KEGG   Solenopsis invicta (red fire ant): 105193744
Entry
105193744         CDS       T03916                                 
Name
(RefSeq) phosphoribosylformylglycinamidine synthase isoform X1
  KO
K01952  phosphoribosylformylglycinamidine synthase [EC:6.3.5.3]
Organism
soc  Solenopsis invicta (red fire ant)
Pathway
soc00230  Purine metabolism
soc01100  Metabolic pathways
Module
soc_M00048  De novo purine biosynthesis, PRPP + glutamine => IMP
Brite
KEGG Orthology (KO) [BR:soc00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    105193744
Enzymes [BR:soc01000]
 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
     105193744
SSDB
Motif
Pfam: GATase_5 AIRS_C FGAR-AT_N FGAR-AT_linker
Other DBs
NCBI-GeneID: 105193744
NCBI-ProteinID: XP_011156619
Position
6:complement(23185393..23194952)
AA seq 1342 aa
MIVNTNRVKATVLKYHKKMVILKFYKAPGLKTGQLKNKLHKVSQIEASVTDLETELCYYV
ETLESLQEDEIRVLKWILSPIFEGGLRCDSVFNETQSATIIEIGPRLNFSTAFSTNVVSI
CKTVKLNKVTRIEVAIRYRIKHKGSLNKEVENAIVEVLGDRMTECRYIKPIETFDHGFRP
EKWFEVDVIKKGRKALEEVNQKLGLAFDDWDLDFYTELFLRKLKRNPTSVECFDLAQSNS
EHSRHWFFKGRIILDGKEKEESLIDMIIDTQNYSNPNNVIKFSDNSSAIEGFQILVLRPT
KTYKCSNFHLEDIKQHLIFTAETHNFPTGVAPFSGATTGTGGRLRDIQGIGRAGYYIAGT
AGYSVGNLCIPGYDLPWEEKDKVYPNNMASPLEIIIEASNGASDYGNKFGEPVISGFARS
YGATDDEGVRREWIKPIMFSGGLGTMDANMAKKIPAERGMEVVKIGGPVYRIGVGGGSAS
SMEVQGDNSMELDFGAVQRGDPEMEQKLNRVVRACAEMGDSNPILSIHDQGAGGNGNVLK
ELVEPAGAVIFTKNFDLGDPSISTLELWGAEYQESDAILCKSEDSDLLKKIAAREKCPIN
FVGTVTGNGKIVVSEEEDYDISKYLNDEDKNLDSSKHPVNLELEVILGKMPRKVFNLHNI
PLQRSPIKLPDELTVFNVLDRVLRLPSVASKRYLTNKVDRCVTGLVAQQQCVGPLHTPLA
DVAVTAISHFSTKGIATSIGEQPIKGLVNEAAGARMTVAEALSNLVFARISALRDVKCSG
NWMWPAKLPGEGAALYKACSAMCSLMKELGIAIDGGKDSLSMAARINKDIVKAPGTLVVS
CYAPCPDVRQIVTPDLKAPAMGQQGCLLFVDLSCGKNRLGGTALSQVYCQLGNDAPDVED
VQILKNAFNATQQLIADEKVLAGHDISDGGLITCLLEMCFAGISGINVNITHKSAPAIDI
LFSEEVGWILEISEGYQDEAIQMFQSYGVPVYLIGRSVGLGMTSKVIIKVQNEIVLNTTV
IDSMNIWEETSYQLEHHQTNVTCALEEFFRLRERTVPAYRLSFDPTRSRPIPKDPSAHVK
VAVIREEGINGDREMAASLLEAGFDVWDVTMQDLLENQIKLEIFRGVIFPGGFSYADVCG
SAKGWAASFLYHPSLREQLQQFVAREDTFSLGVCNGCQLMSLLGWVGDEDTKDEDGPGIC
LDHNLSERFECRWTTVKIENSPSIMLKGMQNSVLGVWVAHGEGRFTFREEVLKTLERNKC
LPIRYTDDHANPTERYPMNPNGSVNGIAGICSKNGRHLAMMPHPERCTRIWQWPWKPVGW
NYEASPWQRLFDNAYTWCQECN
NT seq 4029 nt   +upstreamnt  +downstreamnt
atgatagtaaacacaaacagggttaaagctaccgtacttaaatatcataagaaaatggtt
atcttgaagttttacaaggcgccgggtctaaagacaggccagctgaagaataaactacac
aaggtgtcgcaaatcgaagcctcggtaaccgatcttgagactgaattgtgttattacgtg
gaaacactcgaatcactccaggaagatgagattcgagtattaaaatggatcttgtcacct
atctttgaaggaggattgcgatgcgatagtgtgtttaatgagactcaaagtgctactatt
attgaaattgggcctagattgaatttttccactgcattttctactaatgtagtttccata
tgtaaaactgtgaaattaaataaagtaacaagaatagaagtggctattagatacaggatt
aaacataaaggaagccttaacaaagaagtagagaacgccattgtagaagtgttaggagat
agaatgacagaatgtagatacataaaacctattgaaacatttgatcatggctttaggcca
gagaaatggtttgaagttgatgtaattaaaaaaggcaggaaagctttggaagaagttaat
cagaaattgggtttggcatttgatgattgggatttagatttttatacagaattatttttg
cgaaaattaaaacgtaatccaactagtgtagaatgtttcgatcttgctcaatctaacagt
gaacatagtcggcactggttcttcaaaggacgtattattttggacggcaaagaaaaagaa
gaatctctaattgacatgattattgatactcaaaattattctaatccaaacaacgtgatt
aaattcagcgacaatagtagcgcgatagaaggatttcaaattttggttttacgtcctaca
aaaacttataagtgcagcaactttcatctcgaagacatcaaacagcatctcatttttacc
gctgagacgcataattttccaactggcgtggcacctttcagtggcgccacaacgggtact
ggaggtcgactaagagacatccaaggaattggtagagctggatattacatagcaggcacc
