Explore the latest in live imaging techniques with a focus on yeast cell dynamics. This video highlights the innovative use of ZEISS microscopy for real-time observation of cellular processes, enhancing our understanding of cellular behavior and function.
Dynamic Yeast Imaging Reveals Cellular Insights
Key Takeaways
- Research focus: Real-time live imaging with ZEISS systems
- Model system: Yeast cells
- Research goal: Understand cellular dynamics and processes
- Presented by: ZEISS experts
- Content type: Application Presentation on live-cell imaging
Multi-well 12-hour time lapse microscopy of live yeast cells expressing superfolder-GFP tagged proteins, color-coded depth projections. There are 4 live cell images embedded within this video.
First: surface protein marker, Second: endosomes, Third: vacuole, Fourth: endoplasmic reticulum.
Objective: Plan-Apochromat 40× / 1.4 Oil. Image courtesy of Chris McDonald, University of York, UK.
Play
Yeast - Endosomes | Lattice SIM
For Yeast
Content For Primary Investigators / Lab Leaders
Similar to Yeast - Endosomes | Lattice SIM
Newest Content
Powered by Navless.ai