Overview

Biochemistry reveals how the molecules inside cells interact to sustain life, and what happens when those processes fail. The BSc (Hons) Biomedical and Health Sciences majoring in Biochemistry at Adelaide University builds a broad understanding of how the human body works in health and disease, then focuses on the molecular basis of life, from DNA, proteins and lipids through to drug design and gene editing. Students learn from globally recognised academics and explore the molecular basis of human disease in specialist laboratories, using structural biology to develop novel drugs. Hands-on practicals in high-tech learning environments consolidate this knowledge and strengthen laboratory skills. Cross-cultural and First Nations perspectives are included across the degree, and students can tailor their studies through electives or a second major. In the final year, a work or research placement provides experience in a professional setting. The course suits those who are curious about the chemistry of life and want to improve health and wellbeing. Graduates gain adaptable skills for varied health and biomedical careers or postgraduate study.

What You’ll Learn

Human anatomy and physiology

Introduction to health research and the development of health research skills

Molecules, genes and cells

Chemistry foundations

Molecular and cellular biology

Metabolism

Molecular and structural biology

Molecular basis of cancer

Molecular and biomedical science laboratory practice

Biochemistry practical work

Learning Outcomes

By the end of the course, graduates will understand biological systems from simple molecules through to whole organisms, and how the interaction of DNA, proteins and lipids underpins normal function. They will be able to explain the molecular causes of disease, including cancer, and trace how disease is diagnosed and how novel treatments and cures are developed. Students will apply structural biology to the design of new drugs and use molecular and cellular biology techniques with confidence in laboratory settings. Practical sessions and a final-year work or research placement build technical competence alongside communication, teamwork, problem-solving and time management. Cross-cultural and First Nations perspectives within the degree support a well-rounded global outlook on health and care. Through electives or a second major, students can also specialise further in preparation for careers in laboratories, research institutes or the pharmaceutical industry, or for postgraduate study.