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Choose a subject
2026/27
2027/28
Undergraduates
Postgraduates
Undergraduates
Postgraduates

Subjects A-B

  • Accounting
  • Acting and Drama
  • Agriculture
  • Ancient History
  • Anthropology
  • Archaeology
  • Architectural Engineering
  • Architecture
  • Art
  • Biochemistry
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Subjects C-E

  • Chemistry
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Subjects F-G

  • Film & Television
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  • Graphic Communication and Design

Subjects H-M

  • Healthcare
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  • Mathematics
  • Medical Sciences
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  • Microbiology
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Subjects N-T

  • Nutrition
  • Pharmacology
  • Pharmacy
  • Philosophy
  • Physician Associate Studies
  • Politics and International Relations
  • Psychology
  • Real Estate and Planning
  • Sociology
  • Spanish
  • Speech and Language Therapy
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Subjects U-Z

  • Wildlife Conservation
  • Zoology

Subjects A-C

  • Accounting
  • Agriculture
  • Ancient History
  • Archaeology
  • Architecture
  • Art
  • Artificial Intelligence
  • Biological Sciences
  • Biomedical Sciences
  • Business (Post-Experience)
  • Business and Management (Pre-Experience)
  • Classics
  • Climate Science
  • Computer Science
  • Construction Management and Engineering
  • Consumer Behaviour

Subjects D-G

  • Data Science
  • Dietetics
  • Digital Business
  • Ecology
  • Economics
  • Education
  • Energy and Environmental Engineering
  • Engineering
  • English Language and Applied Linguistics
  • English Literature
  • Environmental Sciences
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  • Finance
  • Food and Nutritional Sciences
  • Geography and Environmental Science
  • Graphic Design

Subjects H-P

  • Healthcare
  • History
  • Information Technology
  • International Development and Applied Economics
  • Law
  • Linguistics
  • Management
  • Marketing
  • Meteorology and Climate
  • Microbiology
  • Nutrition
  • Pharmacy
  • Philosophy
  • Physician Associate
  • Politics and International Relations
  • Project Management
  • Psychology
  • Public Policy

Subjects Q-Z

  • Real Estate and Planning
  • Social Policy
  • Speech and Language Therapy
  • Strategic Studies
  • Teacher training
  • Theatre
  • Typography and Graphic Communication
  • War and Peace Studies
  • Zoology

Subjects A-B

  • Accounting
  • Acting and Drama
  • Agriculture
  • Ancient History
  • Anthropology
  • Archaeology
  • Architectural Engineering
  • Architecture
  • Art
  • Biochemistry
  • Biological Sciences
  • Biomedical Engineering
  • Biomedical Sciences
  • Bioveterinary Sciences
  • Building and Surveying
  • Business and Management

Subjects C-E

  • Chemistry
  • Classics and Classical Studies
  • Climate Science
  • Computer Science and AI
  • Construction Management
  • Consumer Behaviour and Marketing
  • Cosmetics
  • Creative Writing
  • Criminology
  • Digital Media and Communication
  • Ecology
  • Economics
  • Education
  • Engineering
  • English Language and Applied Linguistics
  • English Literature
  • Environment

Subjects F-G

  • Film & Television
  • Finance
  • Food
  • Foundation programmes
  • French
  • Geography
  • German
  • Global Sustainable Development
  • Graphic Communication and Design

Subjects H-M

  • Healthcare
  • History
  • International Foundation Pathways
  • International Relations
  • Italian
  • Languages and Cultures
  • Law
  • Linguistics
  • Marketing
  • Mathematics
  • Medical Sciences
  • Meteorology and Climate
  • Microbiology
  • Museum Studies

Subjects N-T

  • Nutrition
  • Pharmacology
  • Pharmacy
  • Philosophy
  • Physician Associate Studies
  • Politics and International Relations
  • Psychology
  • Real Estate and Planning
  • Sociology
  • Spanish
  • Speech and Language Therapy
  • Surveying and Construction Management
  • Teaching
  • Theatre & Performance

Subjects U-Z

  • Wildlife Conservation
  • Zoology

Subjects A-C

  • Accounting
  • Agriculture
  • Ancient History
  • Archaeology
  • Architecture
  • Artificial Intelligence
  • Art
  • Biological Sciences
  • Biomedical Sciences
  • Business (Post-Experience)
  • Business and Management (Pre-Experience)
  • Classics
  • Climate Science
  • Computer Science
  • Construction Management and Engineering
  • Consumer Behaviour

Subjects D-G

  • Data Science
  • Dietetics
  • Digital Business
  • Ecology
  • Economics
  • Education
  • Energy and Environmental Engineering
  • Engineering
  • English Language and Applied Linguistics
  • English Literature
  • Environmental Sciences
  • Film, Theatre and Television
  • Finance
  • Food and Nutritional Sciences
  • Geography and Environmental Science
  • Graphic Design

Subjects H-P

  • Healthcare
  • History
  • Information Technology
  • International Development and Applied Economics
  • Law
  • Linguistics
  • Management
  • Marketing
  • Meteorology and Climate
  • Microbiology
  • Nutrition
  • Pharmacy
  • Philosophy
  • Physician Associate
  • Politics and International Relations
  • Project Management
  • Psychology
  • Public Policy

Subjects Q-Z

  • Real Estate and Planning
  • Social Policy
  • Speech and Language Therapy
  • Strategic Studies
  • Teacher training
  • Theatre
  • Typography and Graphic Communication
  • War and Peace Studies
  • Zoology

MSci Medical Science

  • UCAS code
    C753
  • A level offer
    ABB
  • Year of entry
    2027/28
  • Course duration
    Full Time:  4 Years
  • Year of entry
    2027/28
  • Course duration
    Full Time:  4 Years

Gain the knowledge, research and practical experience to work at the forefront of modern medicine on this integrated MSci Medical Science course.

The MSci follows the standard undergraduate curriculum but with an additional year of study and a master's level qualification.

Focus on the science that underpins medicine, and how medical science can lead to new ways of diagnosing and treating disease. This course covers topics such as biomedical laboratory research and frontline clinical care in order to improve patients’ lives.

Led by the School of Biological Sciences, You will be taught by academics whose research is aimed at understanding disease mechanisms, improving diagnoses, developing new therapies and advancing clinical practice. Everyone who teaches you has on-the-ground experience.

100% of our students said teaching staff are good at explaining things and that the course has developed the knowledge and skills they think they will need for their future (National Student Survey 2026, responders from BSc Medical Science).

Your learning structure

This course offers the flexibility to explore a variety of topics, ranging from molecular, genetic and cellular levels through to diagnostics, treatments and interventions. You will have the opportunity to study the link between biomedical science and human anatomy and physiology in the healthy and diseased state and determine how it informs disease understanding, diagnosis and treatment. 

