Evolutionary Genetics and Genomics
( 24 Modules )

Module #1
Introduction to Evolutionary Genetics
Overview of the field, importance of evolutionary genetics, and key concepts

Module #2
Mendelian Genetics and Evolution
Review of Mendelian genetics principles and their relevance to evolutionary biology

Module #3
Population Genetics Fundamentals
Introduction to population genetics, Hardy-Weinberg equilibrium, and genetic drift

Module #4
Mutation and Genetic Variation
Sources of genetic variation, mutation rates, and effects on evolutionary processes

Module #5
Natural Selection and Adaptation
Mechanisms and examples of natural selection, adaptation, and fitness landscapes

Module #6
Genetic Drift and Gene Flow
Effects of genetic drift, gene flow, and founder effects on population evolution

Module #7
Phylogenetics and Tree Thinking
Introduction to phylogenetic analysis, tree reconstruction, and interpretation

Module #8
Molecular Evolution and Phylogenomics
Molecular evolution, genomics, and phylogenetic analysis of DNA and protein sequences

Module #9
Species Concept and Speciation
Defining species, mechanisms of speciation, and species delimitation methods

Module #10
Genomic Evolution and Genome Architecture
Genome structure, gene regulation, and evolution of gene families and gene clusters

Module #11
Evolution of Development and Morphology
Evo-devo principles, developmental gene regulatory networks, and morphological evolution

Module #12
Evolution of Behavior and Cognition
Evolutionary approaches to understanding behavior, cognition, and social evolution

Module #13
Evolutionary Medicine and Disease
Evolutionary perspectives on human disease, health, and medicine

Module #14
Conservation Genetics and Evolutionary Management
Applications of evolutionary genetics to conservation biology and management

Module #15
Computational Tools for Evolutionary Genetics
Introduction to bioinformatics and computational tools for evolutionary analysis

Module #16
Genomic Data Analysis for Evolutionary Biologists
Practical skills for analyzing genomic data in an evolutionary context

Module #17
Phylogenetic Analysis of Genomic Data
Phylogenetic analysis of genomic data, including coalescent theory and species tree methods

Module #18
Population Genomics and Demographic Inference
Analysis of genomic data for population demographic history and inference

Module #19
Evolutionary Genomics of Bacteria and Archaea
Evolutionary genomics of prokaryotes, including horizontal gene transfer and gene regulation

Module #20
Evolutionary Genomics of Plants and Animals
Evolutionary genomics of eukaryotes, including gene family evolution and genome evolution

Module #21
Evolutionary Biology of Cancer
Evolutionary principles underlying cancer development and progression

Module #22
Evolutionary Biology of Host-Pathogen Interactions
Evolutionary dynamics of host-pathogen interactions and disease emergence

Module #23
Evolutionary Biology of Aging and Senescence
Evolutionary perspectives on aging, senescence, and longevity

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Evolutionary Genetics and Genomics career

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Evolutionary Genetics and Genomics ( 24 Modules )

Evolutionary Genetics and Genomics
( 24 Modules )