Biomolecular labelling and imaging
Course : Biomolecular labelling and imaging
Course details: This course covers the chemical strategies for labelling biomolecules, focusing on the design principles and pitfalls of chemical probes for biological labelling and imaging. Students will learn about reactive sites on biomolecules, site-specific conjugation, and advanced labelling techniques like click chemistry. The course emphasizes the chemistry behind biomolecular imaging tools used to study proteins, nucleic acids, lipids, and other biomolecules.
Topics:
Biomolecules of life and reactive centers on biomolecules
Basics of fluorescence spectroscopy
Photochemistry of fluorophores
Fluorescence and environmental sensitivity
Protein labelling
Protein imaging
Click labelling and imaging
DNA/RNA labelling
DNA/RNA imaging
Lipid labelling
Lipid imaging
Glycan labelling
Glycan imaging
Metabolite imaging
Other imaging techniques: Raman imaging, IR imaging
Key papers in chemistry that changed modern biological labelling and imaging
Reference Books: Principles of fluorescence spectroscopy by Joseph R. Lakowicz
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Course Outcomes |
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After completing this course, the student will be able to: |
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CO1 |
Understand the chemistry of labelling biomolecules with synthetic reagents |
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CO2 |
Become aware of available technologies for imaging different biomolecules |
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CO3 |
Read classic chemistry papers that changed biology |
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CO4 |
Ideate future technologies for biomolecular imaging |
