Next to genomics, other Omics technologies are gaining importance in Life Sciences. Transcriptomics and proteomics investigate the total of expressed genes and proteins under the given experimental conditions in an organism or tissue, respectively. Metabolomics analyzes the presence of metabolites in the cell, while also trying to model the biochemical pathways involved. All above technologies can simultaneously be applied to multiple organisms, resulting in so-called meta-omics approaches, that allow the analysis of, e.g., environmental samples, gut microbiomes or other community profiles.
Technical Skills:
Students will gain a comprehensive understanding of the various Omics technologies, including their concepts and applications. They will learn to discern which technology is appropriate for specific research conditions and objectives. Additionally, students will acquire proficiency in using basic analytical tools to process and analyze Omics data effectively.
Transferable Skills:
Students will develop the ability to accurately interpret and understand Omics-based data. This skill is crucial for drawing meaningful conclusions and making informed decisions in both research and applied settings.
- ZHAW Teacher: Joël Pothier (N Lehr- und Forschungspersonal)
- ZHAW Teacher: Theo Smits (N Professor)
