.
Module 1 | Introduction | |
---|---|---|
Unit 1 | H&E 1.1 Introduction | |
Unit 2 | H&E 1.2 Disclaimer | |
Module 2 | Vocabulary & Anatomy | |
Unit 1 | H&E 2.1 Resources | |
Unit 2 | H&E 2.2 Vocabulary | |
Unit 3 | H&E 2.3 Illustrations: directions | |
Unit 4 | H&E 2.4 Illustrations: hip anatomy | |
Module 3 | Anatomy Quiz | |
Unit 1 | H7E 3.1 Hip anatomy quiz | |
Module 4 | History | |
Unit 1 | H&E 4.1 History | |
Unit 2 | H&E 4.2 How big is the problem? | |
Module 5 | Anatomy of the hip | |
Unit 1 | H&E 5.1 An animated tour of the hip and pelvis | |
Unit 2 | H&E 5.2 Development of the hip | |
Module 6 | Development of hip dysplasia | |
Unit 1 | H&E 6.1 Hip biomechanics | |
Unit 2 | H&E 6.2 More biomechanics | |
Unit 3 | H&E 6.3 Role of the round ligament | |
Unit 4 | H&E 6.4 The role of muscles | |
Module 7 | Heritability | |
Unit 1 | H&E 7.1 The basics of heritability | |
Unit 2 | H&E 7.2 Determining heritability | |
Module 8 | QUIZ | |
Unit 1 | Quiz - hip development | |
Module 9 | The genetics of hip dysplasia | |
Unit 1 | H&E 8.1 Genetics of hip dysplasia- Introduction | |
Unit 2 | H&E 8.2 Genetics of hip dysplasia- search for genes | |
Unit 3 | H&E 8.3 The IDEXX Dysgen DNA test | |
Unit 4 | H&E 8.4 Genetics of hip dysplasia- heritability | |
Unit 5 | H&E 8.5 Current list of SNPs and candidate genes for CHD | |
Module 10 | Breeding Values | |
Unit 1 | H&E 9.1 Breeding values | |
Unit 2 | H&E 9.2 EBV Example | |
Unit 3 | H&E 9.3 Do estimated breed values work? | |
Unit 4 | H&E 9.4 Cornell EBVs | |
Module 11 | Environmental factors that influence hip dysplasia | |
Unit 1 | H&E 10.1 Environment | |
Unit 2 | H&E 10.2 Publications | |
Unit 3 | H&E 10.3 Food consumption & obesity | |
Unit 4 | H&E 10.4 Body size & type | |
Unit 5 | H&E 10.5 Age | |
Unit 6 | H&E 10.6 Season of birth | |
Unit 7 | H&E 10.7 Substrate | |
Unit 8 | H&E 10.8 Exercise | |
Unit 9 | H&E 10.9 Endocrine & Spay/Neuter | |
Unit 10 | H&E 10.10 Nutrition | |
Unit 11 | H&E 10.11 Adduction & extension | |
Unit 12 | H&E 10.12 Hip dysplasia in humans | |
Module 12 | Evaluating hip phenotype | |
Unit 1 | H&E 11.1 Evaluating hip phenotype | |
Unit 2 | H&E 11.2 Positioning for x-ray | |
Unit 3 | H&E 11.3 OFA | |
Unit 4 | H&E 11.4 PennHIP | |
Unit 5 | H&E 11.5 British Veterinary Association (BVA) | |
Unit 6 | H&E 11.6 FCI | |
Unit 7 | H&E 11.7 Dorsolateral subluxation (DLS) | |
Unit 8 | H&E 11.8 Ortolani test | |
Unit 9 | H&E 11.9 Comparing grading schemes | |
Module 13 | Treatment of hip dysplasia | |
Unit 1 | H&E 12.1 Treatment of hip dysplasia | |
Module 14 | Anatomy of the elbow | |
Unit 1 | H&E 13.1 Anatomy of the elbow | |
Module 15 | Forms of elbow dysplasia | |
Unit 1 | H&E 14.0 Dysplasia of the elbow | |
Unit 2 | H&E 14.1 Fragmented coronoid process | |
Unit 3 | H&E 14.3 Ununited anconeal process | |
Unit 4 | H&E 14.3 Osteochondrosis | |
Unit 5 | H&E 14.4 Elbow incongruity | |
Module 16 | Frequency and breed distribution of elbow dysplasia | |
Unit 1 | H&E 15.1 Frequency & breed distribution of elbow dysplasia | |
Module 17 | Evaluation of elbow dysplasia | |
Unit 1 | H&E 16.1 Evaluation of elbows | |
Module 18 | Genetic and environmental factors in elbow dysplasia | |
Unit 1 | H&E 17.1 Genetic & environmental factors in elbow dysplasia | |
Module 19 | Treatment of elbow dysplasia | |
Unit 1 | H&E 19.1 Treatment of elbow dysplasia | |
Module 20 | Reducing hip & elbow dysplasia in dogs | |
Unit 1 | H&E 20.1 Reducing hip & elbow dysplasia in dogs |