You will learn to learn about a wide range of diagnostic equipment used to detect and monitor diseases, assess injuries, and evaluate overall health. You will have the opportunity to explore a range of diseases and their treatments, including cancer, cardiovascular disease, pathological infections and neurological disorders – all of which present major challenges to global health.

You will have the opportunity to carry out a year-long industrial placement between your second and final year. Student in previous years have worked at Diamond Light Source, Public Health England, GSK, and Covance. You can also choose to spend a year abroad, typically carrying out research in an academic laboratory.

You will have the opportunity to undertake paid vacation studentships funded by organisations such as the Wellcome Trust. These can take place over six weeks during the summer break, or be carried out part-time over a longer period. During studentships you will typically work on a set project and benefit from valuable training in techniques, experimental design and the interpretation of data.

Overview

Gain the knowledge, research and practical experience to work at the forefront of modern medicine on this integrated MSci Medical Science course.

The MSci follows the standard undergraduate curriculum but with an additional year of study and a master's level qualification.

Focus on the science that underpins medicine, and how medical science can lead to new ways of diagnosing and treating disease. This course covers topics such as biomedical laboratory research and frontline clinical care in order to improve patients’ lives.

Led by the School of Biological Sciences, You will be taught by academics whose research is aimed at understanding disease mechanisms, improving diagnoses, developing new therapies and advancing clinical practice. Everyone who teaches you has on-the-ground experience.

100% of our students said teaching staff are good at explaining things and that the course has developed the knowledge and skills they think they will need for their future (National Student Survey 2026, responders from BSc Medical Science).

Learning

Your learning structure

This course offers the flexibility to explore a variety of topics, ranging from molecular, genetic and cellular levels through to diagnostics, treatments and interventions. You will have the opportunity to study the link between biomedical science and human anatomy and physiology in the healthy and diseased state and determine how it informs disease understanding, diagnosis and treatment. 

You will learn to learn about a wide range of diagnostic equipment used to detect and monitor diseases, assess injuries, and evaluate overall health. You will have the opportunity to explore a range of diseases and their treatments, including cancer, cardiovascular disease, pathological infections and neurological disorders – all of which present major challenges to global health.

You will have the opportunity to carry out a year-long industrial placement between your second and final year. Student in previous years have worked at Diamond Light Source, Public Health England, GSK, and Covance. You can also choose to spend a year abroad, typically carrying out research in an academic laboratory.

You will have the opportunity to undertake paid vacation studentships funded by organisations such as the Wellcome Trust. These can take place over six weeks during the summer break, or be carried out part-time over a longer period. During studentships you will typically work on a set project and benefit from valuable training in techniques, experimental design and the interpretation of data.

Entry requirements A Level ABB

Writing your personal statement

We recognise that you may be applying to multiple courses using the same UCAS form. UCAS provides guidance on writing a personal statement that works for multiple courses.

If you'd prefer to focus your personal statement on your other course choices, please send us a short additional supporting statement outlining your motivation for studying medical science. Please email this to ugadmissions@reading.ac.uk with your personal ID number, and we’ll add this to your record for consideration when reviewing your application.

Typical offers

 Our typical offers are expressed in terms of A level, BTEC and International Baccalaureate requirements. However, we also accept many other qualifications.

ABB with B in Biology, or BBB with B in Biology and B in a second science subject.

Acceptable second science subjects: Chemistry, Physics, Maths, Further Maths, Statistics, Psychology, Geography, Environmental Science/Studies, Applied Science, Geology, Computer Science.

International Baccalaureate

32 points including 5 in Biology at higher level.

30 points including 5 in Biology and a second science subject, both at higher level.

Extended Project Qualification

In recognition of the excellent preparation that the Extended Project Qualification (EPQ) provides to students for University study, we can now include achievement in the EPQ as part of a formal offer.

BTEC Extended Diploma

DDD. Applicants taking the Applied Science (2016) course must be taking 2 Chemistry units and 2 Biology units from the following list:

Chemistry units:

  • Biological Molecules and Metabolic Pathways (10)
  • Applications of Inorganic Chemistry (13)
  • Applications of Organic Chemistry (14)
  • Industrial Chemical Reactions (18)
  • Practical Chemical Analysis (19)
  • Forensic Evidence, Collection and Analysis (23)

Biology units:

  • Physiology of Human Body Systems (8)
  • Human Regulation and Reproduction (9)
  • Genetics and Genetic Engineering (11)
  • Diseases and Infections (12)
  • Microbiology and Microbiological Techniques (17)
  • Biomedical Science (20).

English language requirements

IELTS 6.5, with no component below 5.5

For information on other English language qualifications, please visit our international student pages.

Alternative entry requirements for International and EU students

For country specific entry requirements look at entry requirements by country.

International Foundation Pathway

If you are an international or EU student and do not meet the requirements for direct entry to this degree, you can join the University of Reading’s International Foundation Programme (IFP).

International Foundation Programme – September entry

Successful completion of the International Foundation Programme, along with any other relevant degree entry requirements, guarantees you the opportunity of a place on your chosen undergraduate degree.

Learn more about our International Foundation Pathways

Pre-sessional English language programme

If you need to improve your English language score you can take a pre-sessional English course prior to entry onto your degree.

  • Find out the English language requirements for our courses and our pre-sessional English programme

Structure

  • Year 1
  • Year 2
  • Year 3
  • Year 4

Compulsory modules include:

X

Module details


Title:

Anatomy and Physiology

Code:

BI1AP3

Convenor:

DR Natasha Barrett

Summary:

The Human Body is amazing!  Our hearts beat 100,000 times a day; we produce 1.5 litres of saliva every day; our kidneys filter 180 litres of blood a day (but we only urinate about 1.5 litres); our fingertips are sensitive enough to detect miniscule changes in a surface. Anatomy and Physiology introduces the amazing structure and function of key bodily systems to explore how organs work to support life.  Focussing on the context of a healthy Human, the structure and function of the Human body is consolidated through selected comparisons made to other vertebrates. You will be introduced to the basics of the anatomy of some of the major systems of the human body and the physiological processes taking part within and between them. The approach will be systems based and you will explore how the functional requirements drive the structure of the body, whilst the structure allows the functional capabilities.

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Cellular and Molecular Principles of Life

Code:

BI1CMP1

Convenor:

PROF Phillip Dash

Summary:

Cells are the fundamental unit of all life. In this module you will learn about the structure and organisation of cells, highlighting common features found in all life as well as explaining how the differences between cells are essential for creating the diversity of life on the planet. You will be introduced to major concepts in cell biology and genetics and learn about their application in your specialism. This module will also explore key processes that occur in cells, such as repairing damage and cell division, and will explain how these processes are coordinated as cells work together to form multicellular life.

