Stylophora pistillata (Smooth Cauliflower Coral): 111328606
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Entry
111328606 CDS
T05774
Name
(RefSeq) trifunctional purine biosynthetic protein adenosine-3-like
KO
K11787
phosphoribosylamine--glycine ligase / phosphoribosylglycinamide formyltransferase / phosphoribosylformylglycinamidine cyclo-ligase [EC:
6.3.4.13
2.1.2.2
6.3.3.1
]
Organism
spis
Stylophora pistillata (Smooth Cauliflower Coral)
Pathway
spis00230
Purine metabolism
spis00670
One carbon pool by folate
spis01100
Metabolic pathways
Module
spis_M00048
De novo purine biosynthesis, PRPP + glutamine => IMP
Brite
KEGG Orthology (KO) [BR:
spis00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
111328606
09108 Metabolism of cofactors and vitamins
00670 One carbon pool by folate
111328606
Enzymes [BR:
spis01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.2 Hydroxymethyl-, formyl- and related transferases
2.1.2.2 phosphoribosylglycinamide formyltransferase 1
111328606
6. Ligases
6.3 Forming carbon-nitrogen bonds
6.3.3 Cyclo-ligases
6.3.3.1 phosphoribosylformylglycinamidine cyclo-ligase
111328606
6.3.4 Other carbon-nitrogen ligases
6.3.4.13 phosphoribosylamine---glycine ligase
111328606
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
GARS_A
Formyl_trans_N
GARS_N
AIRS_C
GARS_C
AIRS
ATP-grasp_2
ATP-grasp
ATP-grasp_3
CPSase_L_D2
ATP-grasp_4
RimK
MrpH_C
Dala_Dala_lig_C
ATP-grasp_5
Motif
Other DBs
NCBI-GeneID:
111328606
NCBI-ProteinID:
XP_022788815
LinkDB
All DBs
Position
Unknown
AA seq
1028 aa
AA seq
DB search
MGDKVLLVGGGGREHAIGWKLSQSNHVGQVFVAPGNAGTSLQPKTQNIPSTSVDCNDNES
VVEYCVENKIDFVIIGPEVPLANGLADALRDMKIPCFGPSRRAARIESSKQFAKEFMQRH
GIPTARWKAFTDPEEACKHIESADYEALVIKASGLAAGKGVVVASRKEEAVKAVREMLQD
KIFGEAGSTIVIEEKLEGEEVSVLCFTDGKTIAIMPPAQDHKRLLDNDQGPNTGGMGAYA
PCPQVSMHLKEEIARDVLQKTVDGLREEECPFVGVLFAGMMLTANGPRVLEFNCRFGDPE
TQVILPLLKSDLYATLLECVNGELSLSLPQWHTDRFAVGVVAASGGYPGSVKKGCVLKGL
RDLEGQNNVVVFHAGTAIQRKEDDKVLVTSGGRVMAVVGLATGIEDAQKTAYDSIKKVMF
EGIQYRKDIASRACRARGLTYSAAGVDIDAGNLLVNAIKPLAASTARTGCTGDLGGFGGF
FDLKAAGYSDPLLVSGTDGVGTKLKIAQTVGMHSSVGIDLVAMCVNDILAHGAEPLYFLD
YFATGKLDVGVAKEVILGVARGCSQAGCALLGGETAEMPGMYSFGEYDVAGFAVGAVERN
KVLPRTQDIIVDDLVIGLASSGIHSNGFSLVRKIIDKAGLSYDSPCPFSTTEGLQSVTKL
GEALLSPTKIYCQAVLPLMQARKVKAFAHITGGGLTENIPRVLPHGLGVSLDASSWSIPA
VFGWIFGQGNVATLEMVRTFNCGIGAGLVVGQETAASVMEHLTALNEKAWIIGKVTENKE
DIDKVIVNNLESVFCESARKANINHQDENETIKGPKLSNVEMHCRKKMKVGVLISGSGTN
LQALIDQSLRQDSSAEIAVVISNVPGVQGLTRAQTAAIPTKVIKHKDFKSRLDFDMAVHA
ALKEAGVELVCLAGFMRIVTGEFVRKWRGRLLNIHPSLLPSFKGMHAHKLVLEAGVCISG
CTVHFVEEEVDAGAIVTQEAVEVKHNDTVETLQERVKTAEHRAYPRAMELLASGRIKLND
QNKVQWMW
NT seq
3087 nt
NT seq
+upstream
nt +downstream
nt
atgggtgacaaggttttactggtcggtggaggaggaagagagcatgccattggatggaag
ctttcccaatcaaatcatgtcgggcaagtctttgttgcaccgggcaatgcgggaacttct
ttacaaccgaaaacacagaacattccttccacaagcgtcgattgcaacgataacgaaagc
gtcgttgaatactgtgtagagaacaaaatagactttgttattattggacccgaagtaccg
