PlantSME Plant secondary metabolism enzyme database

GBG61372 chara_braunii

Protein ID: GBG61372
Record level: protein/isoform record
Species：Chara braunii (chara_braunii)
6
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 Flavonoid pathway
→
Module Flavonoid portable pathway
→
Family F3'H/CYP75B
→
Library Flavonoid Official Library
→
Method blast
Pathway Rosmarinic acid pathway
→
Module Rosmarinic acid portable pathway
→
Family TAT
→
Library Rosmarinic acid Official Library
→
Method blast
Pathway Phenylpropanoid pathway
→
Module Phenylpropanoid portable pathway
→
Family C3'H/CYP98A
→
Library Phenylpropanoid Official Library
→
Method blast
Pathway Terpenoid pathway
→
Module Terpenoid portable pathway
→
Family BAHD
→
Library Terpenoid Official Library
→
Method blast
Pathway Alkaloid pathway
→
Module Alkaloid portable pathway
→
Family STR
→
Library Alkaloid Official Library
→
Method blast
Pathway Steroid pathway
→
Module Steroid portable pathway
→
Family FK
→
Library Steroid Official Library
→
Method blast
Annotation Details
Pathway Module Family Library Method
Flavonoid pathway Flavonoid portable pathway F3'H/CYP75B Flavonoid Official Library blast
Rosmarinic acid pathway Rosmarinic acid portable pathway TAT Rosmarinic acid Official Library blast
Phenylpropanoid pathway Phenylpropanoid portable pathway C3'H/CYP98A Phenylpropanoid Official Library blast
Terpenoid pathway Terpenoid portable pathway BAHD Terpenoid Official Library blast
Alkaloid pathway Alkaloid portable pathway STR Alkaloid Official Library blast
Steroid pathway Steroid portable pathway FK Steroid Official Library blast
Protein Sequence
MTASTGRLPSPESPGHVLHQHNLNAPSEGLPTGRGGLLCTHPLPTPQGSRALMTSRRLPGTVAPTPSMRMSTTSSKRRRL
GLPSSGRKGMRAIDEVTESNFNAVNTVAQSVARGPWEGGPMTEDRFLSLQANNYHLKVEVAEKDERIKQLLVRLQRVEDV
AKKKIMEELKHVMGGEQSRRRTMVVMGSISRQFYAEQECESKPGVWYINSPQYGGWIFDDNLEAPRWVWVLKREPTVKPG
IYPPYDSRWRQKGVRRMEDKETGYISKPILDDSTIQDEQQRLKFMEELHVLGKNAERGFLENLAARNQQQEQHEGQEGSA
