Complementary biophysical tools to investigate lipid specificity in the interaction between bioactive peptides and the plasma membrane

Molecular dynamics study of micelle proeprties according to their size

Etude de la régulation de l'expression de l'opéron ftsW-psr-pbp5 chez Enterococcus hirae

The lipid fraction of plant plasma membrane has a key role during the immune related defense response by the natural lipopeptide surfactin

Caractérisation des mécanismes impliqués dans la perception de rhamnolipides naturels et synthétiques chez Arabidopsis thaliana

Anchoring of a plant protein, Remorin 1,3 to lipid domains: role of phosphoinositides

Interactions of novel synthetic rhamnolipids with model membranes mimicking plant plasma membrane

Bases moléculaires de la perception des éliciteurs rhamnolipides et surfactine par des cellules végétales

Using model membranes with their associated tools to analyze oxylipin-membrane interactions

Approche intégrative de biophysique moléculaire pour l’étude de la spécificité lipidique dans l’interaction molécule bioactive/membrane

From Valeriana officinalis to cancer therapy: the success of a bio-sourced compound

Insights into the molecular basis of rhamnolipid and surfactin perception by plant cells

Interactions des rhamnolipides éliciteurs de Pseudomonas aeruginosa avec des membranes modèles de plantes

Influence of the chemical structure of key intermediate plant oxylipins during their molecular interactions with plant plasma membrane

Molecular modelling of the metal ATPase HMA4 from Arabidopsis halleri

Elicitation of host immunity by plant beneficial bacilli: insights into the molecular basis of surfactin perception

Experimental and in silico approaches to study the interaction of Remorin with plant plasma membrane

Interactions of plant oxylipins with plant plasma membrane at the molecular level by experimental and in silico approaches.

Interaction of Remorin with plant plasma membrane: Experimental and in silico approaches

Experimental and in silico approaches to study the interaction of Remorin with plant plasma membrane : specific interaction of the C-term domain with lipids

Influence of the Structure of Key Intermediates of Plant Oxylipins on their Interactions at the Molecular Level with Plant Plasma Membrane.

Nouvelles alternatives aux pesticides chimiques : élucidation des modes d’action d’éliciteurs lipidiques par des approches biophysiques et biologiques complémentaires : cas de la surfactine (Projet FIELD)

Éliciteurs bactériens de l’immunité des plantes : bases moléculaires de la perception de la surfactine

Interactions des rhamnolipides éliciteurs de Pseudomonas aeruginosa avec des membranes modèles de plantes.

Analyse à l’échelle moléculaire des interactions des oxylipines avec la phase lipidique des membranes de plantes

How do synthetic rhamnolipids interact with biomimetic systems of plant plasma membranes ? Key role of the chemical structures."

How does biophysics contribute to the understanding of the plant-PGPR products interactions?

D-Xylose and L-Rhamnose Based Surfactants with Original Properties

Etude de la spécificté lipidique dans l'interaction molécule bioactive/membrane par approches biophysiques complémentaires

PGPR elicitors of plant immunity: insights into the molecular basis of surfactin perception

Surfactin interaction with model plant plasma membrane

Peptides obliques: Etat des lieux

Novel use of lipopeptide preparations

Oxygen transfer plays a key role in the production of antiviral and antifungal lipopeptides from Bacillus subtilis.