1st Edition
Molecular Epidemiology Applications in Cancer and Other Human Diseases
This volume comprises the investigation of factors that may predict the response to treatment, outcome, and survival by exploring:
• design considerations in molecular epidemiology, including:
- case-only
- family-based
- approaches for evaluation of genetic susceptibility to exposure and addiction pharmacogenetics
- incorporation of biomarkers in clinical trials
• measurement issues in molecular epidemiology, including
- DNA biosampling methods
- principles for high-quality genotyping
- haplotypes
- biomarkers of exposure and effect
- exposure assessment
• methods of statistical inference used in molecular epidemiology, including
- gene-gene and gene-environment interaction analysis
- novel high-dimensional analysis approaches
- pathway-based analysis methods
- haplotype methods, dealing with race and ethnicity
- risk models
- a discussion of reporting and interpreting results
• A specific discussion and synopsis of these methods provides concrete examples drawn from primary research in cancer
Covering design considerations, measurement issues, and methods of statistical inference, and filled with scientific tables, equations, and pictures, Molecular Epidemiology: Applications in Cancer and Other Human Diseases presents a solid, single-source foundation for conducting and interpreting molecular epidemiological studies.
Design Considerations in Molecular. Family-Based Study Designs. Trials and Interventions in Molecular Epidemiology. Molecular Epidemiological Designs for Prognosis. Principles for High-Quality Genotyping. Biomarkers of Exposure and Effect. Questionnaire Assessment. Pharmacogenetics in cancer chemotherapy. Human genetic variation and its implication in understanding "race"/ethnicity and admixture. Statistical Approaches to Studies of Gene-Gene and Gene-environment Interactions. Novel Analytical Methods for Association Studies. Pathway-Based Methods In Molecular Cancer Epidemiology. Haplotype Association Analysis. Genome-Wide Association Studies. Models of Absolute Risk: Interpretation, Estimation, Validation, and Application. Validation and Confirmation of Associations. Reporting and Interpreting Results.
Biography
TIMOTHY R. REBBECK is Professor of Epidemiology, Director of the Center for Genetics and Complex Traits, and Associate Director for Population Science of the Abramson Cancer Center at the University of Pennsylvania in Philadelphia. Dr. Rebbeck received his Ph.D. from the University of Michigan, Ann Arbor, and has written over 150 peer-reviewed articles.
CHRISTINE B. AMBROSONE is Chair, Department of Cancer Prevention and Control, Roswell Park Cancer Institute, Buffalo, New York. Dr. Ambrosone received her Ph.D. from the Roswell Park Cancer Institute, State University of New York at Buffalo, and has written over 115 peer-reviewed articles.
PETER G. SHIELDS is Professor of Medicine and Oncology Interim Academic Chair, Department of Medicine Deputy Director, Lombardi Comprehensive Cancer Center, Georgetown University Medical Center, Washington DC. Dr. Shields received his M.D. Medical Doctor, Mount Sinai School of Medicine, New York, New York, and has written over 140 peer-reviewed articles.
