Flow Cytometry Course 2017
Scientific Organisers: Dr Peter O'Toole, Mr Derek Davies and Dr Stephen Couzens
This course is aimed at both life science and clinical science fields, with the common fundamentals covered on day 1 and 2. The course then splits into life science and clinical orientated modules, from practical demonstrations to lectures highlighting not just the applications, but best practise as well.
The course is constructed as a set of three modules. You can elect to attend the Course from between two to five days, depending on the Modules selected.
The Modules consist of lectures interspersed with sessions in the laboratory. It is anticipated that instruments from three manufacturers will be available for practical work.
- 09:00Registration
- 09:30Fluorochromes and Fluorescence - Peter O’Toole
- 10:00Antibody Labelling and Immunofluorescence - Peter O’Toole
- 10:25Tea and Coffee Break
- 10:55Introduction to the Flow Cytometer: Fluidics, Optics and Lasers - Derek Davies
- 11:40Detectors and Signal Processing - Derek Davies
- 12:30System Walk-around - Course Organisers
- 12:50Lunch
- 13:30The Flow Cytometers (including Routine Checks of Performance – Amplifier Linearity, Sensitivity) - The manufacturers’ representatives
- 14:30Quality Control in Flow Cytometry using Commercially Available Beads - The manufacturers’ representatives, Karen Hogg and Peter O'Toole
- 15:00Tea and Coffee Break
- 15:30Multicolour Design and Compensation - Peter O’Toole
- 16:30Executing a Flow Cytometry Experiment - Derek Davies
- 17:00End of day 1
Tour of the York University Biology Department with Peter O’Toole - 19:00Leave for dinner in York at Cosmo, followed by an Official Guided Tour of the City of York
- 09:15Multiparameter Labelling – Fluorescence Compensation (Beads and then Peripheral Blood Lymphocytes – Direct Conjugates – Two and Three Colours – Colour Compensation) - Karen Hogg, Derek Davies and Manufacturers' Representatives
- 10:45Tea and Coffee Break
- 11:15Practical Demonstration continued - Karen Hogg, Derek Davies and Manufacturers’ Representatives
- 13:00Lunch
- 13:45Linear Analysis and Doublet Discrimination - Using Cell Cycle as Examples - Derek Davies and Peter O’Toole
- 15:15Coffee and Questions: Optional Session for One-to-one or Group Questions - All Lecturers
- 16:00End of day 2
Basic Course end
Advanced and Full course continues
Advanced Clinical Application
To view the Application in Cell Biology Module, please click here
- 09:00Registration (for those attending ONLY Advanced Course) Atrium
Full course delegates do not need to register again - 09:15Immunophenotyping Leukaemias and Lymphomas - Ricardo Morilla
- 10:00Data Analysis (Bring own data option) - Steve Couzens and Ricardo Morilla
- 10:45Tea and Coffee and Trade Exhibition
- 11:15Immunophenotyping Practical Basics - Steve Couzens and Ricardo Morilla
- 12:00Lymph Node Flow Cytometry: Multi-disciplinary Diagnosis - Steve Couzens
- 12:30Lunch and Trade Exhibition
- 13:30Discussion using Listed Data: Immunophenotyping Leukaemia / Lymphoma - Steve Couzens and Ricardo Morilla
- 15:45Tea and Coffee Break & Exhibition
- 16:15Multicolour Cytometry, Compensation and Experimental Planning - Derek Davies
- 17:15End of Day Dinner on Campus for Delegates with Accommodation Package
- 09:15Studying Apoptosis by Flow Cytometry - Derek Davies
- 10:00Probes / Stains / Reagents - Peter O’Toole
- 10:30Tea and Coffee Break
- 11:00Paroxysmal Nocturnal Haemoglobinuria - Dan Payne
- 12:00Foeto Maternal Haemorrhage and Screening for Hereditary Spherocytosis - David Bloxham
- 12:45Lunch
- 13:45Detection of Minimal Residual Disease - Ricardo Morilla
- 14:30Platelet Biology - Paul Harrison
- 15:15Tea and Coffee Break
- 15:45Platelet Flow Cytometry - Paul Harrison
- 16:15CD34 Counts - David Bloxham
- 16:45CD4 Counts - Steve Couzens
- 17:15End of day 4
- 19:15Meet outside Biology Department for group photo and depart for course dinner
Course Dinner at Ask, York
- 09:30NEQAS - Liam Whitby
- 10:00CD4 Counting - Liam Whitby
- 11:00Tea and Coffee Break
- 11:30Analysis of Rare Events - Derek Davies
- 12:00Data Presentation Guidelines - Derek Davies
- 12:30Lunch
- 13:15Other Applications of Flow Cytometry - Derek Davies
- 13:45New Technologies in Imaging and Cytometry - Peter O’Toole
- 14:30Tea and Coffee Break
Courses Closes
Applications in Cell Biology
- 09:00Registration (for those attending ONLY Advanced Course) Atrium
