After successful completion of the course, students are able to methodically categorize important instrumentation in Bioanalytics, are able to explain the concepts in detail and to name important applications.

Cell and organelle analytics, Biomolecules and their function, Protein analytics, Proteomics, Metabolomics, Lipidomics, Biochromatographic separation techniques, Electrophoretic separation techniques, Analytical centrifugation/sedimentation techniques, Enzymatic analytical techniques, Immunoanalytical techniques, On- and off-line mass spectrometric techniques, UV/Vis/IR- and fluorescence spectroscopy, microscopy, circular dichroism, Techniques for the studying protein-protein interactions, Genomics, Transcriptomics, q-PCR, NGS, DNA/protein/tissue microarrays, structural biology

• Lecture
• Powerpoint slides, which together with a transcript and the recommended textbooks are a good basis for achieving the learning outcomes

The lecture will only be held if at least 3 students are present.

• oral and written exam
• Appointment after personal agreement

Copies of PPT slides will be available via TISS.

F. Lottspeich and J. W. Engels, Bioanalytics, Wiley (2018)

Biochemistry