-
| Module 1 | 1 - Begin with the Basics | |
|---|---|---|
| Unit 1 | Useful Genetics Overview | |
| Unit 2 | Module 1 Overview: How different are we? | |
| Unit 3 | > How different are we? (Lecture 1A) | |
| Unit 4 | Properties of DNA (Lecture 1B) | |
| Unit 5 | Properties of Genes (Lecture 1C) | |
| Unit 6 | Why molecular biology is confusing (Lecture 1D) | |
| Unit 7 | Properties of Chromosomes (Lecture 1E) | |
| Unit 8 | Life cycles and ploidy (Lecture 1F) | |
| Unit 9 | Comparing DNA sequences (Lecture 1G) | |
| Unit 10 | Genetic & Evolutionary Relationships of Human Populations (Lecture 1H) | |
| Module 2 | 2 | |
| Unit 1 | Module 2 Overview: Mutations | |
| Unit 2 | Fidelity of DNA replication (Lecture 2A) | |
| Unit 3 | Why most mutations are harmless (Lecture 2B) | |
| Unit 4 | Types of Mutations And Their Consequences (Lecture 2C) | |
| Unit 5 | Germline and Somatic Mutations (Lecture 2D) | |
| Unit 6 | Mutagens (what should we worry about) (Lecture 2E) | |
| Unit 7 | Mutations, Selection, & Evolvability (Lecture 2F) | |
| Unit 8 | Origins and Evolution of New Genes & Gene Families (Lecture 2G) | |
| Unit 9 | Comparing DNA Sequences Reveals Evolutionary Relationships (Lecture 2H) | |
| Module 3 | 3 | |
| Unit 1 | Module 3 Overview: DNA differences & gene functions | |
| Unit 2 | Protein Basics (Lecture 3A) | |
| Unit 3 | Catalytic Proteins (Lecture 3B) | |
| Unit 4 | Structural, transport and carrier proteins (Lecture 3C) | |
| Unit 5 | Regulatory Proteins and RNAs (Lecture 3D) | |
| Unit 6 | Homozygous Phenotypes (Lecture 3E) | |
| Unit 7 | Diploids: Heterozygous Phenotypes (Lecture 3F) | |
| Unit 8 | All About Dominance (Lecture 3G) | |
| Unit 9 | How genes are named (Lecture 3H) | |
| Unit 10 | Gene interaction in biochemical pathways (Lecture 3I) | |
| Unit 11 | Regulatory interactions (Lecture 3J) | |
| Unit 12 | How somatic mutations cause cancer (Lecture 3K) | |
| Module 4 | 4 | |
| Unit 1 | Module 4 Overview: Natural genetic variation | |
| Unit 2 | Sex Chromosomes & Sex Determination (Lecture 4A) | |
| Unit 3 | Expression of X-linked Genes in Females (Lecture 4B) | |
| Unit 4 | Expression of X-linked genes in males (Lecture 4C) | |
| Unit 5 | Can Genetic Variation Explain Phenotypic Variation? (Lecture 4D) | |
| Unit 6 | Most Natural Variation Has Very Small Effects (Lecture 4E) | |
| Unit 7 | Many Natural Genetic Variants Affect Multiple Traits (Lecture 4F) | |
| Unit 8 | Effects of natural genetic variation depend on the environment (Lecture 4G) | |
| Unit 9 | Effects of natural genetic variation depend on chance (Lecture 4H) | |
| Unit 10 | How natural Genetic Variation Affects the Risk of Cancer (Lecture 4I) | |
| Module 5 | 5 | |
| Unit 1 | Module 5 Overview: Personal genomics | |
| Unit 2 | DNA Fingerprinting (Lecture 5A) | |
| Unit 3 | Analyzing a single gene or gene "panel" (Lecture 5B) | |
| Unit 4 | SNP-typing the genome (Lecture 5C) | |
| Unit 5 | SNP-typing the genome, part 1 (Lecture 5D) | |
