This module will develop the themes in Nutrition and Metabolism I in detail so that students understand how macro- and micronutrient metabolism depends on the target organ; on inter-organ trafficking of metabolites and on the integration of metabolism. The module integrates this with an understanding of the nutritional requirements for the body and of methods to measure diet and body composition. Areas covered include: macronutrient and micronutrient metabolism, metabolic and nutritional needs of different systems, measuring food intake, dietary reference standards, food composition tables and databases, pre- and pro-biotics and epigenetics and vegetarian and vegan diets.

This module explores basic topics in human nutrition and metabolism. Topics will include: Introduction to Nutrition and basic concepts in Nutrition, Metabolism...

This module explores basic topics in human nutrition and metabolism. Topics will include: Introduction to Nutrition and basic concepts in Nutrition, Metabolism I (glycolysis and krebs cycle), Metabolism II (electron transport chain), Protein and amino acids, Lipids, Micronutrients, What is a diet? An introduction to diet diaries, Food commodities, non-nutrient aspects of food, An introduction to the Association for Nutrition and an introduction to anthropometry and body composition. There will be a mixture of lectures, tutorials and practical sessions for this module.

This module, which runs in Term 1 following the Clinical Transitions module, introduces the student to aspects of clinical scientific practice. During the...

This module, which runs in Term 1 following the Clinical Transitions module, introduces the student to aspects of clinical scientific practice. During the module, students will learn the process of research publication and the importance of unbiased, critical appraisal of research data. They will explore the value of evidence for acceptance of new medical therapies and the process in which approval for new medicines, procedures and devices. Students will also critically examine the role of complementary medicine in modern medical practice. Practical classes on structured writing, research study design and study appraisal will be included, and students will learn the theory and practice behind the major research techniques utilized in modern day medical research. The module will also address and explore, via small class tutorials, visits to investigational facilities and discussions with individuals working at the cutting edge of technological advances, the ways in which basic scientific research has contributed to the understanding of disease pathogenesis and influenced clinical practice.