HIT-GLIO Project

Our aim goes beyond simply broadening understanding of tumour–host interactions and improving the effectiveness of treatments for paediatric high-grade gliomas (pHGG). We are deeply committed to enhancing the quality of life for both patients and their caregivers.

Hitglio - alegoria

Analysis of tumour-host interactions

The brain tumor microenvironment is a complex network composed of tumour cells, stromal tissue (including blood vessels, immune cells, glial cells and signaling molecules) and the extracellular matrix. Dynamic and mutual interactions develop between tumour cells and components of the TME to support tumour cell survival, local invasion and evasion of the immune system. Using the latest single-cell genomics and transcriptomics along with multimodal imaging, we will thoroughly examine the interactions between tumour cells and the immune system in pHGG samples. This helps us to identify key molecules or pathways that can be targeted for therapeutic interventions.

Creating advanced models

To understand underlying biology and target specific pathways, we will develop complex cellular and animal models that accurately reflect the genetics and biology of pHGG. These models, such as glioma-microglia co-cultures, brain tumour-derived organoids, mice harbouring mutations detected in pHGGs will serve as living platforms for mechanistic studies and testing novel drugs killing tumour cells or improving radio- and immunotherapy.

Testing new therapies and drug nanocarriers

We focus on innovative therapeutic approaches targeting specific tumour-host interactions, hypoxia, radio- or immunotherapy resistance. We will develop more effective CAR-T cell therapy targeting tumour specific. As many of pHGGs are epigenetically driven tumour we will evaluate epigenetic inhibitors activated specifically in the tumour microenvironment to reduce toxicity and enhance responses to radio- and immunotherapy. Brain is separated from the body by a blood-brain barrier, a network of blood vessels and tissue, made up of closely sticking cells which helps keep harmful substances from reaching the brain. But it create the obstacle to anti-tumour drugs limiting their effectiveness. We will produce nanocarriers for targeted drug delivery to the brain to augment their action and limit whole body toxicity.

Supporting patients and families

We understand that battling pHGG involves not only fighting the disease, but also coping with its psychological and developmental impacts. Therefore, we will estimate disease associated stress and develop psychological techniques aimed at alleviating stress and improving the quality of life for patients and their families.

4th CLEPIC

Join us for the 4th CLEPIC meeting which will take place in Naples, Italy on June 11-13, 2025.

6th Brain tumors

Join us for the 6th Brain tumors: form biology to therapy conference which will take place in Warsaw, Poland on June 11-13, 2025.

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