Animal Breeding and Genetics

Wedi cwblhau'r modiwl dylai'r myfyrwyr fedru:

1. Discuss the relationship of phenotype to genotype and environment and the problems that arise in identifying animals of superior breeding value.
2. Identify the biological, economic and practical constraints that influence the success of genetic improvement programmes.
3. Conceptualize how molecular technologies may be applied to domestic animals.
4. Differentiate between molecular technologies and choose the most appropriate method(s) for a particular purpose.
5. Describe the applications of molecular genetics to the study of genetic abnormalities and the improvement of domestic animals.
6. Apply bioinformatical studies to the relationship between domesticated animals and their gene function.
7. Evaluate scientific, practical and ethical issues in the genetic improvement of domestic animals.

This module considers the potential for genetic improvement of domesticated animals for economic traits. Starting with an overview of the principles of Mendelian inheritance applied to coat colour, disease and polymorphisms suitable for parentage testing, this course advances to a discussion of the effects inbreeding and heterosis. The principles of quantitative genetics are outlined and their application to the improvement of domesticated animals is discussed.
The module will consider the application of molecular genetics to domesticated animals. It will give students an understanding of the methodologies applied in molecular genetics and related disciplines (e.g. proteomics, metabolomics, etc.) and to allow them to conceptualize and apply them to Animal Science, Equine Science and livestock production. Having gained an insight into how DNA technology can be applied to this area. Students will also gain an understanding of the interpretation of these data via the relatively new discipline of bioinformatics.

To outline the principles of Mendelian and quantitative genetics and their application to the genetic improvement of domestic animals.
To understand the methodologies used in molecular genetics, bioinformatics and related disciplines (e.g. proteomics, metabolomics, etc.) and consider their application to domestic animals.

Two lectures per week and practical classes delivered appropriately throughout the semester.
Principles of Mendelian and quantitative genetics (weeks 1 - 4)
Applications of quantitative genetics (weeks 5 - 11)
Introduction to molecular biology and -omics technologies and their applications (weeks 1 - 7)
Bioinformatics (weeks 8 - 11)

Mae'r modiwl hwn yn cydymffurfio a FfCChC Lefel 7