Recent Progress in Colloid and Surface Chemistry

Dr. Chengshan Wang got his Ph.D. in Chemistry Department of University of Miami at 2008. After his postdoc experience at California State University, Los Angeles, Dr. Wang has been an Assistant Professor in the Chemistry Department of Middle Tennessee State University since 2011.Dr. Roger M. Leblanc got his Ph.D. at Université Laval in 1968 and accomplished his postdoc research in Davy Faraday Research Lab in 1970. From 1971 to 1993, Dr. Leblanc worked in the Department of Chemistry and Biology of Université du Québec à Trois Rivières as a Professor and the Chairman of the Department from 1971 to 1975. Since 1994, Dr. Leblanc has been a Professor at the Chemistry Department of University of Miami. He is also the Chair of the ChemistryDepartment.

This ACS book has been designed to survey selected recent advances in colloids and surface chemistry, and to highlight some connections between fundamental research and some important biological relevance. Current research at both the air-water interface and at nanoparticle interfaces are featured. The topics are arranged in a natural progression from non-biologically to biologically relevant topics. The chapters are divided into three sections: the surfaceproperties of surfactant molecules, the surface modification of nanoparticles and state-of-the-art spectroscopic methods to enhance our understanding of membrane-mimetic chemistry.These eighteen chapters highlight recent advances in exploring the behaviors and the biological applications of surfactant molecules, nanomaterials, and biomacromolecules at the surface and interfaces. Particularly, several chapters cover the studies of the dynamic physicochemical interactions, which govern the properties and behaviors between nanomaterials surfaces and the surfaces of biological components, such as peptides, proteins, phospholipids, DNA and biological fluids. The aim of thebook is to understand and explore such interfaces from the perspective of surface and colloidal chemistry with the state-of-the-art spectroscopic methods. One can expect that a better understanding at the surface and interfaces will contribute significantly to the development and applications ofsurfactants and nanomaterials in the biological systems.

This ACS book has been designed to survey selected recent advances in colloids and surface chemistry, and to highlight some connections between fundamental research and some important biological relevance.