PlantSME Plant secondary metabolism enzyme database

AMhypScaffold_150097310.1 amaranthus_hypochondriacus

Protein ID: AMhypScaffold_150097310.1
Record level: protein/isoform record
Species：Amaranthus hypochondriacus (amaranthus_hypochondriacus)
3
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 HMGR
→
Library Terpenoid Official Library
→
Method blast
Pathway Phenylpropanoid pathway
→
Module Phenylpropanoid portable pathway
→
Family PAL
→
Library Phenylpropanoid Official Library
→
Method hmm
Pathway Rosmarinic acid pathway
→
Module Rosmarinic acid portable pathway
→
Family PAL
→
Library Rosmarinic acid Official Library
→
Method hmm
Annotation Details
Pathway Module Family Library Method
Terpenoid pathway Terpenoid portable pathway HMGR Terpenoid Official Library blast
Phenylpropanoid pathway Phenylpropanoid portable pathway PAL Phenylpropanoid Official Library hmm
Rosmarinic acid pathway Rosmarinic acid portable pathway PAL Rosmarinic acid Official Library hmm
Protein Sequence
MGFNYTIILYFLFIYFHSYTTTIFVVSEGNGSTTSTPIIQCIEAERKALKIFREKLVDLSGRLSSWDSDDCCSWKGISCD
NRTGHVTAINLRNPQISRYGDMFSDSDEKAFLGGKLSISLLELKYLSHLDLSLNYFEGSPIPEFFGELKRLTYLNLACSG
FSGIVPPQLGNLTNLQSLDLYSGFLFNSLSTKSLYWLTNLSSLKYLNLGGVTLSSDWLPSLSKLHSLLDLNLYDCSLNTT
FSDNLPSVNFTSLVRLNMSSIGMLQGSHLSWLSDLTSLEVLDLSRNFDLVGPIPTLYADLRYLDLSATDLSVDLHEILLG
FQNMSNLQYLDLSLSNFSGSIPTYVGNFSSLRMLDLSSNYLTGSIPTSLGNLIFLQKLNLSENSLLGLIPSSIGNLLSLE
ILDLSQNMMNGNIPESLGRLSQLVELHLDLNNWRGILTEAHLISLASLKSFMLTTNPPMSLAFNVSYDWIPPFNLEVLDI
KNCLVGPAFSVWLQKQRSLTSVVLQNTGISDIIPDKWFSSIASDLTYLDLSMNKIRGKLPRGLVFPNLSLVNLSYNQFEG
EFPNWSSTATEELYLQENLFSKSLPQDIGDLMPKLFEMDLSWNLFDSIIPSSLCKMKNMVVLLLGNNKFSGDIPDCWDKA
NAIWALDLSNNRLSGTMPTSFRNSSLRALFLGNNNLHGKIINASDNYIMILDLGENNFSGSLPERMNEGFSRLLMVVLRD
NFFSGKIPPGFCKFDFLHYFDLSWNNFSGTIPKCINNLTALVDAESDIFHVIQHGFNVNYDGVLNIRTKGNEYEYGETAS
LVNGIDLSGNFLSGEIPVQMTNLQLTSILNLSRNHLSGNIPQDIGNMINLETLDLSCNHLSGPIPPSLSSPTFLSHLNLS
YNNLEGRIPSGNELQTLTDPSIYEGNPLLCGTPLPTKCPGDPETTVGVHEEEQDKNENVDVWFYLVIALGFIVGFWGVCG
TLVLNSSWRDAFFKFFGRIKPLQRNGSTTSTPIIQCIEAERKALEIFRENLVDFSGRLSSWESDDCCSWQGITCDDNTGH
VTSINLRNPQRSRYRYTFDDSISDTKASLGGKLSISLLELKYLSHLDLSLNDFEGNPIPKFLGELKRLTYLNLACSNFSG
IVPPQLGNLTNLQSLDLYSDFSFNSLSTKSLYWLTNLSSLKLNMSSNGIRHGSHLSWLSDLTSLEVLDLSWNYDLVGPIP
TLYADLTYLDLSRTDLSFDLHEILLGFQKMSNLQYLDLSYSNFSGSIPSSIGNLISLRKLDLSGNSLLGLIPSSIGNLLS
LEILDLSENMMNGNIPESLGRLSQLVELHLNSNNWTGILTEAHLISLRSLKSYKLTTDAPMSLAFNVTYDWVPPFNLEVL
DIENCLVGPAFSVWLQKQRSLTSVVLQNTGISDIIPDNWFSSIASDLTYLDLSSNKIRGKLPRGLVFPNLSFVNLSCNQF
EGEFPNWSSTATEELYLQENIFSKSLPQDIGDLMPKLFEMDLSWNLFDSIIPSSLCKMKNMVVLLLGNNKFSGDIPDCWD
KAEHLWGLDLSNNRLSGKIPPGFCKFEYLHYFDLSWNNFSGTIPKCINNLTALVDAESDIFHDIQHDFKVNYVGVLNIRT
KGNEYEYGKTASLVNGIDLSGNFLTGEIPVQMTKLKATSILNLSRNHLSGKIPQDIGDMIALETLDLSCNHLSGPIPPSL
SSPTFLSHLNLSYNNLEGRIPSGNELQTLTDPSIYEGNPLLCGTPLPTKCPGDPETTVGVHEEKQDKNENEDVWFYLVIA
LGFIVGFWSVCGTLVLNNSWRDAFFKFFGRIKPLQSLMD*