Biology 1A: Molecules, Genes and Cells

University of Adelaide

1 semester

In a nutshell

Biology 1A introduces students to the fundamental concepts of molecular and cellular biology, exploring how life operates at the molecular level through the study of macromolecules, cells, energy metabolism, and genetics. Ideal for first-year undergraduate students pursuing science, biomedical, health, or related degrees.

What you'll need to get in

Students should have familiarity with general biology and fundamental general chemistry concepts. No formal prerequisites are required, though assumed knowledge of basic biological and chemical principles is expected. Students must have access to required laboratory equipment including a lab coat for practical sessions.

Subject breakdown

The course is structured around five major subject areas: Biology Foundations covering fundamental biological concepts; Cell Biology examining cell structure, function, and organization; Metabolism exploring energy production and utilization pathways; Molecular Biology focusing on DNA, RNA, and protein synthesis; and Genetics covering inheritance patterns and gene expression. Practical laboratory components are integrated throughout, requiring students to execute experiments, analyze data, and present findings in scientific formats.

Why this provider?

The University of Adelaide is a leading research institution offering contemporary, accessible, and future-focused education. The course is delivered by experienced instructors in the School of Biological Sciences and forms part of the university's core curriculum for multiple undergraduate programs. The integration of practical laboratory work with theoretical instruction provides students with hands-on scientific experience and develops essential research skills.

Where will this course take you?

Completion of Biology 1A provides a foundation for advanced biology courses and specialized majors in biomedical sciences, medical science, microbiology, immunology, genetics, neuroscience, biochemistry, and related health and science fields. Graduates can pursue careers in research, healthcare, pharmaceutical development, biotechnology, environmental science, and education.