Full course delegates do not need to register again - 09:15Analysis of Micro-organisms and Sub-micron Particles - Gerhard Nebe-von-Caron
- 10:00Receptor Quantification - Peter O’Toole
- 10:45Tea and Coffee and Trade Exhibition
- 11:15Cell Cycle Analysis: the DNA Histogram - Derek Davies
- 12:00Studying Bacteria - Gerhard Nebe-von-Caron
- 12:30Lunch and Trade Exhibition
- 12:45Receptor Quantification - Karen Hogg
- 14:15BrdUrd/Anti-BrdUrd Method - Derek Davies
- 15:00Measurement of Cell Proliferation: The Dye Dilution method - Peter O'Toole
- 15:45Tea and Coffee Break & Exhibition
- 16:15Multicolour Cytometry, Compensation and Experimental Planning - Derek Davies
- 17:15End of Day Dinner on Campus for Delegates with Accommodation Package
- 09:15Studying Apoptosis by Flow Cytometry - Derek Davies
- 10:00Probes / Stains / Reagents - Peter O’Toole
- 10:30Tea and Coffee Break
- 11:00Intracellular Staining (Including Fixation and Permeabilisation) - Audrey Romano
- 11:30Measurement of Cell Cycle Parameters using BrdUrd/Anti-BrdUrd M049/52 - Derek Davies
- 12:00Cell Proliferation by Dye Dilution - Karen Hogg
- 12:45Antibody Titration - Karen Hogg and Graeme Park
- 13:15Lunch
- 14:00Apoptosis a) Live/dead, b) Sub-G1 Peak, c) Tunel assay for DNA strand breaks, d) Annexin V labelling, e) Dye uptake, f) Mitochondrial membrane potential - Derek Davies
- 15:15Tea and Coffee Break
- 15:45Fluorescent Proteins, FRET and Flow Cytometry - Peter O’Toole
- 16:30Using Flow Cytometry in Immunological Research - James Hewitson
- 17:15End of day 4
- 19:15Meet outside Biology Department for group photo and depart for course dinner
Course Dinner at Ask, York
- 09:30Imaging Flow Cytometry - Andy Filby
- 10:00High Speed Cell Sorting - Peter O’Toole and Karen Hogg
- 11:00Tea and Coffee Break
- 11:30Analysis of Rare Events - Derek Davies
- 12:00Data Presentation Guidelines - Derek Davies
- 12:30Lunch
- 13:15Other Applications of Flow Cytometry - Derek Davies
- 13:45New Technologies in Imaging and Cytometry - Peter O’Toole
- 14:30Tea and Coffee Break
Courses Closes
Scientific Organiser
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Dr Peter O'Toole
RMS Vice-President
University of York
Peter O'Toole heads the Imaging and Cytometry Labs within the Technology Facility at the University of York which includes an array of confocal microscopes, flow cytometers and electron microscopes. Peter gained his PhD in the Cell Biophysics Laboratory at the University of Essex and has been involved in many aspects of fluorescence imaging. Research is currently focused on both technology and method development of novel probes and imaging modalities. He has ongoing collaborations with many leading microscopy and cytometry companies and his group also provides research support to many academics and commercial organisations. Peter is also heavily involved with teaching microscopy and flow cytometry which includes organising and teaching on both the RMS Light Microscopy Summer School and the RMS Practical Flow Cytometry courses.
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Mr Derek Davies
Flow Cytometry Section Chair
The Francis Crick Institute
Derek runs a large flow cytometry core facility at Cancer Research UK’s London Research Institute which covers all aspects of cell analysis and sorting. He co-organises the section’s annual flow cytometry course at the University of York and is active in promotion of cytometry via focussed meetings and other courses. He is one of the principal organisers of the flowcytometryUK biennial meeting and also the Advances in Cytometry Meeting. Derek is particularly keen to promote cytometry education within the UK and beyond
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Mr Steve Couzens
University of Wales College of Medicine
Steve is the current head of the Immunophenotyping laboratory in the Department of Haematology at the University Hospital of Wales in Cardiff. Having started as a Biomedical Scientist, Steve undertook the STP Equivalence process in 2014 and is now registered as a Clinical Scientist with the HCPC. He passed the RCPath Part 2 examination in 2015. Steve is a member of a number of expert groups including the Multi-Colour Immunophenotyping Group (MIG) and organises the clinical module of the annual RMS International Flow Cytometry Course.
Modules
For Module 1, no prior knowledge of flow cytometry is assumed. It will give you a firm grounding in the basics of flow cytometry. There is also a strong emphasis on practical application and four practical sessions are included.
