phys2biomed_mooc
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| phys2biomed_mooc [2023/01/27 12:05] – apodesta | phys2biomed_mooc [2023/02/15 11:07] (current) – apodesta | ||
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| ===== INTRODUCTION ===== | ===== INTRODUCTION ===== | ||
| - | 1) What is standardization (Jean-Luc Pellequer & Hermann Schillers) ([[https:// | + | 1) What is standardization (Jean-Luc Pellequer & Hermann Schillers) ([[https:// |
| ===== METHODS ===== | ===== METHODS ===== | ||
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| ===== APPLICATIONS ===== | ===== APPLICATIONS ===== | ||
| 8) Standardization of nanomechanics on cells (Malgorzata Lekka)\\ | 8) Standardization of nanomechanics on cells (Malgorzata Lekka)\\ | ||
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| ===== Additional documents ===== | ===== Additional documents ===== | ||
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| 8) AFM and structural biology (single molecule) (J-L. Pellequer) ([[https:// | 8) AFM and structural biology (single molecule) (J-L. Pellequer) ([[https:// | ||
| 9) Biology at the tissue level (A. Millet) ([[https:// | 9) Biology at the tissue level (A. Millet) ([[https:// | ||
| - | 10) Cell and tissue mechanics (M:Lekka) ([[https:// | + | 10) Cell and tissue mechanics (M. Lekka) ([[https:// |
| + | 11) Super resolution microscopy (E. Werkmeister) | ||
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| ==== Tutorials from AFMBioMed Summer School 2020 (AFM for life sciences and nanomedicine) ==== | ==== Tutorials from AFMBioMed Summer School 2020 (AFM for life sciences and nanomedicine) ==== | ||
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