Danilo Mladenović (HansaBioMed, Estonia) Read more…
Project 1: Cross-platform comparison for plasma/serum/urine EV immune-isolation & characterisation
Tanmay Netke (GVS S.P.A., Italy) Read more…
Project 3: Affinity Filters capable to specifically capture EVs
Cláudio Pinheiro (Ghent University, Belgium) Read more…
Project 4: Development of a biological reference material
Alicia Galinsoga (Semmelweis University, Hungary) Read more…
Project 5: Advance from the current “gold-standard” methods for EV isolation, further develop methods for characterising EVs and investigating means to exploit EVs for clinical application
Delaram Khamari (Semmelweis University, Hungary) Read more…
Project 6: Further develop methods for characterising EVs utilising advanced technologies and assess patho-/physiological relevance of EVs and their potential to be exploited as biomarkers
Estefanía Lozano Andrés (Utrecht University, Netherlands) Read more…
Project 7: Defined EV-subset analysis in blood by flow cytometry
Elena Grueso (University Freiburg, Germany) Read more…
Project 8: Tetraspanins role in regulation of EV composition by tumour cells & metastases
Liliia Paniushkina (University Freiburg, Germany) Read more…
Project 9: Exosomal/EV-recruited splice variants & mutated oncogenes contributing to cancer progression
Alberta Giovanazzi (Utrecht University, Netherlands) Read more…
Project 10: Immune modulatory capacity of EV-subsets in blood of healthy and diseased subjects
Etienne Rolland (Bioinf2Bio, Portugal) Read more…
Project 11: Development of bioinformatics tools to explore and compare cellular and EV-contents
Quentin Roux (Ghent University, Belgium) Read more…
Project 12: EV membrane camouflaged nanoparticles as biomimetic drug delivery platform
Project 13: Investigating the relevance of EVs in breast cancer
Delva Catalano (Trinity College Dublin, Ireland) Read more…
Project 14: Investigating the relevance of EVs in prostate cancer
Federico Cocozza (Institut Curie, France) Read more…
Project 15: Immune functions of EV types secreted by tumour and immune cells
Ester Piovesana (Institut Curie, France) Read more…
Project 16: Uptake of Extracellular Vesicles: Cellular and Molecular characterisation
