Peter Pohl

This paper introduces a method to control membrane mechanics using red-light-catalyzed photolipid switching, enabling leaflet-selective perturbations and mechanical asymmetry.

This paper introduces a method to control ion transport across lipid membranes using light-sensitive photolipids, achieving reversible and tunable ion flux changes.

This paper introduces a method using charged polymer-encapsulated nanodiscs and FCS to purify fluorescently labeled membrane proteins in native-like lipid environments, avoiding aggregation and enabling structural studies.

This paper shows that light-induced changes in membrane thickness modulate Kv channel activity by altering voltage sensor-lipid interactions.