Webinar Recap: Single-Molecule Localization Microscopy—Beyond the Coverslip
This webinar recap summarizes a presentation given by Lauren Gagnon, Applications Scientist for Bruker’s super-resolution microscopy solutions, on the use of single-molecule localization for high-resolution biological imaging.
Discover how scientists are leveraging super-resolution microscopy to unveil nanoscale structures in biological samples.
In our "Single-Molecule Localization Microscopy—Beyond the Coverslip" webinar, Lauren Gagnon, Applications Scientist at Bruker, explores the principles and breakthroughs of SMLM, showcasing its ability to image labeled biological structures down to ~20 nm resolution.
Bruker’s Vutara system combines bi-plane imaging and top-hat illumination to deliver uniform 3D imaging across diverse sample types—from individual cells to whole organisms. These technologies open new avenues for high-resolution research in genomics, neurobiology, and developmental biology.
Audience Q&A
Download the webinar recap or watch the recording to learn more about these and other topics.
- Do you need to run calibrations regularly?
- How much depth can you cover?
- What do you use as a spatial filter?
- Is it possible to image a live cell?
- What is the spatial resolution that you can reach with the system?
- Do we need to use specific fluorophores for imaging on a Super-Resolution Vutara System?
- Can the Software run on a Mac?
- How fast is image acquisition and how does photobleaching affect the acquisition of image quality?