Molecular Biology and Cytometry Course, Mol, 16-17 May 2013
Presentations
- Plenary lecture 1a:Overview of techniques in flowcytometry (Vincent van der Velden)
- Plenary lecture 1b:Overview of techniques in molecular biology (Friedel Nollet)
- Parallel lecture 2a (clinical):Flow cytometry settings, pitfalls and artefacts (Pieter De Schouwer)
- Parallel lecture 2b (research): Advanced Proteomics (Tobias Corne)
- Parallel lecture 3a (clinical):Lymphoma diagnosis using flow cytometry on lymph node biopsies (Johan Willemse)
- Parallel lecture 3b (research): Label free imaging (Andre Skirtach)
- Parallel lecture 4a (clinical):Minimal residual disease in AML (Vincent van der Velden)
- Parallel lecture 4b (research): Genome Editing (Tom Sieprat)
- Parallel lecture 5a (clinical):Real time PCR settings, pitfalls and artefacts (Sabine Franke)
- Parallel lecture 5b (research): Bio informatics in 2013 (Raphael Kiekens)
- Parallel lecture 6a (clinical):Minimal residual disease in pediatric ALL using Ig/TCR targets (Marleen Bakkus)
- Parallel lecture 6b (research): Characterization of the Immune Microenvironment in Breast Cancer using Flow (Karen Willard-Gallo)
- Parallel lecture 7a (clinical):Molecular tests for choosing targeted therapy in oncology (Brigitte Maes)
- Parallel lecture 7b (research): Correlative Microscopy (FEI: Diane van Rossum)
- Plenary lecture 8: PCR chips and miniature flow cytometry (Tim Stakenborg)
- Plenary lecture 9a:Future techniques flowcytometry (Jan Philippé)
- Plenary lecture 9b:Future techniques in molecular biology (Friedel Nollet)
Workshops
- 102 (V2)Image informatics (Winnok De Vos)
- 104 (D2)Correlative Microscopy (Diane van Rossum, FEI)
- 106 (D1)Automated microscopy (Nikon)
- 107 (V1)Label-free Phase imaging (Nikon / Phasics)Research & Basic techniques in Flowcytometry
- 201 (V1)Set up, calibratie en compensatie van een flowcytometer (Roland Langelaar, BD)
- 202 (D1)Cell sorting (Roland Langelaar, BD)
- 203 (V2)Microparticles and platelets (Nicolas Bailly)
- 204 (D1)Een blik in de toekomst: PCR chips, miniature flowcytometrie en de nieuwste sequencing platformen (Tim Stakenborg)
- 302 (V2)PCR and primer development and troubleshooting (Walter Verstrepen)
- 303 (D2)Validatie van PCR gebaseerde assays(Lieselotte Cnops)
- 305 (V2)Bio-informatics (Raphael Kiekens)
- 306 (D1)Next generation sequencing (Pieter Monsieurs)
- 401 (D2)Dysplasia in the diagnosis of MDS (Bernard Husson)
- 501 (D2)Euroflow standardisatie (Johan Willemse)
- 502 (D1/V1)Multicolor protocols and de validatie hiervan (Dennis Tielemans, BD)
- 503 (D2)MRD analyse in AML (Vincent van der Velden)
- 504 (V2)MRD analyse in CLPD en Myeloom (Jan Philippé)
- 505 (V1)High sensitivity PNH flowcytometrie analyse (Tine Venken)
- 506 (D1)Flow cytometric screening and immune monitoring in primary immune deficiencies (Melissa Dullaers)
- 507a (D1)Harmonisation of multicolor settings and Leukaemia/Lymphoma approach (Antoine Pacheco, Analis)
- 507b (D1)Harmonisation of multicolor settings and Leukaemia/Lymphoma approach (Antoine Pacheco, Analis)
- 507c (D1)Harmonisation of multicolor settings and Leukaemia/Lymphoma approach (Antoine Pacheco, Analis)
- 508 (V2)Infinicyt (Dennis Tielemans, BD)
- 601 (D2)Interpretatie van klonaliteitsanalyse, IGH and TCRG (Elke Boone)
- 602 (V1)Quantitative standardized BCRABL analysis (Femke Hillen)
- 604 (D2)Diagnostische en follow-up moleculaire markers in AML (Friedel Nollet)
- 605 (D1)Fragment analyse, sequencing en IGH hypermutatie analysis (Sabine Franke)
- 607 (V2)FISH en PCR in moleculaire pathologie inclusief BRAF/KRAS/EGFR/ALK/HER2 (Femke Hillen)
- 608 (V1)High Resolution Melting (HRM) analysis (Karl Vandepoele)