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Fundamentals of Microbiology

Code:

BI1FM1

Convenor:

DR Geraldine Mulley

Summary:

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Human Pathology

Code:

BI1HP2

Convenor:

DR Sam Boateng

Summary:

This module covers the fundamental principles of cellular and molecular pathology, including the basic mechanisms of disease development and progression, as well as laboratory methods used for diagnosis and treatment of various pathologies. On this module you will focus on understanding the concepts of diseases pathogenesis affecting the major human organ systems, including the cardiovascular, respiratory, gastro-intestinal, musculo-skeletal, renal and nervous system. Linking to what you learn on the Anatomy and Physiology (BI1AP3) module you will learn to identify tissues of major organs (histology), based on their microscopic anatomy and the structure and connections of various cell types that build these organs. You will develop practical skills on various techniques and current laboratory practices in cellular pathology, used in research or clinical laboratory settings to collect, visualise and identify tissue samples and sections. 

You will also develop your knowledge on how major diseases affect different organ systems in the body, including cancer, cardiovascular, respiratory, neurological disorders. Additionally, you will gain insight into the latest advances in therapeutics and treatment strategies. Overall, the pathology module aims to provide you with a solid theoretical and practical knowledge and essential skills to understand the role of pathology in human disease diagnosis in biomedical research or healthcare. 

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Essentials of Physics for Medicine

Code:

BI1PE2

Convenor:

DR Yoshikatsu Hayashi

Summary:

Physics is at the heart of medicine, both in terms of the functioning of the body and the instrumentation we use to diagnose and treat a wide range of conditions. This module provides will provide you with a basic understanding of fundamental principles linked closely to their relevance in the functioning, diagnosis, and treatment of human conditions. It will also provide you with a basis to build knowledge for future modules with a greater focus on clinical applications. You will learn how mechanics is applicable to the motion of joints and the interaction between the skeletal and muscular systems. You will also gain a good understanding in how fluid dynamics underpins the functioning of the circulatory system and forms basis of conditions and treatments concerning the heart. You will understand how vectors and electric circuits are applied to electrocardiography, the electrical activity of the heart and neurology. You will be able to explain the principles of Nuclear Physics underpinning the use ionising radiation is used in diagnostics and therapy. Finally, you will gain knowledge of how optics gives us an understanding of optometry, endoscopy, lasers and surgical techniques.  

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Professional Skills for Healthcare 1

Code:

PM1PS1

Convenor:

DR Lizzy Lander

Summary:

This module will examine and address key questions for future healthcare professionals: what does it mean to work in healthcare? What skills will I need? How can I begin gaining and practising the skills I will need to work in healthcare? Alongside this we will develop and practise key study skills that are essential for students in their university studies and future career such as communication (listening, speaking, reflective and scientific writing), reflection, numeracy, statistics, alongside finding and interpreting scientific literature.

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

Code Module Convenor
BI1AP3 Anatomy and Physiology DR Natasha Barrett
BI1CMP1 Cellular and Molecular Principles of Life PROF Phillip Dash
BI1FM1 Fundamentals of Microbiology DR Geraldine Mulley
BI1HP2 Human Pathology DR Sam Boateng
BI1PE2 Essentials of Physics for Medicine DR Yoshikatsu Hayashi
PM1PS1 Professional Skills for Healthcare 1 DR Lizzy Lander

Optional modules include:

X

Module details


Title:

Fundamentals of Biochemistry

Code:

BI1FB2

Convenor:

PROF Alice Pollitt

Summary:

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Human Reproduction and Development in Health and Disease

Code:

BI1HRD2

Convenor:

DR Susanna Cogo

Summary:

This module is designed to provide a comprehensive understanding of human reproduction, embryonic and foetal development, and the complexities of reproductive health and diseases, encompassing the entire human life cycle. The module aims to provide students with a solid foundation in human reproductive biology covering the functional anatomy, physiology and endocrinology of reproduction and embryonic development and to provide understanding of the physiological changes associated with reproductive aging. It will consider various health conditions that can affect these processes, including disorders arising from genetic, environmental, and/or endocrine factors. It will also consider how human fertility and development can be monitored (e.g.ultrasonography, prenatal genetic testing) and manipulated using techniques such as contraception and assisted reproductive technologies (ART). 

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Mathematics

Code:

BI1MA3

Convenor:

PROF Slawomir Nasuto

Summary:

In this module, you will develop the mathematical knowledge and skills that are fundamental to becoming a biomedical engineer. Topics include algebra, complex numbers, statistics, calculus, vectors, and matrices, and they are taught with engineering examples to help highlight how the topics are relevant for your degree. You will also learn MATLAB, powerful mathematical computing software that is used by professionals throughout the world. Lectures are interactive, and weekly tutorials provide an opportunity for you to practise problem-solving with support and feedback from peers and tutors, to help you master the material. 

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Essentials of Physics for Medicine

Code:

BI1PE2

Convenor:

DR Yoshikatsu Hayashi

Summary:

Physics is at the heart of medicine, both in terms of the functioning of the body and the instrumentation we use to diagnose and treat a wide range of conditions. This module provides will provide you with a basic understanding of fundamental principles linked closely to their relevance in the functioning, diagnosis, and treatment of human conditions. It will also provide you with a basis to build knowledge for future modules with a greater focus on clinical applications. You will learn how mechanics is applicable to the motion of joints and the interaction between the skeletal and muscular systems. You will also gain a good understanding in how fluid dynamics underpins the functioning of the circulatory system and forms basis of conditions and treatments concerning the heart. You will understand how vectors and electric circuits are applied to electrocardiography, the electrical activity of the heart and neurology. You will be able to explain the principles of Nuclear Physics underpinning the use ionising radiation is used in diagnostics and therapy. Finally, you will gain knowledge of how optics gives us an understanding of optometry, endoscopy, lasers and surgical techniques.  

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Programming

Code:

BI1PR3

Convenor:

DR Evangelos Delivopoulos

Summary:

This module introduces students to procedural and object-oriented programming. The C and C++ programming languages within the Windows Visual Studio integrated development environment are used for examples and practical work. You will gain practical programming skills in developing and writing your own programs. By the end of the module, you will be able to predict the outputs a segment of code will produce. You will write moderately complex programs in C/C++, using a variety of programming constructs, such as classes, objects, arrays, loops and conditionals. 

This module will provide you with a strong foundation in programming. You will learn fundamental problem analysis techniques, logic, and design algorithmic solutions. You will gain a broad understanding of different programming approaches and constructs and be able to employ the ones suited best to a particular problem. 

By the end of the module, you will design and program your own software: a grid-based game or an organization toolkit for your local General Practice clinic. 

