Envisioning Tomorrow

Imagine protecting yourself easily, efficiently and safely from the mosquitoes that transmit malaria. Our vision is to make this possible with IR3535^®.

A tiny DNA motor that can detect viruses could help humanity to identify and deal with emerging threats faster.

Recent advances in AI are enabling medicinal chemists to find the right drug faster, so new medicines can reach patients sooner.

A deeper understanding of the biology of Multiple Sclerosis opens new avenues to improve patient treatment.

Our joint ventures Syntropy™ and Athinia™ are change-makers in big data, encouraging collaboration and driving progress in the healthcare and semiconductor industries. 

Photoelectrochemical cells mimic photosynthesis to remove CO₂ more efficiently than plants, creating carbon products for easy, safe, and sustainable storage.

We strive for the highest research ethics and welfare for all animals used in our research – and our ambition is to phase out this animal use.

Drugs that block different DNA damage repair pathways could be used alone and together with chemo-, radio- and immunotherapy to transform cancer care.

Versatile, efficient, and now stable: how advances in perovskite solar cells promise to revolutionize the semiconductor industry and lead to portable solar power.

Our new advanced 3D cell model is accelerating the search for new chemoprevention drugs that offer hope of eradicating the disease once and for all.

Lipid nanoparticles (LNPs) underpin Covid-19 mRNA vaccines and are set to transform the future of medicine by delivering cutting-edge RNA therapeutics into cells.

By bringing the power of machine learning and artificial intelligence to solve medical problems, new digital health tools promise to revolutionize remote patient care.