Matching Funds - Tirol
Disciplines
Biology (40%); Medical-Theoretical Sciences, Pharmacy (60%)
Keywords
Mechanism of CD8 Tscm,
Tcm and Tem cells differentiation in tumour immuni,
Lymphatic Pkc?/Akt/Pkb/Foxo1 Pathway,
Metabolic Control Of Tils
Abstract
Researchers in Innsbruck are working on improving adoptive cell therapies to make tumor treatments
more effective. A key discovery reveals that the enzyme PKC plays a regulatory role in cancer
immunity. Inhibiting this enzyme enables T cells to recognize and combat tumor cells more effectively.
Using advanced technologies, the team is investigating how these modified T cells perform in
preclinical models and whether they can enhance treatment efficacy in the long term. This research
aims to develop new approaches for personalized cancer therapies, particularly for non-small cell lung
cancer (NSCLC).
The project is a combination of clinically highly relevant basic research and a promising translational
immunotherapy approach. The ultimate goal of the project is the sustainable improvement of clinical
treatment options for patients with advanced lung cancer, for whom there are currently insufficient
treatment options.