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Robotics in Medicine and Prosthetics

Code:

BI1RM3

Convenor:

DR Yoshikatsu Hayashi

Summary:

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

Code Module Convenor
BI1FB2 Fundamentals of Biochemistry PROF Alice Pollitt
BI1HRD2 Human Reproduction and Development in Health and Disease DR Susanna Cogo
BI1MA3 Mathematics PROF Slawomir Nasuto
BI1PE2 Essentials of Physics for Medicine DR Yoshikatsu Hayashi
BI1PR3 Programming DR Evangelos Delivopoulos
BI1RM3 Robotics in Medicine and Prosthetics DR Yoshikatsu Hayashi

These are the modules that we currently offer. They may change for your year of study as we regularly review our module offerings to ensure they’re informed by the latest research and teaching methods.

Compulsory modules include:

X

Module details


Title:

Advanced Studies in Cellular and Molecular Biology

Code:

BI2CM1

Convenor:

DR Eva Kevei

Summary:

Cell and Molecular Biology is the study of the structure and function of cells and the macromolecules that define them. Every cell is like a small factory with specialised structures and signals that work together to allow a cell to survive, divide, communicate with its neighbours and the environment in which it exists. The aim of cell biologists is to understand the molecular pathways that orchestrate cellular function. In modern times, the structure and function of eukaryotic cells are investigated mainly at the molecular level, through a combination of biochemical and genetic methods. The use of these methods has led to great advances in our understanding of complex processes such as cell division, cell signalling, cell differentiation and cell movement. 

This module will expand your understanding of the processes underlying cellular function learnt in BI1CM1 Cell and Molecular Principles of Life and overall, aims to explore at the molecular level the mechanisms by which cells work and how these mechanisms are regulated. We will do this through a mixture of lectures and a number of tutorials where you will read, interpret and discuss data from primary scientific literature. The module also aims for you to gain competence in cell and molecular techniques used in modern cell biology by a series of structured practical classes where you will gain hands on experience in the lab and enable you to use the techniques to solve a cell biology problem. 

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Haematology and Immunology

Code:

BI2HI1

Convenor:

DR Natasha Barrett

Summary:

This module will provide students with a comprehensive overview of two fascinating and interconnected fields in the study of human health. Haematology focuses on the physiology and pathology of blood and blood forming tissues, while immunology examines the complex systems and processes that protect the body against infection and disease. Throughout this module, students will gain a deep understanding of the fundamental principles and concepts that underpin haematology and immunology. We will explore the production, structure and function of blood cells, the techniques used within hospital haematology laboratories to investigate and diagnose disease and the treatment and assessment of treatment of haematological diseases, including leukaemia and lymphomas. We will investigate the intricacies of the immune system, gaining an understanding of the central mechanisms of the mammalian immune response, such that you will understand how animals, especially humans, react to antigens and attack by pathogens. You will also be introduced to the main forms of immunopathology and gain an appreciation of how vaccines are produced and how antibodies may be used as 'tools' in clinical medicine and biological research. 

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Medical Genetics

Code:

BI2MG2

Convenor:

DR William Cross

Summary:

Medical Genetics is concerned with the establishment of the genetic and heritable basis of diseases and disorders. The focus of this module is on understanding how genetic defects at the molecular level impact on pathophysiology and influence disease risk, progression and severity. The module will take an integrated and varied approach to the study of the aetiology of major medical diseases, with focus on both mendelian and complex polygenic disorders. The module also serves to utilise the knowledge of the genetic causes of disease to inform clinical approaches. The module will also focus on how innovative genomics technologies including genome-wide association studies (GWAS), single cell transcriptomics and gene-editing technologies (e.g. CRISPR), are revolutionising our understanding of complex genetic disorders and providing new avenues for their treatment and diagnosis.  

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Principles of Physical Interventions in Medicine

Code:

BI2PPI1

Convenor:

DR Lindsey Thompson

Summary:

In this module you will look at three systems, the eye, the ear, the brain and the heart. The focus will be on a fundamental understanding of the anatomy and physiology of each system together with physical diagnostic techniques and interventional (non pharmacological) treatments for common conditions. You will understand how each system works and how a wide range of instrumentation, functions to diagnose common conditions. Additionally, you will follow some diagnoses through to a variety of interventional treatments such as surgery and electric shock therapy. Clinicians in each area will discuss the use of key equipment, challenges and the latest techniques. You will also have the opportunity to consider a series of case studies related to each area. 

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

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Title:

Research and Professional Skills

Code:

BI2RP3

Convenor:

DR Renee Lee

Summary:

The ability to critically evaluate/appraise scientific literature, effectively communicate ideas, handle data and apply appropriate quantitative (statistical) approaches are crucial skills for students to master.This module will enhance the skills that you have gathered in your first year and use a combination of lectures, workshops, academic tutor led sessions and group activities to help you to develop and refine these skills. This will not only prepare you for your immediate coursework, but the final year Research Project and your future career.  

As the employment landscape is rapidly changing, subject knowledge alone is no longer enough to succeed in a highly competitive job market. With that in mind, this module will also help you to develop your personal and professional skills (also known as transferable skills), ranging from time/project management and teamwork to enhancing your creativity, enterprise and commercial awareness. You will build and maintain a record of your personal learning development using an electronic portfolio. This will allow you to evidence, reflect and receive feedback on your skills acquisition, including the progress that you have made and identify areas that might need improvement.  

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

Code Module Convenor
BI2CM1 Advanced Studies in Cellular and Molecular Biology DR Eva Kevei
BI2HI1 Haematology and Immunology DR Natasha Barrett
BI2MG2 Medical Genetics DR William Cross
BI2PPI1 Principles of Physical Interventions in Medicine DR Lindsey Thompson
BI2RP3 Research and Professional Skills DR Renee Lee

Optional modules include:

X

Module details


Title:

Applied Biochemistry: from Disease to Diagnostics

Code:

BI2AB1

Convenor:

DR Francoise Mazet

Summary:

This module will build on the biochemical concepts covered in BI1FB2 Fundamentals of Biochemistry and provide you with an in-depth exploration of the biochemistry of cellular pathways in both healthy and disease states. You will the explore how changes in these pathways can dictate physiological outcomes and contribute to disease development and progression. The practicals will focus on the technical application of biochemistry whereby you will study the enzymes of the liver and determine how this can be used to diagnose disease. 

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Bioinformatics and Computational Biology

Code:

BI2BCB2

Convenor:

PROF Liam McGuffin

Summary:

Bioinformatics is an essential part of modern biology. This module will provide you with an introduction to the key concepts of bioinformatics and computational biology. The knowledge and core bioinformatics techniques that are taught will help to equip you with vital programming and computational skills that are required for successful careers in many fields of modern biology. Starting from the fundamentals, it will also cover the basics of algorithms including machine learning, such as Artificial Neural Networks and Genetic Algorithms, and agent-based systems that allow the exploitation of the power of computer intelligence in a bioinformatics context. The module will use practical examples to demonstrate the power of bioinformatics for enhancing research across the biological sciences at all levels; from ecology and zoology to biochemistry, biomedical sciences and pharmacy. 