ttagcgaatggtttagctgatgcgctacgggatatgaaaatcccttgttttgggccgagt
cgcagagctgctcggatcgagtcaagcaaacagttcgccaaagagttcatgcagcgccac
ggtattccaacggcgcgatggaaggcctttactgacccagaggaagcgtgtaaacatatt
gaatcagctgattatgaagctctggtgataaaagccagcggtctagccgctgggaaaggt
gttgttgttgccagtaggaaagaagaggctgtgaaagctgtcagagaaatgcttcaggac
aagatatttggcgaggcagggtcaacaatcgtgattgaagaaaaattagaaggagaggag
gtttctgttctctgtttcaccgatggtaagacaattgctataatgcctcctgctcaagat
cataagcgcttattagacaatgatcaaggtcctaacacaggaggaatgggtgcatatgca
ccttgtccacaggtttccatgcatctgaaggaagaaatagccagagatgttctccagaag
acagttgatggtttaagggaagaagagtgtccatttgttggagttctctttgccggaatg
atgttaacagctaatggtcccagggttctggagtttaattgtcggtttggtgatccagag
acacaagttatattgccactactgaagagtgatctctatgcaacccttctggaatgtgta
aatggtgaattaagcctttccctaccccagtggcatacagacaggtttgctgtgggtgtc
gttgcagctagtggtggatatcctggttcagttaagaaagggtgtgtcctcaagggcttg
agagacttggagggtcaaaataatgtagtggtgtttcatgctgggacagccatccaaaga
aaagaagatgacaaagttttagttacttctggtggaagggtgatggcagttgttggcttg
gcaacaggaatagaagatgctcagaaaacagcatatgatagtatcaagaaggttatgttt
gaggggattcagtacaggaaggatattgcatctagagcttgcagagccaggggcctaacc
tactctgctgctggagtggacatagatgcaggcaaccttctggtgaatgcaatcaagccc
ctagctgcctctacagctcggactggttgtacaggtgatcttggtggctttggaggcttc
tttgatctcaaggctgctggctactcagatccattgcttgttagtggcacggatggtgtt
ggaactaaactcaagattgctcagactgttggcatgcatagctcagttggtattgatctg
gttgcaatgtgtgtgaatgacattcttgcacatggtgctgagccgctgtattttctggat
tactttgcgactggcaagctcgatgtgggtgtggccaaggaggtgattcttggtgtagct
cgaggctgttctcaagcaggatgtgctctgttaggaggagaaacagcagaaatgccagga
atgtactcatttggagaatatgatgtggctggttttgctgttggtgctgtagaacgtaac
aaagttcttccaaggacacaggatatcattgtggatgatttagtcattgggttggcttca
tctggcatccatagtaatggcttcagcttagtcaggaaaatcatcgacaaggctggactg
agttatgattctccatgtcctttctcaaccactgaaggccttcagtctgttactaaatta
ggtgaagctcttctttcaccaaccaagatttactgccaggctgttcttcccctgatgcaa
gccaggaaagttaaggcttttgcacatataacaggaggaggtctaactgaaaacattcca
cgtgtcttgccccacggcttgggcgtgtcacttgatgctagctcttggagtattccagca
gtgtttgggtggatatttggacaagggaatgtagcaacgcttgaaatggtacggactttc
aactgcggtattggagcaggccttgttgttggtcaagaaacggctgcctcagttatggaa
catcttacagcattgaatgaaaaagcttggattataggcaaagtcactgaaaataaggaa
gacattgataaagttattgtgaacaatcttgaaagtgtgttttgtgagtctgctagaaag
gcaaacatcaatcaccaggatgagaatgaaacgattaaaggaccaaaactaagtaatgtg
gaaatgcactgtagaaagaaaatgaaagtaggggtgcttatttcaggctcaggaacaaac
ttgcaagctctgattgatcagagcttgaggcaggacagtagtgcagagattgctgtggtc
atatcaaatgtacctggtgtacagggtctaacccgggctcaaacagctgctatcccaact
aaagttattaagcacaaggatttcaaaagccgtttggattttgatatggcagttcatgca
gcattgaaggaggctggagtggaactggtttgtttagcaggatttatgaggattgttacg
ggcgagtttgttcggaagtggcgcggtcggttactgaatattcacccttcattgcttcct
tcattcaaaggcatgcatgcacacaaacttgtgttggaggcaggtgtctgtatttctgga
tgtacagttcactttgtggaggaagaggttgatgcaggtgcaatagtgactcaagaagca
gtggaagttaagcacaatgacactgtggaaacactgcaagaaagagtgaaaactgctgag
cacagagcatacccacgggctatggaactgctagcaagtggcagaataaaactaaatgac
cagaacaaagttcagtggatgtggtag
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