BIO2105

BIO2105 is a college-level course in the biological sciences commonly offered as part of undergraduate programs in biology, life sciences, or biotechnology. Course titles and exact content vary by institution, but BIO2105 is often structured as an integrated survey of cellular and molecular biology, linking cellular structure and function with genetic information flow and regulation.

Core topics typically include cell organization, membranes and transport, energy metabolism, signaling pathways, DNA replication and repair, transcription and translation, gene regulation, meiosis and inheritance, and applications in biotechnology. When offered with a laboratory component, the course provides hands-on experience in microscopy, molecular techniques, data analysis, and experimental design.

Prerequisites commonly include introductory biology and general chemistry, with some programs requiring basic mathematics or statistics. The course is usually offered for 3 credits over a single semester, though credit loads and scheduling can vary.

Learning outcomes emphasize understanding cellular mechanisms, interpreting experimental data, explaining genetic information flow, and applying scientific reasoning to problems in biology. Assessments commonly comprise exams, problem sets, laboratory reports, and sometimes a final project or presentation. Attendance and participation in lab sessions, if applicable, are often required.

BIO2105 serves as foundational preparation for more advanced courses in molecular biology, genetics, biochemistry, and biotechnology, and as a stepping stone toward laboratory-based research. Since syllabi differ by institution, prospective students should consult the specific catalog or department page to confirm topics, prerequisites, and assessment methods.