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Haematology and Immunology

Code:

BI2HI1

Convenor:

DR Natasha Barrett

Summary:

This module will provide students with a comprehensive overview of two fascinating and interconnected fields in the study of human health. Haematology focuses on the physiology and pathology of blood and blood forming tissues, while immunology examines the complex systems and processes that protect the body against infection and disease. Throughout this module, students will gain a deep understanding of the fundamental principles and concepts that underpin haematology and immunology. We will explore the production, structure and function of blood cells, the techniques used within hospital haematology laboratories to investigate and diagnose disease and the treatment and assessment of treatment of haematological diseases, including leukaemia and lymphomas. We will investigate the intricacies of the immune system, gaining an understanding of the central mechanisms of the mammalian immune response, such that you will understand how animals, especially humans, react to antigens and attack by pathogens. You will also be introduced to the main forms of immunopathology and gain an appreciation of how vaccines are produced and how antibodies may be used as 'tools' in clinical medicine and biological research. 

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Infectious Diseases

Code:

BI2ID2

Convenor:

DR Aidan J Taylor

Summary:

Microorganisms are all around us, including in and on our bodies, on all other animals and plants, and the soil beneath our feet. The vast majority of bacteria, viruses and fungi are harmless, many are even beneficial, yet infectious diseases remain a major threat in the UK and globally. Endemic disease, for a period resigned to the history books in the developed world, is now regaining a foothold as rapidly evolving viruses and antibiotic resistant bacteria progressively diminish our ability to fight infectious disease.  

In this module you will study infectious diseases afflicting the various systems of the human body, and the pathogens that cause them: from viruses and bacteria to fungi and protists. You will gain a deep understanding of their transmission, dissemination, pathogenesis, detection and the development of therapies and prevention methods. The module will be delivered from a systems approach, wherein lectures will cover the range of pathogens across taxonomic kingdoms responsible for infections within a given system. Systems covered are: respiratory; gastrointestinal; genitourinary; skin and soft tissue; blood and CNS. Attention will be given to antimicrobial action and resistance, pathogen epidemiology and public health outcomes. 

Lectures will complement a series of laboratory practicals where you will “Identify the culprit”, using modern biomedical practices of identification and antimicrobial susceptibility testing on real world pathogens. The first practical session will introduce multiplex PCR and Sanger sequencing identification of human respiratory viral pathogens, including differentiation of DNA and RNA based viruses and the techniques of isolation, amplification and identification. In the remaining sessions, students work to isolate and identify pathogenic microbes from clinical samples in several simulated disease scenarios. Working independently, you will conduct a series of biochemical, physiological and serological methods to identify your pathogens.  

You will gain experience in the methods used to identify medically important human pathogens and learn how to safely work with infectious clinical samples. 

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Medical Equipment

Code:

BI2ME2

Convenor:

DR Lindsey Thompson

Summary:

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Molecular Microbiology

Code:

BI2MM2

Convenor:

PROF Simon Andrews

Summary:

Although microscopic and relatively simple, microbes impact our lives and the planet profoundly, and they use remarkably complex mechanisms to replicate, survive, evolve, and interact with their environment and other host organisms. The purpose of this module is to deliver a detailed understanding of the mechanisms that microbes use to thrive and adapt to the multiple challenges that they face.  

In this module you will learn about microbial genetics and evolution including the mechanisms of horizontal gene transfer that enable bacteria to rapidly evolve and adapt to challenge and opportunity. You will also learn how bacteria protect the integrity of their genomes against DNA damage, discover how bacteria sense and respond to environmental stress, how they regulate their cell cycle and control the replication of their genomes. You will also explore mechanisms of bacterial motility and taxis, and how bacteria assemble their cellular membranes, transport solutes across their membranes and how they inject effector macromolecules directly into host cells to manipulate host-cell function. 

We will consider how bacteria and their viruses (“bacteriophages”) engage in a continuous evolutionary battle (“arms race”) by studying the infection strategies of bacteriophages and the molecular mechanisms bacteria use to defend themselves against bacteriophage infection, and the counter strategies bacteriophages evolve in response to these bacterial defences.  

You will also learn about the various replication strategies used by different viruses focussing in detail on viruses of major significance, including Poliovirus, SARS-CoV-2, Ebola virus, Variola virus (smallpox) and HIV. You’ll discover how these viruses regulate production of viral proteins to ensure successful infection, replication, and dissemination, and how they evolve to overcome immune responses and can adapt to infect new hosts to cause an outbreak of an emerging infectious disease. 

You will engage in a series of microbiology laboratory-based practical classes that will introduce and reinforce microbiology technical skills including aseptic technique, bacterial culture and phage propagation/infection.  You will learn to perform bacterial transposon mutagenesis and transduction experiments, and to reproduce the seminal bacteriophage one step growth curve experiment in a team.  You will also develop skills in genetic problem solving through tutorials.  

After completing this module, you could apply the knowledge you have gained to benefit human society and/or the planet through development of medical, food, environmental and/or biotechnological applications of microbiology in your future studies and career.

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Principles of Physical Interventions in Medicine

Code:

BI2PPI1

Convenor:

DR Lindsey Thompson

Summary:

In this module you will look at three systems, the eye, the ear, the brain and the heart. The focus will be on a fundamental understanding of the anatomy and physiology of each system together with physical diagnostic techniques and interventional (non pharmacological) treatments for common conditions. You will understand how each system works and how a wide range of instrumentation, functions to diagnose common conditions. Additionally, you will follow some diagnoses through to a variety of interventional treatments such as surgery and electric shock therapy. Clinicians in each area will discuss the use of key equipment, challenges and the latest techniques. You will also have the opportunity to consider a series of case studies related to each area. 

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Biomedical Signal Processing and Imaging

Code:

BI2SI1

Convenor:

DR Sillas Hadjiloucas

Summary:

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

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Module details


Title:

Biomedical Sensors and Wearable Technology

Code:

BI2SW2

Convenor:

EUR ING PROF Simon Sherratt

Summary:

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Integrated Anatomy and Physiology

Code:

PM2IAP

Convenor:

DR Sarah Greenwood

Summary:

Building on BI1AP3 Anatomy and Physiology, this module will further explore the complex and fascinating systems of the human body, focusing on the endocrine system, skin, reproduction, ear, nose, and throat. As in BI1AP3, we will use a systems-based approach where you will explore the functional requirements that drive the structure of the whole body and its functional capabilities. Throughout this module, we will emphasise on the clinical relevance of the topics covered and their importance in understanding and diagnosing various medical conditions. By the end of this module, you will have a deeper understanding of the intricate workings of the human body, and how they contribute to our overall health and well-being.

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Medicines in Healthcare

Code:

PM2MHC

Convenor:

PROF Kenneth Shankland

Summary:

This module aims to provide students with an understanding of how biochemical, biological and pharmacological science knowledge is used to create and administer medicines for an appropriate therapeutic response.

