Overview

Some of the topics covered in this module may include:

• Reproductive systems and gametogenesis
• Comparative development of vertebrate and invertebrate nervous systems
• Homeobox genes
• Development and disease
• Stem cells, metamorphosis and regeneration

The module will allow students to apply several key developmental biology techniques to a number of classical model systems, including fruitflies, zebrafish and chickens. Students will gain an appreciation of important practical molecular biology techniques and will also be exposed to relevant primary literature thorough the module.

Learning Outcomes

• Appreciate the important of practical techniques in embryology and molecular biology

• Demonstrate a detailed understanding of the key models and techniques used to study animal development, and critically appraise the relevant ethical and legal issues associated with their use

• Demonstrate an ability to apply background knowledge and independent research in order to interpret experimental results and to solve problems, and to understand and critique relevant primary literature

• Demonstrate detailed knowledge and broad conceptual understanding of animal development, from fertilisation, through to axis formation, organogenesis, and regeneration

• Gain an appreciation of the diversity of processes involved in animal development, and the ways in which these have been repurposed during animal evolution

• Gain an appreciation of the links between development and human and animal disease