This year Human Technopole is among the supporters of the Women In Technology World Series virtual conference, one of the largest global events dedicated to promoting female participation in the tech and digital world.
Attendees will be able to visit our virtual booth and speak with members of our IT staff to learn more about how research organisations can drive technology in unexpected ways and discover our employment opportunities.
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.
The Social Innovation Campus 2026 was a great success, bringing thousands of students to MIND to discuss social innovation, sustainability and the future of work. From 25 to 27 February, young people engaged with organisations, institutions and companies to explore how innovation can generate social impact. Human Technopole contributed to this collective effort through different voices and perspectives.
Are you passionate about AI, mathematical modelling, or genomics, and eager to work on high-impact research in biomedical science? Human Technopole is excited to offer four fully-funded PhD positions as part of the prestigious PhD Programme in Data Analytics and Decision Sciences of the Politecnico di Milano.
Lorenzo Calviello and his group of the Human Technopole’s Research Centres for Genomics and Computational Biology have been awarded a five-year My First AIRC Grant by Fondazione AIRC per la Ricerca sul Cancro. The grant provides over €99,000 for 2026, for a total of €500,000, to support a project aimed at identifying cancer-specific proteins that could serve as new immunotherapy targets in colorectal cancer.
Human Technopole researchers have identified the molecular mechanisms by which the membrane receptor sortilin binds thyroglobulin along its pathway to the release of thyroid hormones within the thyroid gland. The results of the research were published in Nature Communications and highlight that sortilin senses thyroglobulin via a short flexible “tag” which appears to be a common motif for the recognition of other partner proteins throughout our body.
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