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▶ Watch On-Demand | 57 Minutes
On-Demand Sessions: AI-Assisted Nanomechanical AFM Analysis in a Multi-Compartment Environment
Learn more about biological sample analysis with AI-Assisted nanomechanical AFM techniques
Watch Now | 27 Minutes
Dissecting inegrin-mediated ECM-sensing using AFM-based single cell force spectroscopy (SCFS)
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Presented by Upnishad Sharma, Ph.D., Biophysics Laboratory, D-BSSE, ETH Zurich (May 21, 2025)
PRESENTATION HIGHLIGHTS:
[00:01:14]
Introduction: Mechanical cues in disease and homeostasis
[00:07:15]
Research questions
[00:07:38]
AFM-based single-cell force spectroscopy (SCFS)
[00:11:26]
Investigating cell adhesion and bond behavior
[00:17:19]
Summary
[00:20:49]
Q&A
Watch Now | 26 Minutes
Live Demo
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Recorded on May 21, 2025
PRESENTATION HIGHLIGHTS:
[00:00:00]
Introduction & hardware set-up
[00:03:44]
Software set-up
[00:04:32]
Sample preparation
[00:11:07]
Navigating the sample & data aquisition
[00:21:31]
Q&A
Watch Now | 4 Minutes
Q&A
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PRESENTATION HIGHLIGHTS:
[00:00:00]
How can you handle the height differences of substrates for a large travel range during FM imaging of forced spectroscopy?
[00:01:20]
What are the main challenges you faced during your experiments?
[00:02:03]
What is the exact probe you used?
[00:02:55]
What types of cells can be recognized by AI in general?
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BioAFMs for Life Science
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