Thursday 10 December 2020
| 12:00 | Welcome from Ioanna Mela and Laia Pasquina Lemonche |
| Session One: Bio-AFM Spectroscopy | |
| 12:05 | Plenary Speaker "A personal bag of tricks for AFM cell mechanics data analysis" - Nuria Gavara, Medical School - University of Barcelona |
| 12:35 | "Towards the quantitative mapping of the mechanical properties of polymeric materials by Dynamic AFM: beyond the observables!" - Philippe Leclere, University of Mons |
| 12:50 | Park Systems Techno Bite "Generating strong AFM images for successful data analysis – Park Systems’ unique AFM solutions" |
| 12:56 | Coffee Break |
| 13:01 | "A simple and fast drift correction method for high-throughput microscopy" - Arin Marchesi, Aix-Marseille University |
| 13:16 | "PyJibe: Free and open-source AFM force-distance analysis for biological samples" - Paul Muller, Max Planck Institute |
| 13:31 |
Discussion: Force Spectroscopy |
| 14:01 | Coffee Break |
| Session Two: AFM Imaging | |
| 14:11 | Plenary Speaker "Acquiring single molecule kinetics from high-speed AFM data" - George Heath, University of Leeds |
| 14:41 | "Automated analysis of AFM images facilitates the quantification of amyloid fibril polymorphism" - Chyi Wei Chung, University of Cambridge |
| 14:56 | Bruker Techno Bite - "AFM Data Processing made easy: The latest Bruker BioAFM developments" |
| 15:02 | Coffee Break |
| 15:07 | "BioAFMviewer: An interactive interface for simulated AFM scanning of biomolecular structures and dynamics" - Romain Amyot, Hiroshima University/Aix-Marseille University |
| 15:22 | "How can we make AFM data analysis more open and reproducible?" - Robert Turner, University of Sheffield |
| 15:37 |
Discussion: Imaging |
| 16:07 | Closing Remarks from Alice Pyne |