Program Overview

Introduction to the Medical Genetics Programme

The Medical Genetics programme at Queen Mary University of London offers a unique opportunity to study medical topics within the context of classical, chromosomal, population, and molecular genetics. This programme provides a strong scientific understanding of the genetic and molecular basis of human health, development, and disease.

Programme Structure

The programme is structured to include a mixture of teaching styles, such as lectures, tutorials, classroom activities, and laboratory work. A typical week will contain a mix of lectures, practical laboratories, or workshops. Outside of classes, students will need to spend 20 to 25 hours per week preparing, writing up, and reading.

Core Modules

In the second year, students will study core modules such as:

• Genes and Bioinformatics: This module covers how a gene is transcribed to produce RNA, how the RNA is processed and translated to produce protein, and how these processes are regulated through other DNA sequences and proteins. An introduction to bioinformatics explains how to recognize, compile, and identify genes, and infer protein sequence from DNA sequence.
• Human Genetic Disorders: This module explores human hereditary disease in terms of genetics, pathogenesis, clinical features, and clinical management. Key examples of chromosomal abnormalities, monogenic diseases, and common diseases such as cancer are covered.

Optional Modules

The programme offers a wide array of optional modules in the second and third years, allowing students to tailor their Medical Genetics degree to their interests. These modules complement the core curriculum and touch on a range of disciplines, including:

• Biochemistry
• Immunology
• Physiology
• Reproductive biology
• Neuroscience Optional modules include:
• Basic Immunology: Covers the principles of innate and acquired immunity, as well as the structure and function of cells and organs of the immune system.
• Molecular Basis of Personalised Medicine: Provides an in-depth analysis of the tools available to analyze heterogeneity in disease and how these can be used to stratify disease and develop individualized treatments.
• Cancer Biology: Studies neoplasia, the macro and microscopic appearance of a range of specific tumours, and current ideas on the molecular and genetic basis of their pathogenesis.

Final Year Project

In the final year, students will undertake a research or investigative project, assessed with a detailed written report, poster, and interview. This project allows students to apply their knowledge and skills in a practical setting, exploring topics in depth and contributing to the field of Medical Genetics.

Conclusion

The Medical Genetics programme at Queen Mary University of London is designed to provide students with a comprehensive understanding of the genetic and molecular basis of human health and disease. With its mix of core and optional modules, the programme offers flexibility and depth, preparing students for careers in medical research, genetic counseling, and bioethics, among other fields.