Time-lapse 3D imaging of living yeast reveals dynamic interactions between membranes and Golgi structures, providing insights into protein transport and cellular organization using advanced Lattice SIM² super-resolution technology.
Time-Lapse of Yeast Membrane & Golgi Dynamics
Key Takeaways
- Research focus: Time-lapse imaging with Lattice SIM.
- Model system: Not specified, focuses on dynamic cellular processes.
- Research goal: Capture and analyze cellular dynamics in detail.
- Presented by: Implicitly ZEISS production team through video content.
- Content type: Technical Demonstration of imaging technique.
Lattice SIM²: Time lapse 3D images of living yeast
Living yeast expressing GFP-coupled membrane marker and mCherry-coupled Golgi associated protein shown as maximum intensity projection. Sample courtesy of C. MacDonald, G. Calder & P. O’Toole (Department of Biology & Bioscience Technology Facility, University of York, UK)
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Yeast - Membrane + Golgi | Lattice SIM
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