EKMEEEQGDNMECGEDEGESTSGENHSLKRKDLSGEREGLGRQEGQSQQAERQQKGTVTENAKVSRTEGSEDGATQGVVI
LQNNRSPAAGKMVMNNITVDVAEGRWVKVNFEFHEESYTVLVVYSPNGFQQRAEFVGQLQDILEADKHLILVGDWNAAVD
PSLDRISKEGRHWEDGLAEEALPIHNMMTSRDLVDPYRLQFPDERQSDLVFFTLRSEEWWAGLDKVVDVMEPVFGLLRRM
DQDGTGPTNLLEYDDMIERKLSHVVLTVEQRASVMEKVKDRMKMMRQPAHATAFFLDPRRREPRSLHDQDSALVQNTMRF
LSRQVGGEWKGQGHLDIWSDLNEFHTKPTRNGPKRNDTKMWDPTAKADVDKKTPSEWWAAHGGDVPELQKVAIKVMGMWS
TASPXERNWASMDFIHSKRRNKLSPESLAKLVYIHWNMQLLRVPETNNNGFVDLWCDFVEPAPEPEDNDGSVSKGPEVEA
EKTEEELVRERRLTKTPKGRVPKNLEDKDEELTDDSDLDDELWKGKCGLSEDSSGSEEDDDDDSDFELQPELEEPRPAAT
EPGVRETALYNPQSDVEFARLDTNVETLLETRVDEDEEDANCAKAMADRETELVNKRMMEEEARRAAIPTRREIERGLKQ
ATEHQQQINQALEVEEEGEEEEEEHQVEVGDYMEQEEEAKGMVQPQEGEEMKHQEEEEGTVQGGEEEEMQQEEEGEGLAQ
QKMQHDEVDTAREDEPHPTATAVYTRRPRPAEFPESEEKIPEFPTTREDVQHDNLWVSRVGRKRKEPSQDAPAQRKRPRG
KPRKQKTDTATTPIRRALPARDPNLQKLKEETQKEIVRQRRISEMAVAENAGLRSQISDLQKMLVAMQKQHKPEFDFSSV
RSLLDKANSNAPSFGQPEHMSELRGARSRSRSPRSYSPSRSPFRSYRSHTPGTTSPSQSPVARAQGRSVTGTGQQRISPP
RLALERVMEATEEDAMRGNIGKGRRGGPLAGTGVVQTPFTENPSTHAWTPRDDQSSDADDPATTVRREKRKADTVGQRED
REKRKRREQETSDQEQVQIEKQRWKDEAGRDSTQQRRMSMSGAGKGQREMKMDETHKNFAAPSDQRDFSPEGKRGSFRDP
QRGVKESKRDRREETGWDVGRAAEDGGRQVLVEWDDLGRETRKERGRQRDMEDQMAREWDRERGRDVGQRQGVRGDGGGM
QRDQEDEEDEFDRVTDADDDDREAERRDREIGEWERERQREMEREWQMEREKDEALWRERDRAQRERIQRERELWREREQ
QMRDRMEAEREWRDQERQREKERERERQRERETMIIYGEKERLERMEREWEKERRELEKEQYMHREQLKRIEREWEREKL
ENEKLLRALEKEREMERARAKERDRQRQKEMETLREERAERERKEKERARERERERSSLRGGGGGVKETVKRDGARYAEQ
DGPDRESAGGGAGERLRGRERTEEGVDVHVRKEKGIKWEADEEEQQRNREREQETRQRETKDWEKGSTRAKKEREVGEDR
KEWEREERKIKERKSDHETEFGRDRDQGQHRGKNDGNARKDGREGGVQERKEREGRTKEDREREGRTRQDRERQGREKEG
RERQGREEGRERDVKKREERKREDREKEGWKGDMKEREGREHEGRERETWEREGKERGERVRGGREEEERVREGGRRGGK
EEERGIDRRPKEGRGKEEGEEQKEREGRDWEGKEGEGNKKGERVRERREEEGGREERERGGKEEGRQSNGSGKGRRGEEG
REEARERGGRGSDGKDREGWEMEAREVEGKPKERKEKGERVRGGREEEGRERERGETGGKKEGRKRGDSDWGGREDESRE
RERRESKGWEGEEMKEERENEWRANRKVSWTKESDREEEESEWERGRKEEREGTKREERNRPEGRERKRFQDKGMEGDSG
