PlantSME Plant secondary metabolism enzyme database

fragaria_x_ananassa_maker-Fvb2-3-snap-gene-59.61-mRNA-1 fragaria_x_ananassa

Protein ID: fragaria_x_ananassa_maker-Fvb2-3-snap-gene-59.61-mRNA-1
Record level: protein/isoform record
Species：Fragaria x ananassa (fragaria_x_ananassa)
5
Assignments
Phylogenetic Position
Algae
Bryophytes
Lycophytes/Ferns
Gymnosperms
Basal angiosperms
Monocots
Eudicots
Annotation Path
Each assignment is summarized in the order Pathway -> Module -> Family -> Library -> Method.
Pathway Terpenoid pathway
→
Module Terpenoid portable pathway
→
Family BAHD
→
Library Terpenoid Official Library
→
Method blast+hmm
Pathway Rosmarinic acid pathway
→
Module Rosmarinic acid portable pathway
→
Family RAS
→
Library Rosmarinic acid Official Library
→
Method blast+hmm_conflict
Pathway Phenylpropanoid pathway
→
Module Phenylpropanoid portable pathway
→
Family HCT
→
Library Phenylpropanoid Official Library
→
Method blast+hmm
Pathway Alkaloid pathway
→
Module Alkaloid portable pathway
→
Family CYP80B1
→
Library Alkaloid Official Library
→
Method blast
Pathway Flavonoid pathway
→
Module Flavonoid portable pathway
→
Family PAL
→
Library Flavonoid Official Library
→
Method hmm
Annotation Details
Pathway Module Family Library Method
Terpenoid pathway Terpenoid portable pathway BAHD Terpenoid Official Library blast+hmm
Rosmarinic acid pathway Rosmarinic acid portable pathway RAS Rosmarinic acid Official Library blast+hmm_conflict
Phenylpropanoid pathway Phenylpropanoid portable pathway HCT Phenylpropanoid Official Library blast+hmm
Alkaloid pathway Alkaloid portable pathway CYP80B1 Alkaloid Official Library blast
Flavonoid pathway Flavonoid portable pathway PAL Flavonoid Official Library hmm
Protein Sequence
MRQVLILLSYCLQGGQEQEPSPPLQLDNQTSQSQQYTTNLMEHISECFIQPHHVSEESKQPFYLTPSDLAMLSVHYIQKG
LLFTKPPEASNPSFLDTLLAKLKHSLSLALVHFYPLAGRLVTKKEQDPPVYLVYVDCSNTPGAKFIHASLDMSISDILSP
TDVPLVVQSFFDHDRTVNHDGHTTSLLTAQVTELVDGVFIGLSMNHCLGDGTSYWNFFNTWSEIFQAQGSNFTLSNPPVL
DRWFPQGHGPIISLPFTDPSEFIDRFEASKLRERMFHFSSESLAKLKAKANSECNTSKISTFQALSALLWRTITRARVLP
PDQETSCKLAANNRARLDPPLAPNYFGNSVYPITSEPIKAGELLDHGLGWAALKVHRAVVNLNHQALKGFLDHWLKSPTV
FSLRYFDPFSVMMGSSPRFDMYRNEFGMGKAVALRSGYANKFSGKVSSFQGREAGSIDLEVCLPPEAMRALESDDEFMEA
ASVATIANTQQYKSFTLSIMESPNVKYISECFIQPHLASEESKQPFYLTPSDLPMLSFHYIQKGLLFTKPPEARNPCFLQ
TLLAKLKHSLSLALVHFYPLAGRLVTKKEQDPHLYLVYVDCSNTPGAKFIHASLDMSISDILSPTDVPLVVQSFFDHDRA
VNHDGHTTSLLTAQVTELVDGVFIGLSMNHSLVDGTSYWNFFNTWSEIFQAQNNNITLSNPPVMDRWFPEGLGPIISLPY
TEPSEFIDRFEASKLRERMFHFSSESLAKLKAKANSECNTSKISTFQALSALLWRTITRARVLPPDQETSCKLAANNRAR
LDPPLAPNYFGNSVYPITSEPIKAGELLDHGLGWAALKVHRAVVNLNHQALKGFLDHWLKSPAVFSPRFFDPFSVMMGSS
PRFDMYRNEFGLGKAVALRSGYANKFSGKVSAFQGCEAGSIDLEVCLPPEAMRALESDDEFMEAASVATIANTRVQLIHN
IMDSPNVKYISECFIQPHSASEESKKPFYLAPFDLAMLSAHYIQKGLLFTKPPEANNNPNFLQTLLAKLKHSLSLALVHF
YPLAGRLVTKKEQDPHLYLVYVDCSNSPGAKFIHASLDMSISDILSPTDVPLVVQSFFDHDRAVNHDGHTTSLLTVQVTE
LVDGFFIGLSMNHALGDGTSYWHFFNTWSEIFRAEENNVTLSEISRPPVLERWFPEGLGPIFSLPYTNPDEFIERFEAPE
MRERIFHFSSESIAKLKSRPIQSALSALLWRSLTRARGFAPNQETSCRLAANNRARINPPLSPNYFGNSIHPVKSQPVKA
GELLENGLGWAAWKLHETVVNHNDKWIRQSIDAWLKSPTVYQLSRTFDPHSIMMGSGPRFDMYGNEFGMGKAVALRSGYA
NKFIGKVTSYSGREAGSIDLEVCLPPAAMRALESDAGFMEAASVPSYD