Structure of Arabidopsis Fatty Acid Amide Hydrolase in Complex with methyl linolenyl fluorophosphonate

Methyl alpha-Linolenyl Fluorophosphonate (MLnFP)

Structural analysis of a plant fatty acid amide hydrolase provides insights into the evolutionary diversity of bioactive acylethanolamides.

MGKYQVMKRASEVDLSTVKYKAETMKAPHLTGLSFKLFVNLLEAPLIGSLIVDYLKKDNGMTKIFRNTVIPEEPMFRPEF
PSQEPEHDVVIVGEDESPIDRLETALKCLPQYDPSRSLHADPVSSFRYWKIRDYAYAYRSKLTTPLQVAKRIISIIEEFG
YDKPPTPFLIRFDANEVIKQAEASTRRFEQGNPISVLDGIFVTIKDDIDCLPHPTNGGTTWLHEDRSVEKDSAVVSKLRS
CGAILLGKANMHELGMGTTGNNSNYGTTRNPHDPKRYTGGSSSGSAAIVAAGLCSAALGTDGGGSVRIPSALCGITGLKT
TYGRTDMTGSLCEGGTVEIIGPLASSLEDAFLVYAAILGSSSADRYNLKPSPPCFPKLLSHNGSNAIGSLRLGKYTKWFN
DVSSSDISDKCEDILKLLSNNHGCKVVEIVVPELEEMRAAHVISIGSPTLSSLTPYCEAGKNSKLSYDTRTSFAIFRSFS
ASDYIAAQCLRRRLMEYHLNIFKDVDVIVTPTTGMTAPVIPPDALKNGETNIQVTTDLMRFVLAANLLGFPAISVPVGYD
KEGLPIGLQIMGRPWAEATVLGLAAAVEELAPVTKKPAIFYDILNTNKGEFEAYVEQKLISEEDLNSAVDHHHHHH

National Science Foundation (NSF, United States)

MGKYQVMKRASEVDLSTVKYKAETMKAPHLTGLSFKLFVNLLEAPLIGSLIVDYLKKDNGMTKIFRNTVIPEEPMFRPEF
PSQEPEHDVVIVGEDESPIDRLETALKCLPQYDPSRSLHADPVSSFRYWKIRDYAYAYRSKLTTPLQVAKRIISIIEEFG
YDKPPTPFLIRFDANEVIKQAEASTRRFEQGNPISVLDGIFVTIKDDIDCLPHPTNGGTTWLHEDRSVEKDSAVVSKLRS
CGAILLGKANMHELGMGTTGNNSNYGTTRNPHDPKRYTGGSSSGSAAIVAAGLCSAALGTDGGGSVRIPSALCGITGLKT
TYGRTDMTGSLCEGGTVEIIGPLASSLEDAFLVYAAILGSSSADRYNLKPSPPCFPKLLSHNGSNAIGSLRLGKYTKWFN
DVSSSDISDKCEDILKLLSNNHGCKVVEIVVPELEEMRAAHVISIGSPTLSSLTPYCEAGKNSKLSYDTRTSFAIFRSFS
ASDYIAAQCLRRRLMEYHLNIFKDVDVIVTPTTGMTAPVIPPDALKNGETNIQVTTDLMRFVLAANLLGFPAISVPVGYD
KEGLPIGLQIMGRPWAEATVLGLAAAVEELAPVTKKPAIFYDILNTN

binding site for Di-peptide GJY B 700 and SER B 305
binding site for Di-peptide GJY C 700 and SER C 305
binding site for Di-peptide GJY D 700 and SER D 305
binding site for Di-peptide GJY E 700 and SER E 305
binding site for Di-peptide GJY F 700 and SER F 305
binding site for Di-peptide GJY G 700 and SER G 305
binding site for Di-peptide GJY H 700 and SER H 305
binding site for Di-peptide GJY I 700 and SER I 305
binding site for Di-peptide GJY J 700 and SER J 305
binding site for Di-peptide GJY K 700 and SER K 305
binding site for Di-peptide GJY L 700 and SER L 305