Biological membranes are highly dynamic in their ability to orchestrate vital mechanisms
including cellular protection, organelle compartmentalization, cellular biomechanics, nutrient …

The lateral diffusion of embedded proteins along lipid membranes in protein-poor conditions
has been successfully described in terms of the Saffman–Delbrück (SD) model, which …

We present a versatile numerical scheme to predict diffusion coefficients for arbitrarily
shaped objects embedded in lipid bilayer membranes. Diffusion coefficients for micron-scale …

Diffusion of particles in curved surfaces is inherently complex compared with diffusion in a
flat membrane, owing to the nonplanarity of the surface. The consequence of such …

The trans-membrane protein–proteorhodopsin (pR) has been incorporated into supported
lipid bilayers (SLB). In-plane electric fields have been used to manipulate the orientation …

We study diffusion coefficients of liquid domains by explicitly taking into account the two-
layered structure called leaflets of the bilayer membrane. In general, the velocity fields …

Monotopic proteins constitute a class of membrane proteins that bind tightly to cell
membranes, but do not span them. We present a FRAPP (Fluorescence Recovery After …

Membrane proteins are key constituents of the proteome of cells but are poorly
characterized, mainly because they are difficult to solubilize. Proteome analysis involves …

Tools to measure transmembrane-protein diffusion in lipid bilayer membranes have
advanced in recent decades, providing a need for predictive theoretical models that account …

Driving small molecules, such as DNA, electrophoretically through a nanometre-sized pore
provides single-molecule sensitivity and analytical properties (eg sequencing) without prior …