This module aims to provide students with a deeper understanding of how drugs act on specific molecular targets and pharmaceutical concepts with reference to the GI tract. The module aims to teach core pharmacological and pharmaceutical concepts using an integrated learning approach. It also allows students to research specific health conditions and consider the holistic care requirements for a patient.

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Selected Pathologies

Code:

PM2SPA

Convenor:

DR Lizzy Lander

Summary:

This module aims to consolidate learning from across the programme so far by bringing together and applying concepts in anatomy & physiology to selected pathologies to deepen understanding of how the body works and how it can become unhealthy. 

The module aims to use an integrated and case-based learning approach to apply anatomy and physiology to pathology whilst also expanding research and study skills preparing students for further learning on pathology and their research projects in the future. 

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

Code Module Convenor
BI2AB1 Applied Biochemistry: from Disease to Diagnostics DR Francoise Mazet
BI2BCB2 Bioinformatics and Computational Biology PROF Liam McGuffin
BI2HI1 Haematology and Immunology DR Natasha Barrett
BI2ID2 Infectious Diseases DR Aidan J Taylor
BI2ME2 Medical Equipment DR Lindsey Thompson
BI2MM2 Molecular Microbiology PROF Simon Andrews
BI2PPI1 Principles of Physical Interventions in Medicine DR Lindsey Thompson
BI2SI1 Biomedical Signal Processing and Imaging DR Sillas Hadjiloucas
BI2SW2 Biomedical Sensors and Wearable Technology EUR ING PROF Simon Sherratt
PM2IAP Integrated Anatomy and Physiology DR Sarah Greenwood
PM2MHC Medicines in Healthcare PROF Kenneth Shankland
PM2SPA Selected Pathologies DR Lizzy Lander

These are the modules that we currently offer. They may change for your year of study as we regularly review our module offerings to ensure they’re informed by the latest research and teaching methods.

Compulsory modules include:

X

Module details


Title:

Diagnostic Imaging and Radiotherapy for Cancer

Code:

BI3DIR1

Convenor:

DR Lindsey Thompson

Summary:

The diagnosis and treatment of cancer are critical areas of medicine that involve the detection and management of malignant tumours and other abnormal growths in the body. This module will begin with a revision of the principles of nuclear physics and how this relates to the human body and health in both positive and negative ways. You will then learn about the functioning and application of a range of imaging modalities including X-rays, Ultrasound, CT, PET, radionuclide imaging and SPECT. You will have a chance to study images and relate these to diagnoses under the direction of practicing clinical radiologists. The second part of the module focusses on radiotherapy for cancers, this is run by practicing medical physicists who will teach you how radiotherapy can be used as a therapeutic tool. You will learn how to plan radiotherapy treatments including safety considerations, how the main pieces of equipment work and the production of radiopharmaceuticals.  

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Research Project

Code:

BI3RP3

Convenor:

DR Francoise Mazet

Summary:

This module will give you a first-hand experience of independent research in a capstone project. The overarching purpose of the research project is to apply what you have learnt in your degree programme, expand your knowledge in a specific subject area and give you an experience of research and/or investigation. You will be working alongside an academic (your project supervisor) to frame your research within the context of existing knowledge and test your ideas (or hypotheses) by planning and executing your own experiments. Projects may include lab or field work, computational work, meta-analysis or may focus on the communication of science, including educational research. This module will enable you to gain a variety of skills, including technical, statistical (where applicable) and communication skills. In addition, it will help you to develop an enquiring and critical attitude when analysing published data as well as interpreting your own results. Above all, it gives you experience in how to organise your time in order to complete a substantial piece of research and work independently or as part of a small research group.  

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

Code Module Convenor
BI3DIR1 Diagnostic Imaging and Radiotherapy for Cancer DR Lindsey Thompson
BI3RP3 Research Project DR Francoise Mazet

Optional modules include:

X

Module details


Title:

Applied Microbiology

Code:

BI3AM2

Convenor:

DR Glyn Barrett

Summary:

This module aims to develop your understanding of the medical, agricultural, environmental, and industrial applications of microbes and microbial biotechnology and how advances in this field can help tackle global challenges including antimicrobial resistance, emerging infectious diseases, food security, pollution and climate change through the development of novel products, processes and science policies. You will develop the knowledge required to propose well-reasoned, innovative solutions to real-world problems, considering factors required for commercialisation and sustainability.   

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Cardiovascular Biology

Code:

BI3CB2

Convenor:

PROF David Leake

Summary:

You will understand the detailed anatomy and physiology of the cardiovascular system. The world’s leading cause of death is cardiovascular disease, mainly coronary heart disease and strokes. The underlying cause is most often atherosclerosis, in which cholesterol is laid down in inflamed arteries. This leads to thrombosis and heart attacks and thrombotic strokes, which very sadly are often fatal. You will learn the latest insights into the causes of heart attacks and strokes and how drugs, including cholesterol-lowering statins, can be used to treat it. The mechanisms by which the heart muscle is damaged by a heart attack and can lead to fatal arrhythmias and heart failure will be discussed. You will also discover how cardiovascular disease is affected by our genetic makeup and how it can be lessened by changes to our lifestyle and diet. There will be lectures by hospital staff on how heart attacks are diagnosed and the therapies for cardiovascular diseases. 

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Cancer and Cell Communication

Code:

BI3CCC2

Convenor:

DR Mike Fry

Summary:

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Clinical Skills

Code:

BI3CS3

Convenor:

DR Lindsey Thompson

Summary:

This module leads on from BI2SPH2 Skills in Public Health. This skills-focussed module aims to provide you with an opportunity to enhance and demonstrate clinical and scientific skills gained from previous years, in a clinical context. This module will utilise problem base learning activities in a medical context to provide you with an authentic clinical education experience. You will go beyond clinical care at a patient level and discuss how healthcare provision at a community, local and national levels are undertaken, including with input from local and national governments and NGOs. This module will also enable you to take an international outlook on health challenges, including the influence of socioeconomic and demographic factors on clinical outcomes and public health statistics.  

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Diagnostic Imaging and Radiotherapy for Cancer

Code:

BI3DIR1

Convenor:

DR Lindsey Thompson

Summary:

The diagnosis and treatment of cancer are critical areas of medicine that involve the detection and management of malignant tumours and other abnormal growths in the body. This module will begin with a revision of the principles of nuclear physics and how this relates to the human body and health in both positive and negative ways. You will then learn about the functioning and application of a range of imaging modalities including X-rays, Ultrasound, CT, PET, radionuclide imaging and SPECT. You will have a chance to study images and relate these to diagnoses under the direction of practicing clinical radiologists. The second part of the module focusses on radiotherapy for cancers, this is run by practicing medical physicists who will teach you how radiotherapy can be used as a therapeutic tool. You will learn how to plan radiotherapy treatments including safety considerations, how the main pieces of equipment work and the production of radiopharmaceuticals.  

