OC 1 - Inhibition of Actin Filament Capping by a CapG SDA restrains Cellular Migration and Invasion
Dr katrien VAN IMPE (UGENT, Gent, Belgium)
17:10
OC2 - Development of SDA against the HIV-1 ENV Glycoprotein to inhibit Infection of CD4+ Cells
Ms Julie MATZ (INSERM, marseille, France)
17:30
OC 3 - ART-2 Blocking Nanobodies Protect Regulatory T Cells from NAD-induced Cell Death
Mr Björn RISSIEK (UNIVERSITY MEDICAL CENTER HAMBURG-EPPENDORF, Hamburg, Germany)
17:50
OC 4 - Analysis of BBB Permeablity for Nanobodies using Microdialysis
Dr Ralph CLINCKERS (VUB, Jette - Brussel, Belgium)
18:10
Closing Remarks from Co-Chairs
18:20
Networking Drink with Lite Bites
15/10/2010
Session 5: Engineering Single Domain Antibodies for Improved Function
Session Chair
Prof. Guus VAN DONGEN (VU AMSTERDAM, Amsterdam, The Netherlands)
09:00
Improved Tumor Targeting of Anti-EGFR Nanobodies through Albumin Binding
Prof. Guus VAN DONGEN (VU AMSTERDAM, Amsterdam, The Netherlands)
09:30
Engineering Nanobodies for Improved Treatment of Infectious Diseases
Dr Michiel HARMSEN (CENTRAL VETERINARY INSTITUTE OF WAGENINGEN, Lelystad, The Netherlands)
10:00
Using dAbs to Control in Vivo Exposure of Metabolic Peptides
Dr Laurent JESPERS (GSK, Cambridge, United Kingdom)
Session 6: Targeting Less Accessible Antigens Including Certain Membrane-associated Proteins, Enzymes, Ion Channels and G-protein Coupled Receptors that weave in and out Cell Surfaces
Session Chair
Dr Friedrich KOCH-NOLTE (INSTITUTE OF IMMUNOLOGY, UNIVERSITY MEDICAL CENTER HAMBURG-EPPENDORF, Hamburg, Germany)
10:30
Inhibitory and Stimulatory Nanobodies Against a Nucleotide-gated Ion Channel
Dr Friedrich KOCH-NOLTE (INSTITUTE OF IMMUNOLOGY, UNIVERSITY MEDICAL CENTER HAMBURG-EPPENDORF, Hamburg, Germany)
11:00
Coffee Break and Poster Viewing
11:20
CXCR4-specific Nanobodies Selectively and Potently Inhibit Chemotaxis and HIV Entry
Prof. Martine SMIT (VU AMSTERDAM, Amsterdam, The Netherlands)
11:50
'Engineering Nanobodies that Bind to Human Lysozyme and Inhibit its Conversion to Amyloid Fibrils: Prospects in Systemic and Neurodegenerative Protein Aggregation Diseases