VET30400 Digestive physiology and integrated metabolism

VET30400 Digestive physiology and integrated metabolism

VET30400 Digestive physiology and integrated metabolism 150 150 Peter

VET30400 Digestive physiology and integrated metabolism

Academic Year 2021/2022

Most of the organic material in the feed consumed by animals consists of macromolecules which must be broken down into smaller molecules before they can be utilised to maintain energy-requiring processes or serve as building blocks for cells and tissues. This module will describe the structure/function relationships and metabolic and regulatory mechanisms controlling the function of GI tract, including liver and pancreas, in animals of veterinary importance including farm animal species as well as the dog and cat. Specific clinical examples (starvation, overfeeding) will be used to describe the role of intermediatory metabolism.

Learning Outcomes:

At the end of this module the student should be able to: Explain the function of gastrointestinal tracts and their associated glands in domestic species. Relate the gross and microscopic structure of the GI tract to function. Explain the extrinsic and intrinsic regulation of gastrointestinal function, including adaptation to nutritional, evolutionary and ecological factors. Describe the metabolic and regulatory mechanisms involved in controlling the function of the GI tract. Describe the post-absorptive fate of nutrients. Demonstrate the ability to apply basic knowledge of intermediary metabolism to clinical veterinary scenarios. Demonstrate the ability to apply basic knowledge of digestive structure and function to clinical veterinary scenarios.

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