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Endocrinology

Code:

BI3EN1

Convenor:

DR Nandini Vasudevan

Summary:

The Endocrinology course aims to provide an in-depth understanding of the endocrine system and its intricate role in regulating various physiological processes within the human body. Students will delve into the study of homeostatic control, hormones, their functions, and the associated glands, comprehending the intricate mechanisms that maintain hormonal balance. The purpose of this course is to equip learners with comprehensive knowledge of physiological regulation of three tier and two tier axis, associated endocrine disorders and their management, as well as understanding the interplay between different hormonal systems. By exploring the latest research and technological advancements, this course intends to empower students to critically analyze scientific data and make inferences. 

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Forensics

Code:

BI3FOR2

Convenor:

DR Dyan Sellayah

Summary:

Forensics focusses on understanding the scientific basis for crime scene analysis and the application of scientific techniques, approaches and knowledge to the solving of crimes. In this module, you will study key principles and processes of biological sciences through the perspective of criminology and discover how cutting-edge science has been used to solve some of the most complex criminal cases. This module will cover a wide range of topics including forensic pathology, forensic anthropology, forensic entomology, and forensic acarology.  

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Integrated Biochemistry

Code:

BI3IB2

Convenor:

DR Chris Jones

Summary:

This module focuses on the applications of biochemistry in various fields such as biotechnology, medicine, and agriculture. The module builds on the biochemical concepts covered in BI1FB2 and moves on to a more detailed examination of their practical applications. In the context of medicine, the module explores how biochemistry is applied in the diagnosis and treatment of various diseases. This includes the use of biochemistry in drug discovery and the development of therapeutic agents. The module also covers the application of biochemistry in microbiology, including various microbial processes and pathologies. Throughout the module, emphasis is placed on the practical applications of biochemistry in various fields, and how an understanding of biochemistry can be applied to solve challenges and real-world problems in biotechnology, medicine, and beyond. 

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Neuroscience

Code:

BI3NS2

Convenor:

DR Nandini Vasudevan

Summary:

Neuroscience is the study of the nervous system, from development to disease, including structure of the brain and how this relates to function. This module will provide you with a comprehensive introduction to neuroscience, with the aim of making you understand and be able to analyse the principles in healthy function of the central nervous system and how these may be changed in disease and neurodivergent conditions. At the core of this module, you will focus on the fundamentals of brain structure and function. You will learn to describe and identify different regions and structures of the central nervous system, including the basic building blocks, such as neurons and glia, and justify how the structures relates to their functions. You will expand on this fundamental knowledge to discuss physiologically relevant brain functions, such as learning and memory, as well as perception and processing of both internal and external information. Building on this knowledge, you will gain an understanding of the molecular, cellular and neuroanatomical processes involved in neurodivergent and pathological conditions such as pain, epilepsy, neurodegenerative condition and autism. Throughout this module, data from primary literature will be used to illustrate research methods and to train you to critically appraise recent advances and controversies of the field as well as to appreciate experimental design in the biomedical sciences.

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Pathogens

Code:

BI3P1

Convenor:

DR Simon Clarke

Summary:

This module will provide you with an in depth understanding of the diverse mechanisms by which bacteria and viruses interact with host organisms and in some cases cause disease. You will gain knowledge of the key factors involved in pathogenesis, including virulence factors, the use of receptors, interaction with and modulation of the host and the mechanisms used to evade the immune response, both innate and adaptive. You will explore mechanisms from selected examples of pathogens that have a major impact on human health and agriculture such as enterobacteria, staphylococci, streptococci and Listeria, HIV, Influenza and the various agents that cause viral hepatitis. Prion and prion like agents and their connection to protein folding disorders will also be covered.   

You will consider opportunistic pathogens, where some diseases arise consequent to a primary pathology, such as immunodeficiency, and how in some cases the consequent pathology can have one of many possible causes whilst in others the pathology is directly attributable to one organism.  molecular basis for emerging infectious diseases, which may lead to epidemic and pandemic spread, and the need for an organism to adapt its tropism and replication requirements in order to succeed at the population level. 

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Synthetic Biology and Tissue Engineering

Code:

BI3SBT1

Convenor:

DR Evangelos Delivopoulos

Summary:

In synthetic biology, molecular biology and genetic engineering allow us to characterise and design biochemical pathways expressed in cellular machinery, that follow logic circuit and control feedback principles to instantiate novel functions in cells not found in nature. While synthetic biology initially focused on the subcellular and individual cell level, the later emerging tissue engineering is concerned with the development of implantable devices and tissue replacement using biocompatible materials to restore lost organs and their function. Novel ways of constructing tissue could scale up synthetic biology approaches, resulting in novel tissues with desired, precisely characterised functionality. This module provides a foundation in materials science, synthetic biology and tissue engineering, and discusses how these fascinating fields could lead to novel solutions through the analysis of case studies and coursework. 

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Venoms and Poisons: from Pharmacology to Therapeutics

Code:

BI3VP1

Convenor:

PROF Phillip Dash

Summary:

Venoms and poisons are widely used for defence or predation. This interdisciplinary module will allow you to gain a comprehensive overview of the topic, including an introduction to important venomous and poisonous animals and poisonous plants and fungi. You will learn about the evolution and ecology of venoms and poisons, the biochemistry underpinning their synthesis, mechanism of action and general principles of toxicology. We will explore how venoms and poisons can be used for medicinal purposes, such as in the development of new drugs and treatments for various diseases. By doing so, you will develop a greater understanding of the principles of pharmacology, including drug-receptor interactions, the relationship between dose and response, routes of administration and how drugs are metabolised. We will also discuss the principles of ecotoxicology and the potential environmental applications of venoms and poisons as biopesticides.

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Epidemiology of Zoonotic Diseases

Code:

BI3ZE2

Convenor:

DR Glyn Barrett

Summary:

Zoonotic diseases (or Zoonoses) are defined as diseases which can be transmitted to humans from animals. Diseases which originate from wildlife or livestock either as hosts or vectors pose significant issues for the health and well-being of people, companion animals as well as other livestock and wild animals. This module will provide you with a detailed background and knowledge of a range of zoonotic disease-causing organisms, their hosts and vectors, symptoms associated with zoonoses and their impact on human health and the economy. You will understand the co-evolution of hosts and diseases as well as the control of zoonotic diseases through management of disease agents, their hosts and vectors. You will also learn about the role of epidemiological modelling in devising effective management strategies. Specific examples of zoonotic diseases will be discussed in this module. These will include but not be confined to: Influenza A, Covid-19, Lyme disease, Malaria, Ebola, rabies and plague. 

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Innovation and Product Development

Code:

PM3IPD1

Convenor:

DR Suha Dadou

Summary:

PM3IPD1 gives students an understanding of the innovation process “from science to person”, introducing the core topics of scientific innovation and product development (focussed on medicines, medical devices and cosmetics), whilst developing core skills that link science to industry. Students will learn to identify critical business development challenges that need to be addressed for science to benefit society.

