KEGG   Helicoverpa armigera (cotton bollworm): 110378974
Entry
110378974         CDS       T05609                                 
Name
(RefSeq) phosphoribosylformylglycinamidine synthase
  KO
K01952  phosphoribosylformylglycinamidine synthase [EC:6.3.5.3]
Organism
haw  Helicoverpa armigera (cotton bollworm)
Pathway
haw00230  Purine metabolism
haw01100  Metabolic pathways
Module
haw_M00048  De novo purine biosynthesis, PRPP + glutamine => IMP
Brite
KEGG Orthology (KO) [BR:haw00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    110378974
Enzymes [BR:haw01000]
 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
     110378974
SSDB
Motif
Pfam: GATase_5 AIRS_C FGAR-AT_N FGAR-AT_linker AIRS
Other DBs
NCBI-GeneID: 110378974
NCBI-ProteinID: XP_021194118
EnsemblRapid: LOC110378974
Position
4:join(7063622..7063899,7063993..7064306,7064389..7064525,7064616..7064728,7064815..7065068,7065187..7065318,7065405..7065533,7065622..7065750,7065855..7065929,7066013..7066204,7066302..7066475,7066934..7067082,7067369..7067572,7067905..7068100,7068530..7068659,7068897..7069012,7069265..7069533,7069633..7069765,7069860..7069961,7070046..7070192,7070276..7070492,7070673..7070908,7071134..7071324)
AA seq 1338 aa
MCIIRFFCSEAFSAHKTKEILEKLQQVDADIVELSTELCYHVELREGCDYLNINQIKVLK
WLLSSPLQPQALRNETVYKDVKGSQTIIEIGPRFNFSTADSSNSVQICESVGLHDVIRLE
VSTRYLITFGRPKNVSEKLHEALAAPLHDRMTQCVYTKENLPRVSFNEGLPKDLEPWFVV
PLLKEGRPAMEKVNKKLGLAFDSWDMDFYMDMFVNKLKRDPTSVELFDLAQSNSEHSRHW
FFKGKLVLDGKEINESLIDMVASTQKTSNDNNVIKFGDNSSAIKGFKHSKLRPTNVRDPS
QVVKEDTESDIIFTAETHNMPTAVAPFSGATTGTGGRIRDVQGVGRGGHTVAGTAGYSVG
NLHIPGYELPWEEKGWEYPNNFASPLQIIIDASNGASDYGNKFGEPLISGFVQSYGLKNG
DNVREEFVKPIMFSGGIGYMPHNMIKKNKPEKGMMLVKVGGPVYRIGVGGGAASSVAVQG
GDARDHALDFGAVQRGDAEMGNRLNRVVRGCLEADINPVESIHDQGAGGNGNVLKELVEP
EGAVVYTKEFQLGDPTITTLELWGAEYQENDALLCSKENRAVLEDICRRERCPVSFVGEV
TGDGYMSLVEDAYTNKYLNRNERLKPETQSKMPYDLHLEAVLGNMPRKTFDLVTEKRTKL
PLSLPQNVTVHDALNRVLRVVNVASKRYLTNKVDRCVTGLIAQQQCVGPLHTPLADCAII
ALSYYDLVGSATSIGTQNIKGLLDPAAGARMSLGEALTNLVFAGISELEDVKCSGNWMWA
GKTGAEGGALVIACRAVCDAMARVGVAVDGGKDSLSMCAQVAGEKVKSPGTLVVSTYAPC
PDITVKIEPALLQEGSALVYVPVSPGKYRLGGSALAQCYKQLGDNPPDLDDPAVLKAMFK
VTQKLLKEGKLLSGHDVSEGGFVTTALEMGIGGIRGMNLDIQVEQNVSDIQALFNEELGI
IVEVSRDNVLYVLNEYKKNGVNAKQIGTSGHYGMNSEVTIKVNGKKVLDTKLIDVYRMWE
ETSYQLECLQANSDCVRQEWQGLAKRKGVTYNVTFDPSAAVVKTKPIRVAVLREEGTNGD
REMIASLMMANFDVFDVTMSDLQNKKITLDAFQGLVFPGGFSYADTLGSAKGWAAGILFS
DSLSSQFSHFKNRNDTFSLGVCNGCQLMALLGWVDPETTAKSANKTQVFLDHNASERFEC
RWSAVKITENNSDVWFRGMGGSVLGVWVAHGEGRFTVAEPRLLDKLQDNGQVAMQYVDDS
GEPTEEYPMNPNGSPVGIAGVRSRDGRHIAMMPHPERCVLRWQCSVTAAAPAGAANPTSQ
ASPWSRLFQNAYSWASHQ
NT seq 4017 nt   +upstreamnt  +downstreamnt
atgtgtattataaggttcttctgttctgaagcatttagtgcacataagaccaaggagatc
cttgaaaagttgcaacaagttgatgcagatatagttgagttgtccactgaactttgttac
catgtggagctcagggaaggctgtgactatctcaacattaatcaaattaaagttttgaag
tggctcctcagctctcctcttcagccacaagcattgagaaatgaaactgtatacaaagat
gtgaaagggagccaaacaataatagagattggaccaaggtttaatttctcaacggcagac
tcaagtaactccgttcagatatgcgagagcgttggcttgcatgatgttatacgcttggaa
gtttcaactagataccttatcacatttggaaggcctaagaatgtttcggaaaagttacat
gaagctttggctgcaccattgcatgataggatgacccaatgtgtttacacaaaagaaaat
ctaccaagggttagtttcaatgaaggattacctaaggatttagagccttggtttgtagtg
ccccttctgaaagaaggtagaccagcaatggaaaaagtcaataagaaattggggctggct
tttgattcttgggacatggatttctacatggacatgtttgttaataaattgaagcgtgac
cctaccagtgtagagttatttgaccttgcccagagtaatagtgaacattcacgtcattgg
ttctttaagggaaaattagtgttagatggcaaagagataaatgaatctctaattgatatg
gtagcttcaacacagaagacatcaaatgataataatgttatcaagtttggggacaacagc
agtgccatcaaaggttttaaacattcaaaactgcggccaaccaatgtcagggatccgtct
