We have established a robust and versatile analytical platform for probing membrane
protein function in a defined lipid environment on solid supports. This approach is based on …

Micropatterned polymer‐supported membranes (PSM) are established as a tool for
confining the diffusion of transmembrane proteins for single molecule studies. To this end, a …

Mobility of proteins and lipids plays a major role in physiological processes. Platforms which
were developed to study protein interaction between immobilized and mobile proteins suffer …

The cell membrane, formed by the self-organization of phospholipids and various
biomacromolecules, is a biocomplex with the thickness of 5− 10 nm. 1− 3 Proteins bind lipid …

The lateral mobility of dilute concentrations of fluorescently labeled lipids doped into
supported membranes is found to change upon receptor ligand binding at the membrane …

Extracting membrane proteins from the hydrophobic environment of the biological
membrane, in a physiologically relevant and stable state, suitable for downstream analysis …

Supported lipid bilayers (SLBs) have contributed invaluable information about the
physiochemical properties of cell membranes, but their compositional simplicity often limits …

Biological membranes are complex barriers in which membrane proteins and thousands of
lipidic species participate in structural and functional interactions. Developing a strategic …

Although polymeric membranes are widely used in the purification of protein
pharmaceuticals, interactions between biomolecules and membrane surfaces can lead to …

Native cell-membrane-derived supported lipid bilayers (SLBs) are an emerging platform with
broad applications ranging from fundamental research to next-generation biosensors …