Module 1 Introduction to the Course
Unit 1 DNA 1.1 Welcome to "DNA for Dog Breeders"
Unit 2 DNA 1.2 What the course will cover
Unit 3 DNA 1.3 Course FAQs
Unit 4 DNA 1.4 Silly Quiz
Module 2 Why should you care about DNA?
Unit 1 DNA 2.1 Why should breeders care about DNA?
Module 3 DNA Nuts 'n Bolts
Unit 1 DNA 3.1 Genetics terminology
Unit 2 DNA 3.2 What is DNA?
Unit 3 DNA 3.3 Genes & Genomics
Unit 4 DNA 3.4 Types of DNA
Unit 5 DNA 3.5 What is a chromosome?
Unit 6 DNA 3.6 Dominant & recessive genes
Unit 7 DNA 3.7 Evolution, selective breeding, and how we made dogs
Unit 8 DNA 3.8 Chromosomes and Karyotype
Module 4 DNA Quiz 1: Vocabulary
Unit 1 Quiz: Vocabulary
Unit 2 Quiz: Nuts & Bolts
Module 5 Genetics of traits and diseases
Unit 1 DNA 5.1 Gene Databases
Unit 2 DNA 5.2 Getting from gene to trait
Unit 3 DNA 5.3 Gene interactions
Unit 4 DNA 5.4 Mutations
Module 6 DNA sequencing
Unit 1 DNA 6.1 The human and canine genome projects
Unit 2 DNA 6.2 Polymerase Chain Reaction (PCR)
Unit 3 DNA 6.3 Whole genome sequencing
Unit 4 DNA 6.4 Next generation sequencing
Module 7 Quiz: Traits and Diseases
Unit 1 DNA Quiz 3: DNA
Module 8 Genetic analysis using microsatellites
Unit 1 DNA 8.1 Types of markers
Unit 2 DNA 8.2 Microsatellites
Unit 3 DNA 8.3 Using microsatellites for identification and Parentage
Module 9 Genetic analysis using SNPs
Unit 1 DNA 10.1 How SNP analysis works
Unit 2 DNA 10.2 SNPs in personal genomics
Unit 3 DNA 10.3 SNPs in Genomic Research
Unit 4 DNA 10.4 Using raw SNP data
Module 10 Identifying the genes for traits and diseases
Unit 1 DNA 11.1 GWAS
Unit 2 DNA 11.2 Basic GWAS examples
Unit 3 DNA 11.3 GWAS: the genes for coat type in dogs
Module 11 DNA Quiz 4: Markers
Unit 1 Quiz 4
Module 12 A survey of genetic mutations in dogs
Unit 1 DNA 12.1 A survey of genetic diseases in dogs
Module 13 Haplogroups, Haplotypes, and Linkage
Unit 1 DNA 13.1 Haplogroups, Haplotypes, and Ancestry
Unit 2 DNA 13.2 Linkage disequilibrium
Module 14 Statistics in Genomics
Unit 1 DNA 14.1 Statistics in Genomic Studies
Unit 2 DNA 14.2 Statistics Nuts 'N Bolts
Unit 3 DNA 14.3 Exploring Data
Unit 4 DNA 14.4 Heterozygosity examples
Module 15 Types of DNA analyses
Unit 1 DNA 15.1 Principal Components Analysis
Unit 2 DNA 15.2 Genetic Differences Among Populations
Unit 3 DNA 15.3 Mutation & trait tests
Unit 4 DNA 15.4 The lesson(s) from SOD1 and degenerative myelopathy
Unit 5 DNA 15.5 Who does DNA testing?
Unit 6 DNA 15.6 How accurate are dog DNA tests?
Module 16 Ancestry and inbreeding
Unit 1 DNA 16.2 Relatedness and ancestry
Unit 2 DNA 16.1 Determining relatedness & ancestry with SNPs
Unit 3 DNA 16.3 Estimating inbreeding: runs of homozygosity
Module 17 Kinship Coefficient
Unit 1 DNA 17.1 Kinship Coefficient and Relatedness
Unit 2 DNA 17.2 Kinship Coefficient and Genetic Diversity
Module 18 Population genetic structure
Unit 1 DNA 18.1 Assessing Genetic Structure of a Breed
Unit 2 DNA 18.2 Using genetic structure to find genes
Module 19 Visualizing data
Unit 1 DNA 19.1 Understanding heat maps
Module 20 Using DNA in population genetics
Unit 1 DNA 20.1 Determining genetic relatedness using the kinship matrix
Unit 2 DNA 20.2 Assessing the genetic value of a dog
Module 21 Population Genetic Analysis of a Breed
Unit 1 DNA 21.1 ICB Breeder Tool Quick Start Guide
Unit 2 DNA 21.2 Breed genetic analysis
Unit 3 DNA 21.3 Mutation test summary
Unit 4 DNA 21.4 Test Mating
Module 22 Breed composition
Unit 1 DNA 22.1 Breed definition, composition, and ancestry
Module 23 Breeder options for genotyping
Unit 1 DNA 23.1 SNP genotyping
Unit 2 DNA 23.2 Microsatellite genotyping
Module 24 Software tools and new technology
Unit 1 DNA 24.1 New Technology: CRISPR
Unit 2 DNA 24.2 Technology: more sensitive SNP detection
Module 25 Using DNA Data
Unit 1 DNA 25.2 On breeder tools
Unit 2 DNA 25.1 The perils of DNA testing
Unit 3 DNA 25.4 Dogs and DNA
Module 26 Game of Genomes
Unit 1 DNA 18.1 Game of Genomes