Pharmaceutical Science

Genetics has become a central topic not only in biological science, but also for topics such as data science, art and culture. Genetics is revolutionising all spheres of life at an unprecedented speed. It is central to all areas of biology, from cellular development and reproduction to conservation and biodiversity. In this core module, we will provide you with the framework of this diverse area, covering areas from DNA fingerprinting and DNA/RNA editing, to ethics and conservation biology. We will expose you to the latest research in the area of molecular genetics and provide the foundation for your future. 

The aim of this module is to introduce organic chemistry through structure and mechanism. You will study organic reactions of key functional groups such as alkenes, carbonyl and aromatic compounds.

The aim of this module is to introduce principles of biochemistry. You will study biochemical pathways and organelles, relevant to cell biology.

This module provides a broad cell biology knowledge base, building a solid foundation of key scientific content relevant to subsequent modules within several bioscience degrees.

This module will help you understand key concepts in biological chemistry, including spectroscopy and spectrometry techniques for identifying small organic molecules; chemical reactivity and molecular interactions; chromatography; and kinetics and thermodynamics.

This is a practical laboratory based module aiming to develop practical skills in the areas of biochemistry, pharmaceutical sciences and general chemistry. The students will be involved in hands-on laboratory work covering a range of essential techniques used in academia and industry. Students will be given feedback on their work during the classes. 

Clinical and Molecular Genetics will enable students to gain practical skills in molecular biology and bioinformatics, through linked laboratory and computer sessions. The lecture programme is delivered by three academics, each an expert in their specific area of clinical and molecular genetics. Topics covered include, current molecular biology and bioinformatics techniques, the control of bacterial and eukaryotic gene expression and the effect of mutations on gene expression and how this can lead to human genetic diseases.

This module will help you develop your scientific writing and communication skills, and understand key statistical methods that may be applied to the chemical and biochemical sciences.

This module will provide students with the opportunity to critically evaluate and understand advanced concepts in drug discovery, practical methodologies in drug synthesis, and to use a range of primary and secondary information sources.

This module aims to introduce you to the general properties of pharmacologically active ingredients and their effect upon the major organ systems. You will develop an understanding of techniques applicable to research and industry in the field of pharmacology.

Physiology is the science of life. During the Human Systems Physiology module, you will explore the function of each major organ system. You will discover the molecular and cellular mechanisms that underlay this function, and how organ systems are integrated and regulated to maintain homeostasis, while allowing the human body to adapt to changing metabolic and environmental demands. Laboratory classes use cutting-edge equipment that allow you to see “physiology in action” and develop competence in the techniques used by physiologists to advance the field.  

This module provides an appreciation of topics in biochemistry with an emphasis on genomics, proteomics, structural biology and their application in research and industry.

This module will enhance your understanding of pharmaceutical analysis and other aspects of drug development including pre-clinical and clinical trials.

This module will provide a contemporary overview of some important disease processes and associated drug intervention mechanisms.

This dissertation module allows you to develop independent research skills, including both data collection/generation (for example, via lab-based research or fieldwork) and analysis, while conducting research on a topic in an area relevant to your programme of study. You will also develop your professional skills, with a focus on employability. 

This module will help you develop the understanding of the fundamentals of sustainability and greenness and recovery from a post-pandemic landscape featuring skills sets of biochemistry, chemistry, biomedical, pharmaceutical and personal health care from the laboratory to gaining understanding of the workings of industry. The material issued as lecture notes and support guides will be all released pre-module and each lecture session will ‘flip-learning’ to ‘workshop’ through the academic staff and invited industry speakers for ‘real world’ experience

This highly interactive optional final year module allows students to explore methods used in the diagnosis, monitoring and treatment of cardiovascular and respiratory (thoracic) diseases. Assessment of the module uses real case studies to enable students to develop both their analytical and critical narrative skills. Students will learn mechanisms of disease, how these relate to clinical outcomes, how patient care plans are developed, and the future approaches of thoracic medicine. Special features of the module include full CPET testing in the Health School human performance lab and the opportunity to visit to the North West Lung Centre to engage with clinical pulmonary testing.  

This module will introduce you to the latest technologies and techniques used in modern medicine design. A major component of the module will focus on computational techniques used in the drug development process and computer lab classes will provide you with the opportunity to use industry standard software. In addition, you will also learn about the latest developments in 'wet' laboratory techniques that are assisting in the development of treatments for conditions such as HIV and SARS-COV-2.