Lactose derivatives as potential inhibitors of pectin methylesterases

Lactose derivatives as potential inhibitors of pectin methylesterases

The discovery of molecules that can inhibit the action of phytopathogens is essential to find alternative to current pesticides. Pectin methylesterases (PME), enzymes that fine-tune the degree of methylesterification of plant cell wall pectins, play a key role in the pathogenicity of fungi or bacter...

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Bibliographic Details
Main Authors: Domon, J.-M (Author), Kihara, D. (Author), Kutudila, P. (Author), L'Enfant, M. (Author), Pau-Roblot, C. (Author), Pelloux, J. (Author), Pourceau, G. (Author), Rayon, C. (Author), Shin, W.-H (Author), Wadouachi, A. (Author)
Format: Article
Language:English
Published: Elsevier B.V. 2019
Subjects:
Article
butyl(methyl beta dextro lactosid)uronate
carboxylesterase
Carboxylic Ester Hydrolases
Chemical inhibitors
chemistry
Citrus sinensis
controlled study
Docking analysis
drug effect
drug structure
drug synthesis
enzyme activity
enzyme inhibition
enzyme inhibitor
Enzyme Inhibitors
enzymology
esterification
fungus
in vitro study
lactose
Lactose
lactose derivative
Lactoside derivatives
methyl beta dextro lactoside
methyl(methyl beta dextro lactosid)uronate
molecular docking
nonhuman
Pectin methylesterase
pectinesterase
plant
sodium(methyl beta dextro lactosid)uronate
sweet orange
synthesis
unclassified drug
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