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9 results for "king's college london"
Researchers have created a new way to design antibiotics that bacteria can't easily defeat, potentially reviving drugs that stopped working and paving the way for more effective treatments. The breakthrough could help fight the growing threat of drug-resistant infections.
Scientists from King's College London have become the first UK academic team to access Google's groundbreaking quantum computer chip, Willow. This partnership could unlock answers to mysteries like photosynthesis and lead to better solar cells, new medicines, and more efficient energy grids.
Researchers at King's College London discovered that protein from wool can regrow bone better than current medical materials. The breakthrough could make bone repair cheaper, more effective, and more sustainable.
A researcher cracked a 400-year mystery by discovering the exact location of William Shakespeare's missing London property. The breakthrough came from a forgotten 1668 map that revealed where the playwright lived during his final creative years.
King's College London brought together African leaders, scholars, and innovators for its 2026 Africa Week, showcasing the continent's fresh solutions to global challenges. From AI breakthroughs in Somali language to viral creative movements, the event proved African ideas belong on the world stage.
A routine test already used in breast cancer care can now reveal how well the immune system is fighting cancer, potentially helping thousands avoid unnecessary surgery. Researchers at King's College London discovered the breakthrough by looking at samples in a completely new way.
Scientists discovered that a one-year treatment can postpone the painful joint condition rheumatoid arthritis for up to four years, even after stopping the medication. The breakthrough offers hope to 400,000 people in the UK living with or at risk of developing this life-altering autoimmune disease.
Scientists discovered that a single year of treatment with abatacept can delay rheumatoid arthritis development by up to four years, even after stopping the medication. The breakthrough offers hope to 400,000 UK patients living with the painful autoimmune condition.
Scientists discovered why diabetic foot infections are so hard to treat, and the answer could help doctors save limbs. A global DNA study found multiple strains of bacteria causing these infections, paving the way for better, more targeted treatments.