This module provides an in-depth exploration of the fundamental and emerging concepts in cancer biology, integrating molecular, cellular, and clinical perspectives. You will critically examine the origin and progression of cancer, focusing on advanced topics related to the molecular hallmarks, oncogenic transformation and the dysregulation of key signalling networks that drive cancer development and metastasis. The module also addresses current approaches in cancer diagnostics such as the use of big data, and therapeutic strategies. You will engage in collaborative group work to analyse landmark discoveries in the field, enhancing their ability to critically evaluate primary literature and synthesise complex information. This module is designed to equip you with a comprehensive understanding of advanced topics in cancer and their applications in clinical settings.
This module delivers advanced knowledge of microbiology (bacteriology, virology, mycology and parasitology) within the broader context of infection science. You will examine mechanisms of infection, antimicrobial resistance, and current therapeutic strategies. Emphasis is placed on the interconnected application of these principles across medical microbiology, where pathogenicity, diagnosis, treatment, and infection control are understood as mutually reinforcing processes that together shape effective responses to infectious disease. Through case-based learning and the interpretation of complex clinical and laboratory data, you will develop critical scientific and analytical skills. The module supports progression into specialist roles in clinical microbiology and infection science.
This module will introduce and apply cutting-edge molecular biology technologies and their applications. Starting by understanding the molecular basis of disease, we will explore the forefront of molecular research that allows for scientific discoveries. We will develop and apply the extensive molecular toolbox to answer biological problems.
This module equips you with leadership and management skills essential for senior roles in Biomedical Science. It explores governance, risk, finance and quality systems within laboratories. You will examine organisational structures, responsibilities of Biomedical Scientists and professional conduct. Topics include HR, training, confidentiality, safe practice and workload metrics. Attention is also given to socio‑ethical dimensions of scientific practice, ensuring students can navigate diverse professional contexts with integrity and sensitivity. Emphasis is placed on reflective practice. Students will critically assess their knowledge, skills, and development within operational and managerial contexts, preparing them for autonomous practice and career progression.
This module provides you with advanced knowledge and practical (in silico) skills in the structural and functional aspects of protein engineering and its therapeutic applications in biomedical science. The module covers the role of protein structure and function in biological systems and biotechnology modifications of molecules such as enzymes and monoclonal antibodies. The module covers protein engineering principles and practical (in silico) skills in designing and modifying proteins for therapeutic applications. You will develop a deep understanding of protein structure and how protein structure is engineered to meet therapeutic and industrial applications in biomedical science.
This module provides you with advanced knowledge and practical skills in bioinformatics and research methodologies, tailored to tackle contemporary challenges in biomedical science. You will explore standard research methods as well as computational tools and statistical techniques for analysing large-scale biological data. Emphasis is placed on the integration of bioinformatics with experimental research methods, equipping students to design, execute, and evaluate biomedical science research. You will also receive training on open science, ethics and responsible research conduct. By engaging with case studies, you will enhance your ability to critically assess research literature and apply findings to real-world biological problems.
This module provides students with the opportunity to undertake an independent, in-depth research project within a relevant area of biomedical sciences. Under academic supervision, you will apply advanced scientific principles and rigorous research methodologies to answer a research question. The project involves critical analysis of current literature, experimental design, data collection, statistical analysis and interpretation of results. You will develop key skills in scientific writing, project management, and oral communication.
