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--- phys2biomed_mooc [2023/01/09 09:23] – apodesta
+++ phys2biomed_mooc [2023/02/15 11:07] (current) – apodesta
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 ====== Standardization of mechanical measurements on cells and tissues ======
-A Massive Open Online Course (MOOC) from the Phys2BioMed project ([[www.phys2biomed.eu|www.phys2biomed.eu]])
+**A Massive Open Online Course (MOOC) from the Phys2BioMed project ([[https://www.phys2biomed.eu/|www.phys2biomed.eu]])**
 The Consortium organized the MOOC around the common theme of the Action: the standardization of nanomechanical measurements of cells and tissues.\\
-This is the list of topics included in the MOOC with indication of the lecturers:
-**INTRODUCTION**\\
+===== INTRODUCTION =====
-) What is standardization (Jean-Luc Pellequer & Hermann Schillers) ([[https://unimibox.unimi.it/index.php/s/ZYJfgWCYbpAtoNN|video]] and [[https://unimibox.unimi.it/index.php/s/3nzwmJmwHQMQAjc|PDF]])\\
+) What is standardization (Jean-Luc Pellequer & Hermann Schillers) ([[https://unimibox.unimi.it/index.php/s/yjaMjbGsMJoqiem|video]] and [[https://unimibox.unimi.it/index.php/s/9EYdCrb4rxBAWyE|PDF]])\\
-**METHODS**\\
+===== METHODS =====
 ) Instrument calibrations (Alessandro Podestà)\\
 ) Contact models (Felix Rico)
 ([[https://unimibox.unimi.it/index.php/s/TZyKb2fL5YoQMF9|video]] and [[https://unimibox.unimi.it/index.php/s/GeRbk4g7Cse5HgT|PDF]])\\
-) Viscoelasticity (Daniel Navajas or Manfred Radmacher)\\
+) Viscoelasticity (Daniel Navajas) ([[|video]] and [[https://unimibox.unimi.it/index.php/s/YYEgS75ak8drH2C|PDF]])\\
 ) Sample preparation (Frank Lafont and Massimo Alfano)\\
 ) Data processing (Nuria Gavara)\\
 ) Data statistics (Manfred Radmacher)\\
-**APPLICATIONS**\\
+===== APPLICATIONS =====
 ) Standardization of nanomechanics on cells (Malgorzata Lekka)\\
+\\
 ===== Additional documents =====
 The following documents contain lectures and notes from previous training events of Phys2BioMed and other initiatives involving the Consortium members.\\
-**Lectures** from Phys2BioMed schools (AFMBioMed Summer School 2019 in Grenoble and Lille 2021) \\
+==== Lectures from Phys2BioMed schools (AFMBioMed Summer School 2019 in Grenoble and Lille 2021) ====
 ) Basic principles of AFM (A. Podestà) ([[https://unimibox.unimi.it/index.php/s/k7qfLY4fQ8eXddq|PDF]]) \\
@@ Line 36: / Line 36: @@
 ) AFM and structural biology (single molecule) (J-L. Pellequer) ([[https://unimibox.unimi.it/index.php/s/ePnKfbYXrcn49tM|PDF]]) \\
 ) Biology at the tissue level (A. Millet) ([[https://unimibox.unimi.it/index.php/s/TpdrY9YYik6gwKd|PDF]]) \\
+) Cell and tissue mechanics (M. Lekka) ([[https://unimibox.unimi.it/index.php/s/bEKGHKnmmwYQag9|PDF]]) \\
+) Super resolution microscopy (E. Werkmeister)  ([[https://unimibox.unimi.it/index.php/s/pybjiMr63X3nBJB|video]]) \\
-**Tutorials** from AFMBioMed Summer School 2020 (AFM for life sciences and nanomedicine): \\
+==== Tutorials from AFMBioMed Summer School 2020 (AFM for life sciences and nanomedicine) ====
 [[https://zenodo.org/communities/afmbiomed/search?page=1&size=20|videos]] on Zenodo\\
@@ Line 47: / Line 51: @@
 ) AFM calibration (F. Rico, J. Rodriguez-Ramos) \\
-**AFM recipes** from previous COST Action TD1002 (AFM4NanoMed&Bio)\\
+==== AFM recipes from previous COST Action TD1002 (AFM4NanoMed&Bio) ====
 ) Hydrophobic substrates for adhesion of biocolloids (M. Papi) ([[https://unimibox.unimi.it/index.php/s/crwGGPNPSaqEydb|PDF]]) \\