Biochemistry BSc
Study of the chemical processes that underpin life, exploring how molecules, enzymes, and metabolic pathways control biological systems.
Is this for you?
This degree could suit you if you:
Enjoy biology and chemistry
Are interested in how the body works
Like lab work
Want a science or medical career
Are analytical
Popular Career Fields
Pharmaceuticals & Biotechnology
Research & Academia
Healthcare & Public Health
Government & Public Sector
Your Personality Might Be:
Scientific minded
Research & Academia
Analytical thinker
Persistent problem-solver
What is it?
What is a Biochemistry degree?
Biochemistry sits at the intersection of biology and chemistry, focusing on the molecular basis of life.
You’ll study proteins, enzymes, DNA, metabolism, and cell signalling, learning how chemical reactions drive biological function and disease.
The degree is highly analytical and laboratory-focused, ideal for students interested in medical research, biotechnology, or pharmaceutical science.
Why study Biochemistry?
If you’re interested in how biology works at a molecular level, Biochemistry provides deep scientific understanding.
It helps you understand:
How enzymes catalyse life’s reactions
How DNA, RNA, and proteins function
Metabolic pathways and energy transfer
Molecular causes of disease
Drug discovery and biotechnology
Course Summary
Study of the chemical processes that underpin life, exploring how molecules, enzymes, and metabolic pathways control biological systems.
What you'll study
Most degrees cover topics such as:
Protein structure and enzyme kinetics
Metabolism and bioenergetics
Molecular biology and genetics
Cell signalling and regulation
Structural biology and bioinformatics
Laboratory techniques and research methods
Skills You'll Gain
A Biochemistry degree builds scientific and research skills including:
Advanced laboratory and analytical skills – enabling precise biochemical experimentation.
Quantitative and data analysis skills – helping you interpret complex results.
Molecular-level understanding of biology – supporting medical and biotech applications.
Scientific communication – preparing you to present detailed technical information.
Independent research capability – equipping you for postgraduate study or industry roles.
Pathways, Placements and Work Experience
CAREERS
Career Pathways
Graduates pursue careers in:
Pharmaceutical and biotechnology industries
Biomedical and clinical research
Drug discovery and development
Diagnostics and laboratory science
Science communication and policy
Work Experiences & Placements
Many Biochemistry degrees offer industrial or research placements.
Opportunities include:
Pharmaceutical and biotechnology companies
Biomedical research laboratories
Clinical research units
University research groups
Drug discovery and diagnostics labs
Placements are particularly valuable for industry careers.
Salary Profile
Coming soon
Qualifications, Personal Satement, What to do Next?
AM I ELIGIBLE?
Entry Requirements
A-levels or equivalent including Chemistry and Biology. Some universities may accept Chemistry plus one other Science (Maths or Physics). Chemistry is essential, Biology strongly recommended.
Personal Statement Tips
Demonstrate scientific curiosity by referencing topics such as enzymes, microbes, metabolism, genetics, or disease that genuinely interest you.
Highlight practical experience such as laboratory work, science projects, or coursework that developed experimental or analytical skills.
Show analytical thinking by explaining how you enjoy problem-solving, data interpretation, or applying theory to real-world biological questions.
Connect your interests to future goals, whether research, healthcare, biotechnology, or further scientific study.
What to do Next
Read beyond the syllabus by exploring popular science books or articles related to molecular biology, microbiology, or biochemistry.
Gain laboratory exposure through school labs, summer schools, volunteering, or online practical simulations.
Explore course pathways to see whether you prefer clinical, environmental, industrial, or research-focused routes.
Stay informed about developments in genetics, disease research, biotechnology, and life sciences careers.
Wider Reading
The Gene: An Intimate History – Siddhartha Mukherjee
A compelling narrative about genes, heredity, and molecular biology that blends science with human stories.The Invisible Kingdom – Siddhartha Mukherjee
A deep exploration of the immune system and the complex biology behind health and disease (very relevant to microbiology).Molecules: A Very Short Introduction – Philip Ball
A clear, engaging intro to molecular science that bridges chemistry and biology.I Contain Multitudes – Ed Yong
A fascinating look at the microbial world and how microbes shape life, health, and ecosystems.Your Inner Fish – Neil Shubin
A brilliant evolutionary perspective on how our anatomy and biochemistry reflect life’s deep history.