Tendons are strong – but not invincible. If repeatedly overloaded, for example during intense training, they can undergo gradual but harmful changes with debilitating pain.

A protein known as HIF1 is central to these changes, as researchers have now demonstrated in experiments in mice and with tendon tissue from humans.

Their findings open a path to new treatments that could act before the tissue is irreversibly damaged.

SUSA project is leading a groundbreaking educational initiative to close digital skills gaps in the European healthcare sector. Bringing together 21 leading partners -including 12 universities, five SMEs, a hospital, a research center, and two networking organizations- SUSA will deliver 20 bachelor’s and 26 master’s programs, complemented by 16 lifelong learning modules.

This pan-European effort spans nine countries and aims to graduate 6558 students and upskill 660 professionals with advanced digital health competencies. Built on 20 shared learning objectives, the SUSA model promotes collaborative, data-driven education and supports the European Green Deal’s vision for a healthier society.

By fostering interoperability, attracting top talent, and ensuring sustainability, SUSA (Sustainable Healthcare with Digital Health Data Competence) empowers healthcare with innovative, multidisciplinary curricula designed for the future of health data sharing.

Helping women to keep their blood pressure at normal levels could reduce their risk of experiencing pregnancy complications, according to a new study led by researchers at the University of Bristol.