Nau mai, haere mai! Welcome to BIOSCI 355!
Building on the foundations established in BIOSCI 202, this course aims to develop a comprehensive understanding of what makes up genomes and how and why genomes change over time. It will also explore where the current limits of our knowledge about genomes are. The course compares and contrasts prokaryote and eukaryote genomes, including why they might differ. In doing so, it uses examples from the latest research, including molecular genomics, DNA sequence analysis, transcriptomics, computational biology, and comparative genomics. In the lab component, you will undertake an actual research project, using cutting-edge molecular genomics and computational techniques to synthesize your own random DNA sequences and evaluate the effects of expressing them on organisms. This hands-on experience is designed to equip you with essential practical skills in both experimental and computational genome biology.
Career pathways:
- Genetics/genomics researcher
- Computational biologist/bioinformatician
- Technologist/biotechnologist
- Genomic medicine research
- Ethical, Legal, and Social Implications Research