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ILCquest (CA24117) - Innate lymphoid cells – the European quest for innovative cancer prognosis and immunotherapy

Project ID
2020-2.1.1-ED-2024-00366
Project title

Innate lymphoid cells – the European quest for innovative cancer prognosis and immunotherapy (ILCquest)

Project manager, contact details
Bernadett Balázs-Barnaki, barnaki.bernadett@pte.hu
Academic supervisor, contact details
Péter Balogh Dr., balogh.peter@pte.hu
Total project budget
No data
Total budget of UP
30.000.000 HUF (CUPID, PRAGMATICK, PHYSAGENET, ONWARD, InflaMomx, EEG101, EU-SABV, ILCquest)
Project start date
Project end date
Coordinator
No data

Partner Organisations
No data
General description

Since their discovery in the early 2010s, innate lymphoid cells (ILC) have been increasingly recognized for their roles in cancer pathogenesis, exhibiting both pro- and anti-cancer activities. However, the inconsistent use of phenotypic markers for their identification has hindered progress in utilizing ILC for cancer prognosis and therapy. ILCquest aims to overcome this obstacle by standardizing methodologies for the identification, isolation, and cultivation of ILC, thus enabling accurate and reproducible quantitative and qualitative assessment of ILC during cancer pathogenesis, and design of novel ILC-targeting drugs.
Leveraging a comprehensive pan-European network of experts in basic and clinical immunology, systems biology, synthetic chemistry, biochemistry, computational modelling, medical biotechnology and clinical oncology, this initiative will create a unique collaborative platform – the European ILC Network. This network will facilitate consortia creation for joint research proposal applications and serve as a hub for training and capacity-building, promoting best practice, and elevating ILC research quality and reproducibility, that way ensuring sustained impact beyond the project’s lifespan. Through close communication and dissemination of ILCquest results to policymakers, R&D professionals, and biotechnology and pharmaceutical companies, the use of ILC in cancer prognosis and therapy will be significantly advanced.
 

Program
COST Action
Application monitoring