gcgggttacagtgtcggtaatctgtgtattccaggctatgatttgccgtgggaagagaag
gataaagtttatcccaataatatggcatcgccgttggaaataattattgaggcaagcaat
ggtgcttctgattatggaaacaaatttggagaacctgtaatatccggcttcgctcgttct
tatggagcgacagacgatgaaggagttagacgagaatggatcaaacctataatgtttagt
ggaggattaggaaccatggatgcgaatatggctaagaaaattccagcggagcgaggtatg
gaggtagtcaaaattggtggaccggtttatcgaattggtgtaggcggcggatcagcaagt
tctatggaagtgcaaggtgataacagcatggaattggattttggtgctgtgcaacgtggc
gatcctgagatggagcaaaagttgaatcgcgttgtgcgagcgtgcgcagaaatgggtgat
agcaatccgatccttagcattcatgatcaaggtgctggagggaatggcaatgtcttaaaa
gaattagtggaacctgcaggtgccgtaatttttacgaaaaacttcgaccttggcgatcct
agtatcagcacattggaactctggggtgcagagtaccaggagagcgacgctattttatgc
aagtcggaggacagcgatttgctgaagaaaattgctgctcgtgaaaaatgtccaatcaat
tttgtcggcactgttacaggaaatgggaaaatcgttgtttctgaagaagaggattatgat
atttcaaaatatcttaatgacgaagataagaatctagacagcagtaagcatcctgtgaat
ctagagctggaggtaattcttggaaaaatgcctcgcaaggttttcaatttgcataacata
ccattgcagagatctccaataaaattgcctgatgaattaactgtatttaacgtattggac
agagttttacggcttccttcggtagctagcaagcggtatttaacgaacaaggtagatcgt
tgcgtaactggtttagtggctcagcagcaatgcgttggtccattgcatactcccctggca
gatgttgctgtgacagccatttcgcatttttccacaaagggcatcgcaacttccattggc
gaacagccgattaaaggattagtgaacgaagcggcaggcgctcgaatgacagtagccgag
gctctcagcaacctggtgtttgcgcgtatttctgcattgcgagacgtcaaatgtagcggc
aattggatgtggccagcgaagcttccaggcgaaggcgcggcactttacaaggcgtgctcg
gcaatgtgttcactgatgaaagaacttgggatcgcaatcgacggcggtaaggactcgctc
agtatggctgcacgtatcaacaaggatattgtcaaagcgccgggtactcttgtcgtatct
tgctacgcaccatgtcctgacgttcgtcagatagtcactccagatctcaaagctcccgcc
atgggacaacagggttgtctactctttgttgatttgtcttgcggaaagaatcggctcggt
ggaactgccctgtctcaagtctattgtcaattgggcaacgatgcgccagatgtcgaagat
gtgcaaattctcaaaaatgcctttaatgctacgcagcaactaatcgccgatgagaaagtc
cttgcaggtcacgatatcagcgatggtggactaattacgtgccttctagaaatgtgtttc
gctggaatctcagggataaatgttaatataactcataaatctgcacctgccattgatatt
ttattttccgaagaagtcggctggatattagagatcagcgagggatatcaagacgaagcg
atacaaatgtttcaaagctatggagtaccagtatatctgatcggaaggtctgtgggtctt
ggcatgacctcgaaggtgatcattaaagttcaaaatgagattgtactgaacactacagta
atcgattcgatgaacatttgggaagaaactagttatcagctagaacaccatcaaacaaat
gttacttgtgccttggaagagtttttcagactaagagaacgaactgttccagcctatcgt
ctgagtttcgatcctactagatctcgacctataccaaaagatccatcagcgcatgtcaaa
gtagctgtcatacgagaggaaggtattaatggcgatagagaaatggcggcttctctattg
gaagccggtttcgatgtttgggatgttacgatgcaagatttactggaaaatcaaatcaaa
ttggaaatctttaggggtgttattttccccggtggttttagctatgccgatgtttgtggt
tccgccaaaggatgggctgccagtttcctttatcatccttctctacgtgagcaattacag
caatttgtggctcgtgaagatacttttagtttgggtgtttgcaatggttgtcaattgatg
agtttattaggctgggtaggcgacgaggacactaaagacgaggatggaccagggatttgt
ttggatcacaatctctcggagagattcgagtgcagatggaccaccgttaaaatcgaaaat
tcaccatcgatcatgttaaagggcatgcagaatagcgtgctaggtgtatgggtggctcat
ggagaagggagatttacttttcgcgaggaagttctaaaaactctcgagcgaaataaatgc
ttaccaatcaggtacacggatgatcatgccaatccaactgaacgctatcctatgaatccg
aatggtagtgtaaatggtattgctggcatatgttcgaaaaatggacgacacctggcgatg
atgccgcatccggaaagatgcacgcgaatatggcaatggccttggaaaccagtaggatgg
aactatgaagcctcgccatggcagcgacttttcgacaatgcatatacctggtgtcaagaa
tgcaattag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (2)   
   KEGG MODULE (1)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (7)   
   RefSeq(nuc) (5)   
   GenBank (1)   
   EMBL (1)   
Protein domain (4)   
   Pfam (4)   
All databases (60)   

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