HT Director Zerial Awarded Mercurio Prize for Excellence in Research
19 September 2024
HT Director Zerial Awarded Mercurio Prize for Excellence in Research
The Human Technopole Director, Marino Zerial, has been awarded the 2024 Mercurio Prize in the “Research and Development” category, in recognition of the excellence of his research in the field of cell biology. Zerial, renowned for his studies on the mechanisms of endocytosis and cellular transport, has made significant contributions to the understanding of cellular dynamics, with potential therapeutic applications for diseases such as liver conditions.
The Mercurio Prize, established by the Italian-German Association MERCURIO, celebrates companies and individuals who strengthen economic and cultural ties between Italy and Germany each year. The award ceremony took place on 18 September 2024 in Frankfurt am Main, with the attendance of institutional and business representatives from both countries.
The prize jury, made up of prominent figures from the Italian-German economic and academic world, praised the winners for their contributions to innovation, sustainability, and economic growth.
Human Technopole, a leading biomedical and life sciences research institute based in Milan, is seeking three highly qualified candidates to join its Management Committee, the governing body responsible for the operational leadership of the Foundation.
PRECISE (Predictive Relationships Explaining Cancer Genetic Interactions and Synthetic Essentiality) is a pan-European initiative that aims to move cancer research beyond cataloguing cancer vulnerabilities towards predicting them before they are experimentally tested. Human Technopole (HT) is among the founding partners of the consortium, with Francesco Iorio leading its scientific activities across the institute alongside other HT research groups. The consortium and its scientific vision are presented in a Nature Genetics commentary.
Researchers at Human Technopole have developed a novel machine learning-based method that transforms composite fluorescence microscopy images with overlapping signals into separate images revealing individual cellular structures. The tool is published in Nature Methods, with experimental models and training data openly available on GitHub.
The mechanisms of life are complex. What happens at the molecular level shapes cells, tissues, organs and entire organisms. To understand human biology, and what drives disease, we need to connect these different scales rather than study them in isolation. That is our approach at Human Technopole.
In a large international collaboration, Human Technopole has contributed to the development of three complementary risk prediction models that estimate heart failure risk across the entire cardiovascular disease spectrum. Together, these tools enable transparent, data-driven risk assessment and support personalised treatment strategies and more sustainable healthcare delivery.
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