M7  Flow Cytometry

Course content

DAY-1 (9:00 am to 5:30 pm)

1. Introduction to the course

2. Optimization of protocols for intracellular staining of immune cells (ICS): from the choice of the markers to controls

3. Presentation of the ICS protocol and ICS hands on session Cell stimulation Fixation and Permeabilization

4. Sample Acquisition Course Introduction to DIVA Introduction to FlowJo Quality controls Staining and Acquisition

 

DAY-2 (8:30 am to 12:30)

5. Data analysis hands on session Sample analysis using FlowJo Post sample analysis using SPICE

6. Storage, analysis and visualization of Flow Cytometry data

Learning Outcomes 

To master multi-dimensional flow cytometry from the basic theory to data analysis, and biological interpretation of the results.

Who should apply

Anyone with the minimal requirements and wishing to improve flow knowledge

Minimal requirements

Basic flow cytometry knowledge (3 to 4 colour experiments)

Accommodation

Accommodation is not covered, to be arranged by participants. Hotel suggestions: CAMPANILE, 360 avenue du Général Leclerc, 92140 Clamart; LA Roseraie, 32 Avenue Jeanne et Maurice Dolivet, 92260 Fontenay-aux-Roses; Grand Hotel, 51 avenue Aristide Briand, 92350 Le Plessis Robinson.

Travel costs are also not included.

Comments

The course can be well combined with M6 (CyTOF) training module.

Course Goals 

The course will comprise lectures of experts in the field presenting methods for assessing the immune response in human and animal models. In particular, it will be focused on combined staining of surface markers and intracellular markers (cytokines and degranulation markers), allowing the characterization of activation, differentiation and functionality of lymphoid and myeloid cells. It will include approaches to master multi-dimensional flow cytometry from the basic theory to data analysis, and biological interpretation of the results.

Timeline 

Application Deadline:  

1 May 2019 / 1 May 2021

Course Dates:

18-19 September 2019/Q3 2021 (1,5 days)

Contact 

Dr. Anne-Sophie Gallouet

anne-sophie.gallouet@cea.fr

This project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement N° 730964.

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