Biochemistry

You’ll develop the scientific understanding and analytical thinking skills necessary to explore complex biochemical processes and their implications across a wide range of fields — from healthcare and research to pharmaceuticals and environmental science — empowering you to make meaningful contributions to advancements in science and human well-being.

Overview

Biochemistry explores the intricate interactions between molecules that govern life’s processes. At Lisburn University, we delve into how biochemical reactions drive cellular functions, metabolism, and disease, as well as their potential for medical advancements.

In class, your professor might present a case study on a biochemical pathway or a molecular mechanism underlying a disease. You and your classmates will analyze, critique, and discuss the process from various angles, such as its biochemical significance, the implications for health, and potential treatments. Then, you’ll design an experiment or research proposal to investigate this biochemical phenomenon further.

Career Opportunities

Our graduates work and intern in a wide array of fields, including pharmaceutical research, healthcare, biotechnology, environmental science, and clinical diagnostics. Many also contribute to cutting-edge advancements in molecular biology, genetic engineering, and biomedicine. We’ve seen graduates go on to pursue careers in academic research, biotechnology companies, public health agencies, and medical institutions. Additionally, some have pursued graduate studies in biochemistry, molecular biology, medicine, pharmacology, and environmental science, further enhancing their expertise and impact.

Program Learning Outcomes

Demonstrate an understanding of the molecular and biochemical processes that shape cellular functions, the regulation of metabolic pathways, and the impact of genetic and environmental factors on health and disease.

Be able to use a variety of laboratory techniques and analytical tools to investigate biochemical reactions, molecular interactions, and cellular mechanisms, contributing to the understanding of disease processes and the development of medical treatments.

Demonstrate an understanding of the ethical considerations and the potential for biochemistry in advancing personalized medicine, biotechnology, and sustainable practices, preparing to apply this knowledge to improve health outcomes and address global challenges.

Programme

Semester 1	Credits	Number
Introduction to Biochemistry	4	BIOC 101
General Chemistry I	2	CHEM 101
Cell Biology	4	BIO 101

Semester 2	Credits	Number
Introduction to Organic Chemistry	4	BIOC 102
General Chemistry II	4	CHEM 102
Molecular Biology	2	BIO 102

Semester 3	Credits	Number
Biochemical Techniques	4	BIOC 201
Biochemistry of Metabolism	2	BIOC 202
Enzyme Kinetics and Mechanisms	4	BIOC 203

Semester 4	Credits	Number
Advanced Biochemistry I	4	BIOC 301
Biochemistry of Proteins and Nucleic Acids	4	BIOC 302
Biochemical Pharmacology	2	BIOC 303
Total for the entire period of study	40