The later Modules assume that you have some basic knowledge of flow cytometry (which can be obtained by taking Module 1).
Module 2, Clinical Applications, will include practical sessions and lectures on applications including immunophenotyping leukaemias, quality control, applications to transplantation and blood transfusion, apoptosis, AIDS and cytokines.
Module 3, Applications in Cell Biology, will include a study of the DNA histogram and the cell cycle, measuring cell cycle kinetics in cultures and in tumours in vivo, using labelling with bromodeoxyuridine, the measurement of cell cycle related proteins, cytokines, apoptosis (including practical work) microbiology.
Generally the instruments used are BD Canto II and Beckman Coulter FC500.
Course Fees
Full Course and accommodation
Standard registration fee £1,475
Member registration fee £1,335
Basic Course and accommodation
Standard registration fee £735
Member registration fee £665
Advanced Course and accommodation
Standard registration fee £1,095
Member registration fee £995
Course Structure
There are 3 registration options available for the Flow Cytometry Course
The Full course – Five days, Monday 11 September to Friday 15 September
The Basic course – Two days, Monday 11 September and Tuesday 12 September
The Advanced course – Three days, Wednesday 13 September to Friday 15 September
Each registration option has an accompanying Accommodation Package. Please see below for a breakdown of each accommodation package.
For the Full course and Advanced course, delegates are asked to make a selection between Clinical Application and Applications in Cell Biology.
Venue for the course
The Flow Cytometry Course takes place within the Biology Department of the University of York. The Biology department is situated on Wentworth Way. The full address is Department of Biology, University of York, Wentworth Way, York, YO10 5DD. For more information on the University, please visit the www.york.ac.uk
Venue and accommodation
If you are flying to the UK, we recommend that you travel to Manchester International Airport and then travel by train to York. This is further, but is more convenient than travelling from Leeds Airport.
York Railway Station is the closest station to the University of York Campus, where both the course venue and accommodation are located. The short taxi ride to the campus should not cost more than £10.
We do not recommend parking on York Campus, unless absolutely necessary, as spaces are very limited due to ongoing building works.
Accommodation package
The Full course accommodation package: This package includes 5 nights’ en-suite, bed and breakfast accommodation in halls on the University of York Campus. Delegates will be able to check-in on Sunday 10 September and will be departing on Friday 15 September.
The Basic course accommodation package: The package includes 2 nights’ en-suite, bed and breakfast accommodation in halls on the University of York Campus. Delegates will be able to check-in on Sunday 10 September and will be departing on Tuesday 12 September.
The Advanced course accommodation package: The package includes 3 nights’ en-suite, bed and breakfast accommodation in halls on the University of York Campus. Delegates will be able to check-in on Tuesday 12 September and will be departing on Friday 15 September.
Meals
Breakfast will be provided as part of the accommodation package, including on the morning of check out. This will be provided on campus.
All buffet lunches, tea / coffee and biscuits are included in your registration fee. The evening meals will be held in the following locations.
- Monday’s evening meal will be at Cosmo Authentic World Kitchen followed by a walking tour of York. (All Full Basic course delegates)
- Tuesday’s evening meal will be on campus. (Full and basic course delegates with accommodation package only.)
- Wednesday’s evening meal will be on campus. (Full and advanced course delegates with accommodation package only.)
- Thursday’s evening meal will be held at the Lime House restaurant in York City Centre (All Full and Advanced course delegates).
Please note that Tuesday and Wednesday have meals provided but only for delegates who have the accommdation package.
Registration
For the Full and Basic course registration will be take place on Monday morning from 09.00 – 09.30 at the Department of Biology main reception. Registration for Advanced course on Wednesday morning will be 09.00 - 09.15.
Dietary and Access requirements
The RMS is committed to our delegate’s health and wellbeing. Therefore if you have any dietary or access requirements please contact Debbie Hunt.
CPD Points and certificates of attendance
In previous years this course has been awarded IBMS Continuing Professional Development (CPD) Points. You will be able to collect a CPD Certificate and also a certificate of attendance at the course should you require them.
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BD Biosciences
BD Biosciences is a world leader in bringing innovative diagnostic and research tools to life science researchers, clinical researchers, laboratory professionals and clinicians who are involved in basic research, drug discovery and development, biopharmaceutical production and disease management. The BD Biosciences segment is focused on continually advancing the science and applications associated with cellular analysis
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InCytometry
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Thermo Fisher Scientific
Thermo Fisher Scientific, the world leader in serving science, supplies innovative solutions for microscopy and microanalysis. We provide SEMs, TEMs, microCTs and DualBeam™ FIB-SEMs combined with advanced software suites to take customers from questions to usable data by combining high-resolution imaging with physical, elemental, chemical, and electrical analysis across scales and modes—through the broadest sample types.
Website:
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