E-108-2-5751014-Special Topics on Work Environment and Genetic Epidemiology
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Course Introduction

Course Plan

  • Introduction to the course
  • Genes, Environment Health and Disease- Facing up to Complexity
  • Detection of Gene-Gene Interactions
  • Exploiting Gene-Environment Interaction to Detect Genetic Associations
  • Strategy for Detecting Susceptibility Genes with Weak or No Marginal Effect
  • The Use of the Restricted Partition Method with Case-Control Data
  • The Impact of Genotype Misclassification Errors on the Power to Detect a Gene-Environment Interaction Using Cox Proportional Hazards Modeling
  • Symbolic Modeling of Epistasis
  • Mid-term
  • Assessing Environmental Modifiers of Disease Risk Associated with Rare Mutations
  • Accounting for Epistasis in Linkage Analysis of General Pedigrees
  • Cancer and the Environment--The Links Between Environmental Factors, Genetics, and the Development of Cancer
  • Gene–Environment Interaction in Special Populations
  • Gene–Environment Interaction in Site-Specific Cancers
  • Powerful Cocktail Methods for Detecting Genome-Wide Gene-Environment Interaction
  • Genetics in the Workplace-- Implications for Occupational Safety and Health
  • Advances in human genome epidemiology: implications for occupational health and disease prevention
  • Final term
Teacher / ChuangHung-Yi
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