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Biology
Genetics and Genomics
Population Genetics
1. Introduction to Population Genetics
2. Genetic Variation in Populations
3. The Hardy-Weinberg Principle
4. Mutation as an Evolutionary Force
5. Genetic Drift
6. Natural Selection
7. Gene Flow and Migration
8. Mating Systems and Population Structure
9. Molecular Population Genetics
10. Quantitative Genetics
11. Population Genetics Applications
12. Advanced Topics
10.
Quantitative Genetics
10.1.
Quantitative Traits
10.1.1.
Continuous Variation
10.1.2.
Polygenic Inheritance
10.1.3.
Environmental Effects
10.1.4.
Threshold Traits
10.2.
Genetic Architecture
10.2.1.
Additive Effects
10.2.2.
Dominance Effects
10.2.3.
Epistatic Effects
10.2.4.
Gene-Environment Interactions
10.3.
Variance Components
10.3.1.
Phenotypic Variance
10.3.2.
Genetic Variance
10.3.2.1.
Additive Genetic Variance
10.3.2.2.
Dominance Variance
10.3.2.3.
Epistatic Variance
10.3.3.
Environmental Variance
10.3.4.
Genotype-Environment Interaction Variance
10.4.
Heritability
10.4.1.
Broad-Sense Heritability
10.4.2.
Narrow-Sense Heritability
10.4.3.
Estimation Methods
10.4.4.
Factors Affecting Heritability
10.5.
Response to Selection
10.5.1.
Breeder's Equation
10.5.2.
Selection Differential
10.5.3.
Selection Intensity
10.5.4.
Realized Heritability
10.6.
Correlated Responses
10.6.1.
Genetic Correlations
10.6.2.
Correlated Selection Response
10.6.3.
Trade-offs
10.7.
QTL Mapping
10.7.1.
Linkage Analysis
10.7.2.
Association Mapping
10.7.3.
GWAS
10.7.4.
Fine Mapping
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9. Molecular Population Genetics
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11. Population Genetics Applications