Reproductive and Developmental Sciences
This course covers all aspects of human reproductive and developmental biology, addressing them from the perspective of the fundamental mechanisms that control these normal physiological processes, and then considering our current knowledge of the most important pathologies.
This course will include consideration of some selected topics of particular interest, to demonstrate how fundamental science can lead to a better understanding of normal and pathological processes in reproduction and development.
This course will comprise three core teaching blocks, a self-directed learning block involving independent and group work, and a 15-week research project.
Aims and objectives
- To consider the processes required for successful reproduction, including the detailed mechanisms involved
- To provide an understanding of how the latest scientific knowledge can inform and improve clinical practice and treatments
- To appreciate the interactions between events before or during pregnancy, and the impact these can in the short or longer term on mother and infant
- To assess rigorously how much we understand the mechanisms underlying the main pathologies of human reproduction and development
- To appreciate the most recent insights from fundamental research, and to consider how these may inform further clinical and translational approaches
After taking this course students will:
- Have an awareness of the main characteristics and events in human reproduction and development
- Have a greater knowledge of the regulatory systems that determine normal and abnormal function of these critical events
- Have been introduced to the most recent science underpinning our understanding of human reproduction, from the earliest stages of life, through pregnancy, to infanthood
- Be able to summarise more of the mechanisms and impact of the primary complications that are unique in their effect on female health, namely gynaecological cancers and the menopause
- Have been introduced to the normal development of the infant in utero, at the time of delivery and at the beginning of independent life
- Have a greater appreciation for the vulnerability of the preterm human infant, and how the preterm and term infant reacts to their environment
- Be able to summarise the main effects of paediatric infection on an infant, and identify the main processes involved
- Be able to identify the effects of paediatric allergic diseases and the main mechanisms involved
Further Information and Application Guidance
With the exception of BSc Management and BSc Biomedical Engineering, all of Imperial College's intercalated BSc courses run from September until May. The courses comprise a 12 week teaching block where the students gain specialism-specific knowledge and skills, alongside their research training of core research knowledge and skills. All students also perform a 15 week research project within their specialism.
More information about applying for/undertaking an intercalated BSc course at Imperial College London and also the structure of our courses can be found in the downloadable Imperial College London Intercalated BSc Guide - 2021-22 Entry (PDF).
If you have any queries about the application process, please email the Faculty Education Office (BSc Team) at email@example.com.