Detailed Programme
Monday 18/1 (at Genopolys)
13:00 Registration
14:00 Dominique Bourgeois
14:45 Lothar Schermelleh
15:30 C. Moskalenko - P.E. Milhiet: "Introduction to Atomic Force Microscopy and recent developments"
16:15 Coffee break
16:45 Christian Eggeling
17:30 Michele Digman
18:30 Edouard Bertrand
20:00 Dinner
Tuesday 19/1 (at Genopolys)
09:00 Maxime Dahan: "3D single-molecule microscopy"
09:45 Don Lamb
10:30 Coffee break
11:00 Module-specific lecture 1
14:00-19:00 Practical Session 1
20:00 Dinner
Wednesday 20/1 (at Genopolys)
09:00 M. Carmo-Fonseca
09:45 PI/ImagineOptic
10:15 Coffee break
10:45 Module-specific lecture 2
14:00-19:00 Practical Session 2
20:00 Dinner
Thursday 21/1 (at Genopolys)
09:00 Jeff Moffitt: "Imaging-based methods for single-cell transcriptomics"
09:45 Laurent Blanchoin: "Biomimetic systems for studying cytoskeleton dynamics"
10:30 Coffee break
11:00 Module-specific lecture 4
14:00-19:00 Practical Session 3
20:00 Dinner
Friday 22/1 (at CNRS)
09:00 Mathew Stracy
09:45 Xavier Darzacq
10:30 Coffee break
11:00 Giacomo Cavalli
11:45 Suliana Manley: "The power of numbers in super-resolution imaging"
12:30 - 13:30 Lunch
14:00-18:30 Data Analysis Session (depending on module)
18:30 Free evening
Module 1/ Module 2 / Module 3 / Module 4 / Module 5
13:00 Registration
14:00 Dominique Bourgeois
14:45 Lothar Schermelleh
15:30 C. Moskalenko - P.E. Milhiet: "Introduction to Atomic Force Microscopy and recent developments"
16:15 Coffee break
16:45 Christian Eggeling
17:30 Michele Digman
18:30 Edouard Bertrand
20:00 Dinner
Tuesday 19/1 (at Genopolys)
09:00 Maxime Dahan: "3D single-molecule microscopy"
09:45 Don Lamb
10:30 Coffee break
11:00 Module-specific lecture 1
- L. Blanchoin: Imaging cytoskeleton dynamics.
- E. Sezgin: Recents advances on membrane domains.
- E. Bertrand/ E. Margeat
- M. Dahan: Target search of DNA-binding proteins in mammalian cells.
- C. Moskalenko-Milhiet: Introduction to atomic force microscopy on virus
14:00-19:00 Practical Session 1
20:00 Dinner
Wednesday 20/1 (at Genopolys)
09:00 M. Carmo-Fonseca
09:45 PI/ImagineOptic
10:15 Coffee break
10:45 Module-specific lecture 2
- Kurzawa: Investigating cellular force scaling
- C. Eggeling: Nano fluorescence fluctuations techniques applied to membranes.
- F. Müller: RNA imaging by smFISH
- M. Lakadamyali: STORM imaging to investigate chromosome architecture in human cells.
- D. Muriaux: Introduction of the biological topic and description of viral sample preparations dedicated to fluorescence imaging and AFM
- S. Maurer: Microtubule plus end tracking and dynamic instability are mechanistically linked.
- M. Digman: RICS and N&B applied to membrane molecules
- N. Declerck: Noise at the protein level
- nitty-gritty of 3D-SIM: Short talks by Lothar Schermelleh and Antoine Le Gall followed by round table.
- H. Rocquigny: FRET/FLIM in fixed and living cells
14:00-19:00 Practical Session 2
20:00 Dinner
Thursday 21/1 (at Genopolys)
09:00 Jeff Moffitt: "Imaging-based methods for single-cell transcriptomics"
09:45 Laurent Blanchoin: "Biomimetic systems for studying cytoskeleton dynamics"
10:30 Coffee break
11:00 Module-specific lecture 4
- Liakopoulos: Analysis of microtubule regulation by kinesin.
- JB. Sibarita: Spt-PALM in membrane imaging organization.
- X. Darzacq
- nitty-gritty of SMLM: Short talks by Mat Stracy, Jeff Moffitt, and JB Fiche followed by round table
- C. Sieben: Introduction to single molecule localization microscopy (PALM/STORM)
14:00-19:00 Practical Session 3
20:00 Dinner
Friday 22/1 (at CNRS)
09:00 Mathew Stracy
09:45 Xavier Darzacq
10:30 Coffee break
11:00 Giacomo Cavalli
11:45 Suliana Manley: "The power of numbers in super-resolution imaging"
12:30 - 13:30 Lunch
14:00-18:30 Data Analysis Session (depending on module)
18:30 Free evening
Module 1/ Module 2 / Module 3 / Module 4 / Module 5
