Mercurialis annua (annual mercury): 126659523
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Entry
126659523 CDS
T10153
Name
(RefSeq) lupeol synthase-like
KO
K15813
beta-amyrin synthase [EC:
5.4.99.39
]
Organism
mean Mercurialis annua (annual mercury)
Pathway
mean00909
Sesquiterpenoid and triterpenoid biosynthesis
mean00999
Biosynthesis of various plant secondary metabolites
mean01100
Metabolic pathways
mean01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
mean00001
]
09100 Metabolism
09109 Metabolism of terpenoids and polyketides
00909 Sesquiterpenoid and triterpenoid biosynthesis
126659523
09110 Biosynthesis of other secondary metabolites
00999 Biosynthesis of various plant secondary metabolites
126659523
Enzymes [BR:
mean01000
]
5. Isomerases
5.4 Intramolecular transferases
5.4.99 Transferring other groups
5.4.99.39 beta-amyrin synthase
126659523
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Motif
Pfam:
SQHop_cyclase_C
SQHop_cyclase_N
Prenyltrans
Pec_lyase
TED_complement
Mago-bind
Motif
Other DBs
NCBI-GeneID:
126659523
NCBI-ProteinID:
XP_050208772
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Position
LG8:complement(6668359..6688610)
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AA seq
761 aa
AA seq
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MWKLKISEGGNDGYIYSINNFLGRQTWEFDPHAGTPQELHEVEEARRYFWENRFQVKPCS
DLLLQFQFLREKNFKETISKVKIEDDENITREAATAALRRSAHFMSALQASDGHWCAEFS
GAMFFTPPMVFCLYITGHLSSIFPAEYRKEILRYVYCHQNEDGGWGLHIEGHSTMFCTVL
NYICMRILGEGADGGKENACERGRKWILDHGGATAISSWGKIWLSILGVYEWEGSNPVPP
EFWLLPPKFPAHPANMNCISRQIFASMSYLYGKRFVGPSTPLILQLREEIYNEPYNTINW
KRARHLCAKEDNQYPKSFTQKLMSDVLYTFTESFSSRWPFNKLREKSVKIAMDHIHYGNE
STRYINNGCIIKALNMLACWVEDPNGETFKKHLARVPDYIWIAEDGMKIKFMGSQLWDTS
FVLQALLASNLGSEMGPTIQKAYNFIKDTQISEKPLGDYKNMFCHVYKGAWPFSDIDNNV
QVSDNSAECMKCCLLFSMMSSKIIGEKIELPDLFDCVDVILSLQSKNGGMPAFEPARGAP
WLEWFSHVEFFEKIVVEHEYVECTSSTLQALVLFQKLYPTHKKEEIDHFIKNSIRFIEGT
QRTDGSWYGNFGVCFTYGTFFALKGLAAAGKTYKTCSAIRKGVDFLLKSQESDGGWGESH
LSCPEKMHVPLKDNRSNLVQTALAMMGLIYGGQVERDPTPLHRAAKLLINSQTELGGFPQ
QEITGAVMSSSLFHYGLYRHYFPFWALAEYCHHVPLPTKII
NT seq
2286 nt
NT seq
+upstream
nt +downstream
nt
atgtggaagcttaagatatcggaaggagggaatgatggttatatttacagtatcaacaat
tttctcggaaggcaaacatgggaatttgatcctcatgctggtactcctcaggagctgcat
gaagttgaagaagctcgacggtatttctgggaaaatcgttttcaagtcaagccttgctct
gaccttcttttgcaatttcagttcttacgagagaaaaacttcaaggaaacaatttcaaaa
gtcaagattgaagatgatgaaaacattacaagagaagctgccacagctgctttgaggagg
agcgctcattttatgtctgccttgcaggcgagcgatggtcattggtgtgcagaatttagt
ggtgcaatgtttttcacacctcctatggtcttttgcctctatattacaggacatctcagt
tctatatttcctgcagaataccgtaaagagatcctacgttatgtttactgccatcagaat
gaagatggtggatggggacttcatatagaaggtcatagcactatgttctgtacggttctc
aactatatatgcatgcgaatactcggggaaggagctgatggcggaaaagagaatgcttgc
gaaagaggtagaaaatggattcttgatcatggtggtgcaactgccataagctcttgggga
aagatatggctatcaattcttggagtgtacgaatgggaagggagcaatcctgtgccacct
gagttttggctccttccaccaaaatttccagcacatccagcaaatatgaattgcatctct
cgacaaattttcgcatctatgtcgtatttatatggaaagagatttgttggtccaagcaca
ccattgattttacaactaagagaagaaatttataacgaaccttataacacgattaattgg
aaaagggcacgtcatctatgcgcgaaggaggataatcaatatcccaagagttttacacaa
aagttaatgtcggatgttctttacacatttacggagtctttttcgagtcgctggcccttc
aataaattacgggagaagtctgttaaaatagcaatggatcatattcattatggaaatgaa
agtactcgatacattaataatggatgcataataaaggcacttaacatgcttgcttgctgg
gttgaagatcccaatggagaaacttttaagaaacatcttgcaagggttccagattatatt
tggattgcagaagatggaatgaaaataaagttcatgggttctcaattatgggataccagt
tttgttctccaagctctgcttgctagtaatcttggtagtgaaatgggacctacaattcaa
aaggcatacaattttataaaggatactcagatctctgaaaaaccactaggcgactacaaa
aacatgttttgtcatgtatataaaggtgcatggcctttttcagatattgataataatgtg
caagtttctgataattctgcggaatgtatgaagtgttgtctacttttctcaatgatgtcc
tctaaaatcattggtgagaaaatagaactgcccgacttgttcgattgtgttgatgtcata
ctttctcttcagagcaagaatggcggcatgccggcctttgaaccggcaagaggagcgcca
tggcttgagtggttcagccatgtggaattctttgaaaagattgtagttgagcatgagtat
gtagaatgcacttcttcaacacttcaagcattagttctatttcaaaagttataccctaca
cacaagaaggaggagattgatcatttcattaaaaattctataaggttcattgaaggcaca
caaaggactgatggttcatggtatggaaattttggagtatgcttcacgtatggcaccttc
tttgcacttaaagggttagccgctgctggcaagacatataaaacttgttcggctattcgc
aagggtgtcgattttcttcttaaatcacaagaaagcgatggcggatggggagagagtcac
ctttcatgccccgaaaagatgcatgttcccctcaaagataatcgatcaaacctagtacag
acagcattagctatgatgggcttgatttatggtggacaggtcgaacgagatcctacaccc
ctacatcgtgccgcaaagctgttgataaattctcaaactgaattgggtggttttccccaa
caggaaataactggagcagtcatgagcagtagtttgtttcactatggcttgtatcgacat
tattttccattctgggccttagcagaatactgtcatcatgttcctttgcctactaaaatt
atttaa
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