PhD course Flow Cytometry & Cell Sorting
This year the flow cyto course was held in connection with 6th International Stem Cell School in Regenerative Medicine 14-19 June, 2009.
(Courses are run by Danish Stem Cell Research Doctoral School (DASCDOC))
General objectives: Objective: This course is designed to equip those having only limited or no prior experience of flow cytometry with a basic grounding in the principles of the technique and working knowledge of its practice with special emphasis on the application of flow cytometry to cell sorting.
Organizer: Assoc. prof. Graham Leslie, Immunology and Microbiology, University of Southern Denmark, Odense.
Duration: 3 days; 17-19 June 2009
ECTS points: 2
Number of participants: Max. 8
Teachers: Henrik Holst (HH), BD Bioscience, Denmark; Claus H. Nielsen (CHN), Copenhagen University Hospital, Ulrik S. Jakobsen (USJ), Dept. Clinical Immunology, Odense University Hospital; Graham Leslie (GL), and Inger Andersen (IA), University of Southern Denmark
Location: Winsløwparken 19-21, University of Southern Denmark, Odense
Application deadline: 1 May 2009
Course fee: estimated 8,500 DKK exclusive of travel and stay, material costs approx. DKK 2,000
Registration: Please fill out course application form (www.dascdoc.dk - Activities, courses) and send it to the DASCDOC secretariat.
Program:
Day 1
09.00-09.15 Introduction GL
09.15-10.45 Flow cytometry 1 The basic principles (USJ)
- The flow system
- Laser excitation
- Light scatter and fluorescence
- Multiple fluorochrome compensation
- Autofluorescence
- Data analysis
- Quality control
10.45-11.00 Coffee
11.00-12.30 Flow cytometry 2 The basic practicalities – (GL)
- The cell preparation
- The parameters for investigation (membrane glycoproteins, surface lipids,
intracellular proteins, DNA, free Ca2+, oxidative metabolites etc.)
- Labelling with fluorochromes (incl. choosing the right marker-fluorochrome
combination)
- Data acquisition – the software
- Gating
- Positive and negative controls
12.30-13.15 Lunch
Practical Sessions Winsløwparken 21, 1st floor, Flow Cyto Lab
13-15-16.15 Exercise 1 The basics (USJ)
- Starting up
- Instrument settings
- Calibration with standard beads
- Compensation
- Maintenance
Exercise 2 Identification of cell sub-populations in a blood leukocyte preparation
(USJ/GL)
- Morphological discrimination
- Identification with the help of surface markers (CD3, CD19 etc.)
Day2.(Theoretical sessions)
09.00-10.00 Flow cytometry 3 Antibodies as probes (GL)
- The antibody-antigen interaction
- Monoclonal vs. polyclonal antibodies
- Direct vs. indirect labelling
- The biotin-streptavidin connection
- Extracellular vs. intracellular probing (fixation and permeabilisation)
10.00-10.15 Coffee
10.15-11.15 Flow cytometry 4 Other probes – (CHN)
- DNA staining
- Free calcium staining
- Staining for membrane depolarisation
- Staining for oxidative metabolites
- Staining for detection of cell division
- Staining for markers of apoptosis
11.15-12.15 Flow cytometry 5 Quantitative flow cytometry - (CHN)
- Quantitation cell sub-populations
- Quantitation of surface markers
- Quantitation of ligand-receptor interactions
- Cell-cycle analysis
12.15-13.00 Lunch
Practical Sessions Winsløwprken 21, 1 st floor, Flow Cyto Lab
Exercise 3 Viability assessment (GL/CHN)
- Apoptosis vs. necrosis (PI + Annexin V)
Exercise 4 Assessment of cell proliferation (GL/CHN)
- CFSE approach
Day 3 (Theoretical sessions)
09.00-11.45 *Flow cytometry 6 Cell sorting (HH)
- Basic considerations
- Important Factors for Successful Cell Sorting
Quality of the cell preparation
Cell density
Sorting rate v. viability
Purity versus yield
“Invisible” impurities
Sorting strategies
- Alternatives to pehnotype sorting - side population sorting, reporter genes
- Practicalities The time factor
- Recovery – the harsh reality
* including 15 min. coffee break
11.45-12-15 Discussion of results - Exercises 3 and 4
12.15-13-00 Lunch
Practical Sessions Winsløwparken 21, 1 st floor, Flow Cyto Lab
13.00-16.00 Exercise 4 (part Demonstration) Introduction to the cell sorter (HH)
Exercise 5 (part Demonstration) A rare event sort (HH)
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