Unit 1 |
PB 1.1 Course logistics |
Unit 2 |
PB 1.2. Silly quiz |
Unit 1 |
PB 2.x Preface |
Unit 2 |
PB 2.0 Genetics Terminology |
Unit 3 |
PB 2.1 What is DNA? |
Unit 4 |
PB 2.2 Genes & Genomics |
Unit 5 |
PB 2.3 Types of DNA |
Unit 6 |
PB 2.4 What is a Chromosome? |
Unit 7 |
PB 2.5 Dominant & Recessive Genes |
Unit 8 |
PB 2.6 Chromosomes And Karyotype |
Unit 9 |
PB 2.7 Evolution, selective breeding, and how we made dogs |
There are no units in this module. |
Unit 1 |
PB 4.1 Inbreeding |
Unit 2 |
PB 4.2 Inbreeding and harmful alleles |
Unit 3 |
PB 4.3 Inbreeding & Selective Breeding in Livestock & Pets |
Unit 4 |
PB 4.5 Inbreeding and genetic variation |
Unit 5 |
PB 4.6 How inbred are purebred dogs? |
Unit 1 |
PB 6.0 The coefficient of inbreeding |
Unit 2 |
PB 6.2 Simple calculations of COI |
Unit 3 |
PB 6.3 What does the coefficient of inbreeding mean? |
Unit 4 |
PB 6.4 How many generations of pedigree data should you use? |
Unit 5 |
PB 6.5 Coefficient of inbreeding bootcamp |
Unit 1 |
PB 6.0 Inbreeding in humans |
Unit 2 |
PB 6.1 What is "fitness"? |
Unit 3 |
PB 6.2 Origin of the Inbreeding Coefficient |
Unit 4 |
PB 6.3 Consequences of Inbreeding |
Unit 5 |
PB 6.4 Inbreeding in wolves- the Isle Royale population |
Unit 6 |
PB 6.5 Inbreeding in the Mexican wolf |
Unit 7 |
PB 6.6 Update on the Isle Royale wolves - May 2019 |
Unit 1 |
PB 7.0 Inbreeding depression in dogs |
Unit 1 |
PB 8.1 Genetic Drift |
Unit 2 |
PB 8.2 More Genetic Drift |
Unit 1 |
PB 9.1 What is in the gene pool? |
Unit 2 |
PB 9.2 Estimating genetic diversity from pedigree data |
Unit 1 |
PB 10.1 Effective population size |
Unit 2 |
PB 10.2 Sex ratio and effective population size |
Unit 3 |
PB 10.3 Using effective population size |
Unit 4 |
PB 10.4 The Pox of Popular Sires |
Unit 1 |
PB 12.0 Kinship and Relatedness |
Unit 2 |
PB 12.1 Using kinship to assess relatedness |
Unit 3 |
PB 12.2 Using kinship to estimate the genetic value of a dog |
Unit 4 |
PB 12.3 Using kinship to manage genetic disorders |
Unit 5 |
PB 12.4 Using kinship to assess genetic diversity |
Unit 1 |
PB 13.1 Assessing the genetic status of a breed |
Unit 2 |
PB 13.2 Genetic Evaluation of the Belgian Tervuren |
Unit 3 |
PB 13.3 Summary of the genetic status of Belgian Shepherds |
Unit 1 |
PB 15.1 What can you do with your DNA data? |
Unit 2 |
PB 15.2 Estimating inbreeding from DNA |
Unit 3 |
PB 15.3 Assessing inbreeding (Fis) |
Unit 4 |
PB 15.4 Genetic diversity from DNA: Heterozygosity |
Unit 1 |
PB 14.1 Genetic evaluation of the Afghan Hound |
Unit 2 |
PB 14.2 Genetic evaluation of the Afghan Hound: part 2 |
Unit 1 |
PB 16.1 Genetic assessment of the Yorkshire Terrier: Breed Summary |
Unit 2 |
PB 16.2 Genetic Assessment of the Yorkshire Terrier: Individual Info |
Unit 3 |
PB 16.3 Genetic Assessment of the Yorkshire Terrier: Test Mating |
Unit 4 |
PB 16.4 Genetic Assessment of the Yorkshire Terrier: Test Mating Example |
Unit 1 |
PB 17.1 Genetic assessment of the Irish Wolfhound |
Unit 1 |
PB 17.1 Genetic drift, multiple populations, and migration |
Unit 2 |
PB 17.2 Population size and inbreeding |
Unit 1 |
PB 19.1 Strategies for genetic management |
Unit 2 |
PB 19.2 Genetic management: the complication of linkage disequilibrium |
Unit 1 |
PB 20.1 Genetic management of animal populations: the Condor |
Unit 2 |
PB 20.2 Genetic rescue of the Norwegian Lundehund |
Unit 1 |
PB 20.1 Evaluating outcross strategies |
Unit 1 |
Congratulations! |
Unit 2 |
Congratulations! |