This part 3 module will introduce students to core topics surrounding the societal and industrial challenge of translating science into real-world public benefit in the form of innovative products. The taught content covers the full range of innovation skills and knowledge, including a range of critical business development areas, alongside details of the product development pathway. Innovation topics include customer and market insight, intellectual property, finance, business development, and finally leadership. Students will also follow the lifecycle of a product launch, becoming aware of how to effectively plan a product launch. This will be applied to a broad spectrum of products arising from a range of chemical and life sciences including pharmacology and pharmaceutical science; chemistry and cosmetic chemistry; biomedical science and bioengineering. Diverse case studies of real products and innovations, plus product concepts, will be explored by students. These will include pharmaceuticals, medical devices, chemical industry and cosmetic products, to allow students to connect with their respective degree programmes.

No prior knowledge of innovation is required, but we expect students to bring their expertise in their respective degree subject to the module. Interprofessional communication skills are vital for innovation, and students from different backgrounds will benefit from studying together. For example, pharmacology students will benefit from gaining an understanding of chemical formulation and bioengineering. Cosmetic chemistry students will get a chance to understand the connection between consumer products and healthcare/pharmaceuticals. Bioscience students will gain insight into how fundamental biomedical science can translate into products that benefit society. A key requirement is applying science and engineering principles to innovation and product development.

The students will learn by doing, gaining transferrable innovation skills. The module thus teaches the core skills and knowledge to navigate the path “from science to person”.

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

X

Module details


Title:

Gut Microbiota and Health

Code:

FB3GUT

Convenor:

DR Marie Lewis

Summary:

The module will provide you with an in-depth knowledge of gut microbiota; how this community of microorganisms can be manipulated and can impact on health. You will also review evidence to critically evaluate trials published in this area, and learn how the gut microbiota interacts with host systems. You will evaluate how messages are considered by different groups and how this field links to existing and potential health claims.

Assessment Method:

Disclaimer:

The modules described on this page are what we currently offer. Modules may change for your year of study as we regularly review our offerings to ensure they’re informed by the latest research and teaching methods.

Code Module Convenor
BI3AM2 Applied Microbiology DR Glyn Barrett
BI3CB2 Cardiovascular Biology PROF David Leake
BI3CCC2 Cancer and Cell Communication DR Mike Fry
BI3CS3 Clinical Skills DR Lindsey Thompson
BI3DIR1 Diagnostic Imaging and Radiotherapy for Cancer DR Lindsey Thompson
BI3EN1 Endocrinology DR Nandini Vasudevan
BI3FOR2 Forensics DR Dyan Sellayah
BI3IB2 Integrated Biochemistry DR Chris Jones
BI3NS2 Neuroscience DR Nandini Vasudevan
BI3P1 Pathogens DR Simon Clarke
BI3SBT1 Synthetic Biology and Tissue Engineering DR Evangelos Delivopoulos
BI3VP1 Venoms and Poisons: from Pharmacology to Therapeutics PROF Phillip Dash
BI3ZE2 Epidemiology of Zoonotic Diseases DR Glyn Barrett
PM3IPD1 Innovation and Product Development DR Suha Dadou
FB3GUT Gut Microbiota and Health DR Marie Lewis

These are the modules that we currently offer. They may change for your year of study as we regularly review our module offerings to ensure they’re informed by the latest research and teaching methods.

Compulsory modules

Advanced Research Project

Undertake a significant, independent research project, working alongside experienced academics on cutting-edge medical research.

Critical Analysis and Problem Solving

Understanding scientific literature is an essential skill for a successful career in research. Learn how to critically evaluate research and how to develop your own conclusions from the data presented.

Project Planning, Laboratory Skills and Experimental Design

Learn how to research the background, plan and design experiments and execute a research project successfully. Develop a range of key biomedical research techniques used in both academic and commercial applications of biomedical science, and learn the most appropriate methods to use when conducting your own research.

These are the modules we currently offer for 2024/25 entry. They may be subject to change as we regularly review our module offerings to ensure they're informed by the latest teaching and research methods.

Please note that the University cannot guarantee that all optional modules will be available to all students who may wish to take them.

You can also register your details with us to receive information about your course of interest and study and life at the University of Reading.

Fees

New UK/Republic of Ireland students: The home tuition fee for 2027 entry is £10,050. The home tuition fee is subject to annual increases in subsequent years of study.

New international students: £31,800 for 2027/28. The International tuition fee is subject to annual increases in subsequent years of study as set out in your student contract. For more details, please visit our Fees for International Students page.

Tuition fees

To find out more about how the University of Reading sets its tuition fees, see our fees and funding pages.

Additional costs

Some courses will require additional payments for field trips and extra resources. You will also need to budget for your accommodation and living costs. See our information on living costs for more details.

Financial support for your studies

You may be eligible for a scholarship or bursary to help pay for your study. Students from the UK may also be eligible for a student loan to help cover these costs. See our fees and funding information for more information on what's available.

Become a Global Sustainability Leaders Scholar

This exciting new undergraduate scholarship scheme is focused on creating a community of global sustainability leaders of the future. We are offering up to 400 scholarships per year, for high-achieving students from the UK and overseas.

Each scholar will receive £6,000 a year for maintenance and living costs, for up to four years of full-time study on their course (subject to terms and conditions).

Find out more about the Global Sustainability Leaders Scholarship scheme.

Careers

This degree offers a broad curriculum preparing you for a career in medical research, clinical trials, drug development, public health, with opportunities to pursue further studies in clinical or biomedical fields. You will also develop valuable transferable skills ensuring you are highly desirable in a wide variety of careers.

Overall, 91% of graduates from the School of Biological Sciences are in work or further study within 15 months of graduation (Based on our HESA data (c) HESA 2024, Graduate Outcomes Survey 2021/2021, includes all School of Biological Sciences responders).

Build the skills to succeed in your career – and contribute to a sustainable future

At the University of Reading, we help you turn your environmental and sustainability values into opportunities that make a difference to your career and the wider world.

Employers are already reshaping their businesses to respond to climate change, and they increasingly value graduates with expertise in environmental stewardship – one of the fastest-growing skill areas (World Economic Forum, Future of Jobs Report 2025).

During your time at Reading, you’ll have access to a wide range of opportunities and support. This will help you graduate with the knowledge and confidence to tackle environmental and sustainability challenges in your career.

In 2025, the University of Reading won the AGCAS Green Careers Award. Judges highlighted the impact of our Careers service and the positive outcomes our students achieve.

Explore climate and sustainability initiatives you can get involved with as a student at Reading.

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Contextual offers


We make contextual offers for all our courses.

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  • Medical Sciences
  • Biomedical Sciences
  • Biological Sciences

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