Overview
Description
Hands-on training on advanced fluorescence microscopy techniques for biological samples, including but not limited to plants, bacteria, yeast, insects, etc. as well as developing the capability to analyze big imaging data for publication.
Requirements
Recommended Preparation
- a basic knowledge of cell biology and optical physics
PHYS 152APHYS 181BIOL 315
Original catalog text
Recommended Preparation
Recommended Preparation: a basic knowledge of cell biology and optical physics (e.g., PHYS 152A, PHYS 181, BIOL 315).
Units
Lecture1
Laboratory Studio2
Catalog Details
Offering
Offered: Every Fall
Terms
fall
Attributes
Standard
Learning Outcomes
- demonstrate in-depth understanding of modern advanced fluorescence microscopy techniques and existing biosensors detecting signal molecules.
- design imaging experiment for detecting cellular signaling molecules using available biosensors for small signaling molecules or metabolites.
- Through hands-on training in advance fluorescence microscopy techniques, demonstrate the skills of operating the existing microscope modules such as spinning disc confocal and Keyence microscopes and process big data for publication.
- teach other researchers how to use fluorescence microscopes to detect small signaling molecules in various biological samples, including plants, microbes, insects, etc.