Therapeutics module (BS52009)

Explore the latest advances in drug discovery and therapeutic development. You will look at monoclonal antibodies, gene editing and CAR-T cell therapies

Credits
20
Module code
BS52009
Level
5
Semester
Semester 2
School
School of Life Sciences
Discipline
DArcy Thompson Unit

Developing effective treatments for disease requires two elements: scientific knowledge and an understanding of the wider landscape of drug discovery. This also includes drug commercialisation and regulation.

​This module covers a range of modern therapeutic approaches. It has an emphasis on current research directions in both academia and the biopharma industry.

​You will cover a range of topics, such as:

  • ​monoclonal antibody and CAR-T cell therapies
  • ​novel vaccine strategies
  • ​phenotypic drug discovery
  • ​stem cell disease modelling
  • ​gene editing
  • ​anti-microbials
  • ​the regulatory and commercialisation pathways that bring new treatments to patients

​Workshops use studies linked to scientific literature and clinical trials. This will ground your learning in the realities of therapeutic development. 

​What you will learn

​In this module, you will:

  • ​explore the mechanisms of action and development of cutting-edge therapeutic modalities. These will include CAR-T therapies, gene editing and monoclonal antibodies
  • ​examine drug discovery and development processes, from early research to clinical application
  • ​investigate commercialisation pathways, regulatory affairs and the market factors that drive biopharma research

​By the end of this module, you will be able to:

  • ​understand central concepts in therapeutics across a wide range of disease types
  • ​show in-depth understanding of key technologies and methods in drug discovery and development
  • ​evaluate different commercialisation pathways and the financial and market factors that underpin them
  • ​apply problem-solving and critical reasoning skills to patient case histories and scientific data​

Assignments / assessment

  • ​​​Case-study-based assessment (40%) 
  • ​2-hour written exam (60%)​​ 

Teaching methods / timetable

  • ​​lectures 
  • ​workshops 
    • ​These will use case studies linked to analysis of research papers 
  • ​tutorials 

​You will be taught across the University's City Campus and Ninewells.​ 

Courses

This module is available on the following courses: