Lipid Bilayers: Structure and Interactions (Biological and Medical Physics, Biomedical Engineering)

A general review of lipid bilayer structure and dynamics is given, including such current topics as the hydration of lipid bilayers, the superstructural behaviour of bilayers at different states of hydration and external conditions, the role and behaviour of lipid bilayers on fusion and rupture and the interaction of lipid bilayers with small organic molecules and additives and of protein lipid bilayer interactions. In addition, recent research on lipid interaction with proteins and other molecules in monolayers is reviewed, and the use of highly aligned samples under biologically relevant conditions and the benefits derived from such preparations are addressed. Finally, the latest approach in simulation of impurities within a lipid bilayer is introduced. This book will be a comprehensive review of the current state of biologically relevant model membrane systems which will become an indispensible reference for the "working biophysicist".

Lipid bilayers represent the fundamental model system for biological membranes. In recent years, we have been presented with a wealth of important insights into the structural and functional abilities of lipid bilayers with real possibilities in understanding the complex and varied behaviour of biological membranes. This volume is intended to give the researcher presently in the field and those wishing to enter the field a comprehensive overview into the current state of the art of lipid bilayer research. Detailed reviews are given on such topics as, lipid bilayer structure and dynamics, hydration of lipid bilayers, the role and behaviour of lipid bilayers on fusion and rupture, interaction of lipid bilayers and monolayers with small organic molecules and other additives such as proteins and finally, on the production and characterization of highly aligned bilayers under biologically relevant conditions. The book, besides being a reference, could be used in a graduate level courses with special emphasis in model membrane systems and physical techniques characterization.