Students acquire the basic skills for the knowledge about animal production systems, animal breeding, qualitative and quantitative features of animal production, particularly in semi-extensive systems. To give knowledge on genetic sources of domestic animal biodiversity, the within and between breeds genetic variability. At the end of the course students will be able to make the principal methods used in conservation programmes and selection schemes
This course will give to the student the information about the metabolic mechanisms that affect the quality of animal products and in particular milk and meats
Class lectures, practical activities and technical visits
Class lectures, practical activities and technical visits
Animal production systems:
Genetic resources and their productios.
Milk and meat production in cattle, sheep, goat and swine.
Endangered authochtonous breeds.
Application of genetics to livestock production:
Breeding objectives, breeds characteristics, crossbreeding, selection criteria and genetic evaluation.
Animal breeding biotechnology.
Principles of aquaculture
Elements of animal morphology. Nutrients: structural and non structural carbohydrates; the fibre according to the Van Soest system (NDF; ADF ADL; AIA); Crude protein and protein fractions according to the Cornell system (A, B1 B2 B3C) and INRA (PDI); lipids and ruminal bio-hydrogenation of fatty acids. Elements of anatomy and physiology of digestion in monogastric and ruminants. The udder: anatomy and the lactation. Definition of quality for milk and meat.The effects of animal feeling on milk and meat quality
1) Bittante G., Andrighetto I., Ramanzin M. Fondamenti di Zootecnica (Liviana Editrice)
2) Bittante G., Andrighetto I., Ramanzin M. Tecniche di Produzione Animale (Liviana Editrice);
3) Dialma Balasini – Zoognostica, per la conoscenza, la valutazione e la scelta degli animali. Edagricole
Pulina (Editor) Dairy sheep feeling and nutrition – Avenue media