Cancer stem cell morphology predicts glioblastoma growth and resistance
Human Technopole researchers have identified adducin-γ (ADD3) as a crucial regulator of glioblastoma cancer stem cell morphology and intercellular bridges between tumour cells. These connections facilitate communication and allow tumour cells to share resources, evade chemotherapy, and survive in challenging conditions. The study has been funded by AIRC and the findings are published in Life Science Alliance.
The EU and Belgian Life Science Innovation Ecosystems, Brussels & Leuven | 4-5 Nov ’24
On November 4–5, the Human Technopole’s Centre for Innovation and Technology Transfer (CITT) organised a study tour to Belgium led by Fabio Terragni, member of the HT Management Committee delegate for technology transfer.
Colorectal Cancer: ML Enhances Cetuximab Response Predictions
An international collaborative study led by Human Technopole, Candiolo Cancer Institute IRCCS in Turin, the University of Turin, and the Wellcome Sanger Institute in Cambridge (UK) has identified new factors associated with therapeutic response in colorectal cancer. The research has led to the development of a machine-learning model capable of accurately predicting the effects of cetuximab, a drug in clinical use, on different colorectal tumour subtypes. Funded by the AIRC Foundation, the study paves the way to identifying molecular features that could serve as biomarkers for predicting treatment response in patients with this type of cancer.
Human Technopole Foundation’s Supplier List online
The Human Technopole Foundation’s Supplier Register is now online.
Long Non-Coding RNA as Therapeutic Target for Multiple Myeloma
A Long Non-Coding RNA Identified as a Potential Therapeutic Target for Multiple Myeloma: Collaborative AIRC Study by University of Magna Graecia and Human Technopole Published in Blood.
Previous page