Abstract
Interfacial thermodynamics with special reference to biological systems electrostatic and electrodynamic properties of biological interphases interfacial interactions proteins at solid surfaces proteins at liquid interfaces polysaccharides at interfaces structure and properties of membranes attempts to mimic biomembrane processes self assemblies of phospholipids - models of biomembranes biosimulation with liposomes and lipid monolayers enzymatic reactions at the interfaces mimicking physics of cell adhesion physico-chemistry of microbial adhesion cell-cell interactions axisymmetric drop shape analysis Brewster angle microscopy ellipsometry the application of neutron and X-ray specular reflection to proteins at interfaces time-resolved fluorescence techniques applied to biological interfaces circular dichroism of proteins in solution and at interfaces infrared spectroscopy of biophysical monomolecular films at interfaces - theory and applications fluorescence microscopy for studying biological model systems - phospholipid monolayers and chiral discrimination effects scanning force microscopy in biology cryo-transmission electron microscopy.
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