Nick Klenske

A retrievable, living implant developed by the EU-funded VANGUARD project recreates the function of the pancreas, offering a scalable approach to restoring the patient’s ability to regulate blood sugar.

A new solution uses data science and artificial intelligence to help the agri-food industry identify biological drivers that can sustainably influence livestock growth.

Armed with innovative new computer simulations, the Cat-In-hAT project has advanced astronomy’s understanding of the common envelope evolution phenomenon.

Citizens and civil protection authorities have come together to co-create solutions for enhancing disaster resilience.

Research into fruit evolution may help increase the sustainable production of plant-based foods.

As climate change increases the risk of zoonotic vector-borne diseases, countries must find new ways to both detect new diseases and prepare for a potential outbreak.

By embedding artificial intelligence into climate services, researchers are enabling more robust, forward-looking and climate-informed decision-making across Europe.

Researchers use archaeogenetics to study ancient migration patterns and power dynamics, helping us better understand where we came from – and where we might be heading.

Digital tools can help first responders adapt to and overcome the challenging conditions they encounter every day.

New methods and solutions help researchers better understand the combined effects of ocean warming and deoxygenation on the metabolic rate of fish.

Not only have EU researchers developed potential new drugs for treating Zika, their innovative methods could be used to treat other brain-related diseases.

Researchers use Earth Observation data and spatial technologies to study – and protect – the endangered and often hidden cultural soilscapes of post-conflict Levant.

Researchers use innovative catalytic processes to turn bioindustrial carbon emissions into chemicals that these industries can then use to create new products.

By analysing numts and heteroplasmy in bumblebees, researchers help improve the reliability of studies that rely on mitochondrial DNA.

Researchers take an in-depth look at how microplastics and nanoplastics are absorbed and what impact they may have on our health and well-being.