VQEKDMRETERKKLEEERLKEKGVRGDLETKWEQERDREKRKTEEGKDFKEEKSKYTERERGKKTYQQKDVEEDRHDYRK
LEGKAKEMERKEWEDEEVEEKRWRKDLEVEKEQEREIAEIKRKEEEEDSSKQTGKERGEKYQHKDEEDEISPSTPWKLEV
KYREKKVQNPKREKKGGETDVSEEEKQPERVIEERTRRNEDKAKDARTKKGEKQYQQKDVERELRRIETISPGERDTIAR
ERKHWVEDKERVEEEDWGNAEEEDSKDQWRKEGKASDSEDIRRGREEKQYRHKHAEGKWFDTAPVEKEVEEMGRREWEGR
TKTRWQDGEVKDRYGKERDGRITIEERDARKRERKELDKQGERAIKETAEWEAEGEKDREEREGRWDGEITEDGREKDAW
ERRKQGKGEVAKGMEREERAAEHKRRDSRNMMGVGKGGSGGWEDDEFWDDEMGFAGRSLKGGRGVVSKEDKVASRDADKR
EKKEEWEGERRKVDPKSIAGGENRLGTRELGPSNAEEERESRSGLRERKETRGEDGEESEGWDEDIHRSHDDHESAERER
GRRWGASGARPHNAEEKREPWNGLREGKEREDEGGERERWGKDKVKGAIGQSHEGHEIAERGRGRRGVGVKKGVEHALDK
EERGGHSIQERSKQEGDLEREIDPVDSDDHAWKYSPQKRRSSTDVHGHSSDPADIDSGHGMPPSPPYTDVDIRRNMSPSR
KPLTDVHVSRRDPYHSDIDIRRGMPPITSQRHKEQGKDRSAREHPRSPGQEVTEAGLSRKEVDEGRHVASGYKSQSLGAL
SSPLYTKSSMPHKGEHLAQIDESDVARTQGHRTETGVGRNTQRLVGGSDEGLRSPSRHHPSSGGGANLANEMHLAWDKMG
DLQRRYEHAMDTISVIKANHARALEQLEEANKELAEERKLTAKSQANEKKLAMELAAAQEVIPMLDSAQNERIKLEKENC
QLLVNAMTMPNGGGLEEMRAIKAQMNELFKERVTAELREIDLQRKLADKQRESAKVAALEKDVAKLRAERDSARMEGFGN
KTMTVLNHCAKDTKYPFAWVLQLPHANRLRPSQWPALLPSLENVAAGIFGLAQYPGYLPLVKFGYLPAFPSHPALCLHSG
FGSATLAAVQHQQQCHISSATSAAVPRQQQYQRQQCPDTMTGSVLGMPGQLANESIAEYRQRFQAQLSLIEVEEQRQAAA
KAARLQAEAEAAAEKQRLQAAADPDAQARRKEAQDLLQRHEAASVDRLKFWHFEPCEGHGDATLEEQHKEFLPKLVTRLV
YTCNHLQSEMANLQWAVRNHKDLHEDATRALHSRVQDLEQAALGPDASEPSNAASTRQLEQRVDHVVAMLGDISTFAVPA
TISEQLDTLKTEVRQLHQPVDNDGSTSASQSYKMPACRIETFDDYTDQDPVVWWQGFTTEIHLHISALLLNAKGGCQIWL
SHMATIHGVQVSDLHKKISWDDMTKEWKKRFIVDDAPGLAINCRFALTQGNTPTRDWLTEWQKIVATLDLELPFLHLRRE
FYNQSCAALSLALGDREQYMTFAEIIDKAREIIKTNRAAMHEKSAWQPNHVGHNRDGERGDDLLNKHEVSVGEGDQQQSR
QRRPTPRPRLPAPLMDARVGVVDLRNYLAKIDRKFKTQRYGNNDAPLLYIHIQIGEVTCNALIDCRATRNYMSQYFMVCA
GLGPRVRRKSQPTQVTMANGHTHKSIDQCIDSVPVYFAPHESEVVSFYILDTKFDMILGMSWLRSKDHPVNFYRRTIHIR
DRNGVLVPCTVPPPHPSISCHVVSPASIRASITRDDVEEMGVCFLHALPPQDIPSTDASTDPRITQLLDAYGAYRAYGDV
FEAPHGVAPDRPIRHKIILEAGAIPERGCIYRTSEEELSVLRAQLDDVLEKGWIRTSSSPYGAPVLFVRKKNKDLQLCTD
YRKLNEQTIKNAGPLPRIDDLLKWLGGVKFFYKLDLKSGYHQLEIR