An Algorithm to Construct Biologically Relevant Chondroitin Sulfate Biopolymer Models at Atomic Resolution

Abstract

This system allows for rapid membrane array formation and by providing ready combination of fluorescence microscopy with high-resolution electrophysiology, enables correlated optical and electrical characterization and monitoring of the interactions of channel forming proteins in artificial lipid bilayers on a single-molecule level. The technology can be further implemented for studies of membrane protein folding and mobility as well as of membrane transport. 1453-Pos pH Responsive Morphological Change in Polymer Nanostructures