Dominik Drabik

This study shows lateral membrane heterogeneity influences antimicrobial association and leads to a common loss of membrane mechanical stability across different compounds.

This study shows bacterial-inspired membranes with hopanoids spontaneously form distinct lateral domains, revealing how lipid composition affects membrane properties and behavior.

This study shows cholesterol and cholesterol sulfate have opposing effects on proton transfer and diffusion at membrane interfaces, with cholesterol promoting local transfer and inhibiting long-range diffusion, while cholesterol sulfate does the opposite.

The paper develops a fungal plasma membrane model using lipidomic data and biophysical characterization to mimic natural yeast vesicles for studying membrane properties and interactions.

This study investigates how membrane properties influence protein-membrane interactions using α-synuclein and ceramide-1-phosphate.

This study investigates how membrane phase, temperature, and lipid composition affect proton transfer and diffusion on biological membranes.

This study examines how mixed lipid membrane composition affects proton transfer properties, finding that defects in the membrane structure influence proton diffusion and geminate recombination.