This groundbreaking work, now available in paperback, has helped to shape the emerging discipline of molecular epidemiology. Molecular Epidemiology has proven useful to epidemiologists unfamiliar with the terminology and techniques of molecular biology as well as to the molecular biologist working to understand the determinants of human disease and to use that information to control disease. This book demonstrates how molecular epidemiology utilizes the same paradigm as traditional epidemiology in addition to using biological markers to identify exposure, disease, or susceptibility.Contributors. Preface. General Principles: A Conceptual and Historical Framework for Molecular Epidemiology, P.A. Schulte. Molecular Biology in Epidemiology, R. Hurst and J.Y. Rao. Validation, P.A. Schulte and F.P. Perera. Technical Variability in Laboratory Data, P. Vineis, P.A. Schulte, R.F. Vogt, Jr.. Biological Monitoring and Pharmacokinetics Modeling for the Assessment of Exposure, P.O. Droz. Design Considerations in Molecular Epidemiology, P.A. Schulte, N. Rothman, and D. Schottenfeld. Statistical Issues and Procedures, V.S. Hertzberg and E. Russek-Cohen. Biological Specimen Banks: A Resource for Molecular Epidemiologic Studies, D.M. Winn and E.W. Gunter. Interpretation and Communication of Results, P.A. Schulte. Use of Biomarkers in Risk Assessment. Practical Applications, D. Hattis and K. Silver. Practical Applications: Carcinogenesis, F.P. Perera and R. Santella. Infectious Disease, L.H. Harrison and D.E. Griffin. Cardiovascular Disease,