caggttgttaaagaggacacggaatcagacattatattcactgcagagactcataacatg
ccgacagctgtggctccattcagtggggcaacgacaggcactggcggacgtatcagggat
gttcagggtgtgggacgtggtgggcacacagtggctggcactgcgggatacagtgttgga
aatctgcatatacctggttatgaattgccctgggaagaaaagggttgggagtaccctaac
aactttgcaagccccctgcaaattattattgatgccagcaacggtgcatcggactatggt
aacaagtttggagaaccactgatttcaggttttgttcaatcatatggtttgaagaatggc
gataatgtcagagaggagtttgttaaaccgatcatgttcagtgggggtattggatacatg
ccacacaatatgattaagaagaataaaccagaaaaaggaatgatgttggtgaaggttgga
ggtccagtgtatcgtattggtgtgggaggcggcgccgcttcttcggtggctgttcaggga
ggagatgctagagatcacgctttagattttggagcagtacagagaggtgatgcggaaatg
ggtaaccgtctcaacagagttgttcgaggatgtttggaagcagatatcaaccctgttgaa
tcgattcatgaccaaggtgcaggtggtaatggtaatgtgctgaaagaattggtggagcca
gaaggtgctgtcgtttatactaaggagttccaattaggagacccgactatcacgacctta
gaactttggggtgcagagtaccaagagaacgatgctttgctatgttccaaggaaaatagg
gccgtccttgaagatatttgtcgtcgtgaaagatgcccagtgtcgttcgtgggtgaagtc
acgggagatgggtacatgagtttagtagaagatgcttacaccaacaaatatttgaataga
aatgagagactcaagcctgagacccagtctaagatgccgtatgatcttcatttagaagct
gttttgggtaatatgccgcgaaagacatttgatttggtcacggagaagagaaccaagctg
ccattgtctttgccacaaaatgtcaccgtacatgatgctttgaacagggtcttgagagtg
gtgaatgttgctagcaagagatatttgactaataaggtggaccgttgcgtcacaggctta
atagctcaacagcagtgtgtgggaccactacacacacccctggctgattgtgcaataatt
gcactctcgtactatgacctcgttgggtcggccacttctatcggtactcagaacattaag
ggactgttggaccctgcggcgggagctcgcatgtctttgggagaggctcttactaattta
gtgttcgcgggcattagcgagttagaagacgtgaagtgctcgggcaactggatgtgggcg
ggcaagacgggcgcggagggcggagccctagtgattgcgtgccgcgccgtatgcgacgct
atggcgagagtcggcgtcgctgtcgacggtggcaaggactccttgtctatgtgtgcgcaa
gttgccggggaaaaagtgaagtcgccaggaactttagtggtatcaacttacgcgccttgc
ccagacatcacggtcaaaattgaacctgcactattacaagaaggatcggctcttgtttac
gtaccagtcagtcctggaaagtacagacttggcggatcagcgttggctcaatgctacaag
caactcggtgacaacccaccagatcttgacgaccctgcggttctcaaggccatgttcaaa
gtaacacagaaactattgaaggagggtaaactgctatctgggcacgacgtgagcgaagga
ggatttgtgaccacagccttagagatgggtatcggtggcattcgcggtatgaacctcgac
attcaagtagaacagaatgtgtcagacattcaagcgcttttcaacgaggaattgggaata
attgtcgaagtttcacgcgataatgtattgtacgtcctcaacgaatacaagaagaacgga
gtgaatgccaaacaaattggcacttctggacactatggcatgaattctgaggtgaccata
aaagtgaacggcaaaaaggttctagatacgaagctgattgacgtgtacagaatgtgggaa
gaaacaagttaccaactggaatgcttgcaagccaacagcgactgtgttcgtcaggaatgg
caaggacttgctaagaggaagggcgtgacatacaatgtcactttcgatccatcagcggcg
gttgtgaagacaaaaccgattagagtagctgttcttcgtgaagaaggtacaaatggtgac
agggaaatgattgcatctctaatgatggcaaactttgatgtcttcgacgtgacaatgagt
gatttacaaaacaagaagatcactttggatgcgttccaaggcttggtgttccccggtggt
ttcagttatgctgatacgttgggttcagcaaagggatgggcagcaggcattttgttctca
gactctcttagctcacagttctcccacttcaagaacagaaatgacacattttcgttgggc
gtgtgcaatggatgccagctcatggcccttctaggctgggtagacccagaaaccacagca
aagagtgctaacaaaactcaagtattcctcgaccataatgcttcagaaagattcgaatgc
cgctggtcagctgtaaagataacggagaataactcagatgtatggttccgtggtatgggc
ggtagtgtactgggagtgtgggtggctcacggcgagggacgcttcaccgtcgccgagccg
cgcttgctcgacaaactacaggacaatggacaagtagccatgcagtatgtcgatgatagt
ggtgaaccaactgaggaataccccatgaatcctaatggaagcccagtgggtattgccgga
gtccgttctcgcgacggtcgtcacatcgccatgatgccgcaccccgagcgctgcgtgctt
cgctggcagtgcagcgtgaccgcggctgctcccgccggcgccgctaaccccaccagccaa
gcctcaccctggtctagactcttccaaaacgcatactcttgggcttcacaccagtaa

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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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   ENSEMBLRAPID (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (5)   
   Pfam (5)   
All databases (34)   

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