| Unit 6 | SNP-typing services (Lecture 5E) | |
| Unit 7 | Exome sequencing (Lecture 5F) | |
| Unit 8 | Haplotypes (Lecture 5G) | |
| Unit 9 | Ancestry (Lecture 5H) | |
| Unit 10 | Ethical and social issues surrounding personal genomics (Lecture 5I) | |
| Unit 11 | Not-so-personal genomics (Lecture 5J) | |
| Module 6 | 6 | |
| Unit 1 | Module 6 Overview: The mechanics of inheritance | |
| Unit 2 | Mitosis (Lecture 6A) | |
| Unit 3 | Sexual life cycles (Lecture 6B) | |
| Unit 4 | Meiosis, the basics (Lecture 6C) | |
| Unit 5 | Following genotypes through meiosis, part 1 (Lecture 6D) | |
| Unit 6 | More about meiosis: homolog pairing and crossing over (Lecture 6E) | |
| Unit 7 | Following genotypes through meiosis (this time with crossovers) (Lecture 6F) | |
| Unit 8 | Mating (Lecture 6G) | |
| Unit 9 | Following Alleles Through Generations (Lecture 6H) | |
| Unit 10 | Relatedness (Lecture 6I) | |
| Unit 11 | Sex chromosomes in meiosis (Lecture 6J) | |
| Module 7 | 7 | |
| Unit 1 | Module 7 Overview: Genetic analysis | |
| Unit 2 | Genetic Analysis Began With Mendel (Lecture 7A) | |
| Unit 3 | Mendel's Findings & What We Now Know (Lecture 7B) | |
| Unit 4 | How to do Genetic Analysis (Lecture 7C) | |
| Unit 5 | Mendel's Genetic Analysis (Lecture 7D) | |
| Unit 6 | Detecting Sex-Linkage, Predicting Outcomes (Lecture 7E) | |
| Unit 7 | Using Crosses To Investigate Locations of Autosomal Genes (Lecture 7F) | |
| Unit 8 | Using Crosses to Investigate Gene Function (Lecture 7G) | |
| Unit 9 | Using pedigrees to investigate family inheritance (Lecture 7H) | |
| Unit 10 | Genetic Analysis: Numbers Matter (Lecture 7I) | |
| Module 8 | 8 | |
| Unit 1 | Module 8: All About Breeding & Inbreeding | |
| Unit 2 | Heritability (Lecture 8A) | |
| Unit 3 | GWAS Redux (Lecture 8B) | |
| Unit 4 | Inbreeding (Lecture 8C) | |
| Unit 5 | Inbreeding in livestock and pets (Lecture 8D) | |
| Unit 6 | Inbreeding and genetic variation in evolution and conservation (Lecture 8E) | |
| Unit 7 | Hybrids (Lecture 8F) | |
| Unit 8 | Plant breeding and transgenics (Lecture 8G) | |
| Module 9 | Chromosomal Changes | |
| Unit 1 | Module 9 Overview: Chromosomal changes | |
| Unit 2 | Polyploidy (Lecture 9A) | |
| Unit 3 | Aneuploidy (Lecture 9B) | |
| Unit 4 | Aneuploidy for sex chromosomes (Lecture 9C) | |
| Unit 5 | Chromosome rearrangements (Lecture 9D) | |
| Unit 6 | Consequences of chromosome rearrangements (Lecture 9E) | |
| Unit 7 | Small changes (structural variation) (Lecture 9F) | |
| Unit 8 | Junk and selfish DNA (Lecture 9G) | |
| Unit 9 | Genome evolution (Lecture 9H) | |
| Module 10 | 10 | |
| Unit 1 | Module 10: Intro to Advanced Topics | |
| Unit 2 | Origin of Life (Lecture 10A) | |
| Unit 3 | Mitochondrial Genetics (Lecture 10B) | |
| Unit 4 | Epigenetics (Lecture 10C) | |
| Unit 5 | Mosaics & Chimeras (Lecture 10D) | |
| Unit 6 | Fetal DNA Gets Around (Lecture 10E) | |
| Unit 7 | Genetics of Aging (Lecture 10F) |