Revolutionary research has revealed that ageing in the heart could now be reversed with the help of a new lab-grown material. The findings of this research have the potential to develop therapies that rejuvenate the heart by changing its cellular environment.

GSK and the University of Oxford have joined hands to focus on the potential of cancer prevention through vaccination. The GSK-Oxford Cancer Immuno-Prevention Programme is expected to explore precancer biology in order to generate key insights on how cancer develops in humans that could inform new approaches to cancer vaccination.

A new Gen AI system is all set to transform radiology like never before. The technology has the capacity to enhance productivity, identify life-threatening conditions in milliseconds and also solves the global radiologist shortage problem.

Nagoya University researchers in Japan have found that drug effectiveness, alcohol tolerance, and carbohydrate metabolism change with the seasons. Their findings are based on a comprehensive seasonal gene expression map. The study has implications for drug prescription and precision medicine.

For the first time, researchers have measured PFAS levels in health care workers — and the findings were surprising. The study reveals elevated concentrations not only in firefighters but also in medical professionals, pointing to previously overlooked occupational exposure risks.

Apparently so. Scientists have developed a new, potent injectable therapy that has the potential to protect the heart from damage after a heart attack.

In a recent analysis of data from more than a dozen studies, coffee and tea consumption was linked with lower risks of developing head and neck cancer, including cancers of the mouth and throat.

Amsbio has expanded its range of antibodies, biomarkers and assay kits related to free radicals (ROS and RNS), non-radical reactive derivatives (or oxidants) and antioxidants for researchers investigating the mechanism of oxidative stress.

New research from City of Hope uncovers the hidden cellular trigger behind middle-age belly fat — offering fresh hope for therapies that could curb weight gain, boost metabolism, and extend healthy lifespans.

A groundbreaking Stanford Medicine study uncovers how fiber-rich foods like beans, nuts and avocados directly influence gene expression with anti-cancer effects. Published in Nature Metabolism, the research highlights how gut microbiome byproducts from fiber digestion may play a crucial role in preventing and controlling cancer.