BSc (Hons) Biomedical Science with a Year in Professional Practice Bachelor's degree at the University of Kent

Through a blend of theoretical knowledge and hands-on experience, you'll learn to analyse and present biological data using established scientific methods. By purifying your own protein and analysing its function, you'll gain experience using a wide range of experimental tools, processes and equipment found in modern laboratories. You'll discover how to operate safely, professionally and with good laboratory practice. You'll use digital tools to visualise, analyse and interpret scientific data,

Biomolecules are the fundamental building blocks of life on Earth, comprising amino acids, monosaccharides, fatty acids, and the bases of DNA and RNA. These molecules, though basic in structure, form the complex macromolecules, proteins, carbohydrates, lipids, and nucleic acids, that underpin the diversity and adaptability of all life forms. After exploring the intricate structure/function relationship in these building blocks, you'll then focus on enzymes, remarkable catalysts that accelerate bio

You will explore the anatomy and physiology of healthy tissues, organs, and the major bodily systems. By reviewing and interpreting engaging case studies, you will connect theoretical knowledge with real-life health conditions that impact these systems. Through these explorations, you will gain a deeper understanding of the causes of these diseases, the important diagnostic techniques we can use to assess them, and how we might treat them.

This module will allow you to expand your skill set and advance through the scientific process under the guidance of established conventions that define excellence in academia, healthcare, and industry. You'll apply your practical skills and knowledge to formulate hypotheses, test them effectively, and learn how to analyse and present data for a standard practical laboratory report. By following a series of progressive steps, you'll evolve towards becoming a confident, independent scientist, cul

You'll explore cell structure and organisation, the intricacies of cell membranes, molecular trafficking, and the orchestration of organelles vital for energy production and metabolism. You'll navigate cells' internal skeleton, chromosome dynamics, and the fascinating processes of cell division and meiosis. You'll also study DNA replication, repair, and recombination, uncovering the secrets of chromatin structure and mutation. Further topics include the intricate pathways of transcription, mRNA

What roles do biomedical scientists play in patient care? In a clinical laboratory processing many thousands of patient samples daily, how is quality and safety maintained? This module will show you what it's like to work in a clinical laboratory. You'll undertake competency training, gaining key knowledge and skills required by the Institute of Biomedical Science (IBMS) for practising as a biomedical scientist and entering other clinical careers. You'll start building an impactful biomedical CV

This module deals with the flow of genetic information from DNA to RNA to protein in organisms, ranging from viruses to humans. You'll learn how genetic information is stored in DNA and RNA, how that information is decoded by the cell, and how the flow of information is controlled in response to changes in the environment or developmental stage. You'll compare and contrast mechanisms of gene regulation in prokaryotes and eukaryotes, and explore the latest developments in molecular genetic techni

Whether it is biology, biochemistry or biomedical sciences, scientists need to understand their subject matter. But additional skills are also needed to successfully work as a scientist. These relate to scientific ways of answering questions and the generation of subject-specific knowledge. In this module, you'll interpret scientific data generated with experimental methods that are commonly used in the biological sciences. You'll develop your understanding of how to generate new scientific know

You'll learn the principles of pharmacology that underpin the use of drug molecules to treat disease. You'll then apply your knowledge to the treatment of some of the most common diseases that affect different physiological systems and cause a substantial burden to physical and mental health around the world. You'll gain knowledge of the molecular basis of drug action, the biological basis of disease and the therapeutic approaches to treating them. By exploring the main methods of monitoring the

You'll explore some of these questions and dive into the world of innate and adaptive immunity, developing an understanding of how the body responds to injury or infection. You'll examine immunopathology which involves conditions where the immune system attacks the body, such as autoimmune diseases, allergies, and responses to tumours or transplants. Finally, you'll apply your understanding of the immune system to understand how current immunology-based technologies and treatments, such as monocl

How do biomedical scientists use knowledge of cellular and molecular characteristics to inform patient care in the NHS? What do human tissues look like at the microanatomical level? Cellular Pathology is the study of diseased cells and tissues. Molecular Pathology refers to the use of molecular methods to understand disease. Both are key clinical specialisms in the biomedical science field. You'll gain theoretical and practical knowledge about key cellular and molecular pathology diagnostic tech

You'll learn how patient samples are collected and how they are analysed in a modern NHS biochemistry laboratory. Once you understand the fundamental principles and procedures, you'll practice putting your knowledge to work in the clinical laboratory using case studies. You'll be able to generate and interpret clinical biochemistry data to inform how patients are diagnosed, monitored and treated.