctgataaaaagcttggtctagcg
ctcagtgagcaagaaatagcatacttgactgatgagtataccaagcttggtagaaatcca
acagatactgagctatatatgtttgctcaagcaaattcagagcattgtcgccataagatc
tttaatgccaaatggactatcgatggtcaggagcaagataaatcattatttaagatgatt
agaaatactactgagaaatctcccaaaggagtactttctgcatataaagacaatgccgct
gtgatagagggtacaacagcgcagagattttattcaagtactcaaacaggtatttataac
tttcatcaggaggaagtagatatattgataaaagttgagactcataatcacccaactgcg
attgcgccatttagtggttcggcaactggtgttggtggtgagattcgtgatgaaggtgca
acaggtcttggagcaaaaccaaaagctggtttgaccggttttacagtttcaaatctaaat
atcccaggttttgaacaggcttgggagactagtaaatatggtaagcctaaccatattgta
acacctttacaaataatgttagaagcgcctataggtggtgctcattactcaaatgaattt
ggtcgtccaaatttaaatggttatttccgtacctatgagcaagaggttaatacatctaca
ggtaaagaaatgttcggttatcacaagccgattatgattgctggtggtatgggtaatatc
aaaagaatgcacgttgagaaaggtgatatcaaagtaggagctaagctaatttgtcttggt
ggacctgctatgcgtattggtcttggtggtggtgcagcgtcatctgtagtttcatcagaa
gcaaattcagagttggattttgcatcagttcagcgtgataatgctgagatggagcgtcgt
tgccaagaagttatcgatagatgttggcagatgggcgagcataacccaatcacatttatc
catgatgttggtgctggcggtatttcaaatgcgtttccagagcttgtcaaagatggtggc
gttggtggatattttgagcttaggaaagtaaatgttggcgaagaagggctttctccacta
gaaatatggtcaaacgagtcacaagaaagatatgtattatctgtagatcccgaatcgcta
gaactttttgagcagttatgtaatagagaaagatgtccatttgcagtagtaggtgaggca
atttctgagaaacatattactcttaatgatgagtattttgataataagccggttgattta
ccaatgggattattatttggtaatactccacaaatgcatattgatgtgaaaacagttaaa
gttcatcaggatgtttttgatacaagtgctattaagttagatgaggcgattgagcgtgta
ctaaaagtaccagctgtagcttctaaatcttttctaatcacaattggtgatagaagtatt
acaggtatggttgctcgtgatcagatggtaggtccatggcaagtcccagtggctgattgt
gctgtaacaactgcaactgtagatagccaagctggtgaagcaatggcaatgggtgagaga
actcctgttgcaactattaatgcggctgcctctggtagattagcaattgctgaggctgta
acaaatttattagctgcagatattgagaaactaagtaatattcgtctatcggcgaactgg
atggttgctgcaaatcaaggtgatgaaaaccaaaagttatacgagactgtcaaagctgtt
ggtatggaatttgcaccagagttaggtattgcaataccagttggtaaagattcaatgtca
atgaaaactaagtggtctgataatggtcaagctaaatcagtaacatcgccattatcatta
gtgatttctggtttctctccagttactaatgcacgtaagactcttacaccagttttagta
gatgataatgatacaactttattacatattgatctatcaaatggtgctggtagacttgga
gcttcatgtttagctcaagcttataaccaagttggtaatgttgcaccggatgttgaagca
agtaagttgaaagtgctatttgaaaatatcacaaagctaaaagctgaaaataaaatctta
gcatatcatgatgtatctgatggtggtgtatttgcaactctagtggaaatgtcgtttgct
gggcgtaaaggtctagatattaaactacaaacccaagatgtgctggcgaaactcttcgct
gaagaagtcggggttgttatccaagttaaaaatagcgatgtagcactagttgaagagatg
ttcaaagatattcaaattcacctgtgtgcaatagctaagctaaactctaatgaggagcta
aatatctttgtaaatggcgagaaagtatactcaaatacacgcgtgaatttacaaagatgg
tgggctgagacttcttatcaaatccaatcaattcgtgataatagtgaatgtgctaaacaa
gagtttgatagtatcttaaatactaatgataagggtatccatgttgaggcgacatttgat
cttgaagaggatattacagctaagtttgtcaatattgagaagccaaaagtagcaatccta
agagagcaaggtgtcaacggtcaagttgagatggcagcagcatttactacagctggtttt
gaggctcatgatgtccatatgtcagatttacatgctgggcgtgtaactttggcagatttt
aaagtgttagtagcttgtggtggtttctcgtatggtgatgttttgggtgctggcggcggc
tgggctaaaaacatcttatttacagagaagctaagagatgagtttagtagattctttggt
cgtgatgatactctagcactgggtgtgtgtaatggttgtcaaatgctggcacaacttaaa
tcattaatcaaaggagctgaaaactggccgatatttatcaagaataaatcagagcaattt
gaggctagagtttctatggttgagattcaagagtctgactctatttggtttgctgatatg
gcaggcacaaaagcaccaattgcagtagctcatggtgagggtcgtccattatttgaaaat
gacagccagcaacaagctatgctagcaagctcacaagtagctcttaaatatatcgatggg
caaggtcaagcaacagaaatatatccatataatccaaatggtgctgtaaatggtctaaca
gctgtcacagctctagatggtcgtgtccttgcaatgatgccacatcctgagcgtgtctat
agagcgattacaaactcgtatatcccagcagagtatgatgaatattctgtatggatgaga
atgtttagaaatgctaggaagtgggttgggtag

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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 (6)   
   Pfam (6)   
All databases (27)   

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