A single-celled microbe aids coral survival during ocean-warming events, researchers found. These insights are shedding light on the role of microbes in protecting corals from heat stress and could have significant implications for coral conservation efforts in the face of climate change-induced ocean warming events.

A new study has revealed that advanced tools and more experimental studies are urgently required to understand the impact of extreme heat on urban health and wellbeing in the UK.

In a spectacular new study, researchers from the University of Copenhagen have used UV light and chlorine to eradicate low-concentration methane from air. The result gets us closer to being able to remove greenhouse gases from livestock housing.

Researchers have revealed that the digital twin technology could be used for personalizing the treatment of patients suffering from brain tumors. The impact of this technology could be revolutionary for the healthcare sector.

Scientists trained AI models in the lab but were surprised to find out that tissue contamination in the real world distracted the models from making accurate diagnoses.

Researchers have developed a porous material that has the capacity to maximize blood absorption and at the same time also activates clotting mechanisms. This material proves beneficial for patients on anticoagulation or antiplatelet medication.

For the first time, scientists have engineered an enzyme that can break bonds between silicon and carbon that exist in widely used chemicals known as siloxanes, or silicones. The discovery is a first step toward rendering the chemicals, which can linger in the environment, biodegradable.

Researchers at the Leibniz-Institut für Analytische Wissenschaften (Isas) and Peking University have developed a free compression software. This cutting-edge toolbox is transforming the landscape of bioimaging AI, enabling scientists to process massive data sets with existing AI models at a fraction of the usual time and energy cost.

Kyoto University researchers have made a groundbreaking leap in materials science with their latest innovation in infrared spectroscopy. Overcoming the limitations of traditional FTIR spectrometers, the team has introduced a quantum light source into their design.

A valuable molecule sourced from the soapbark tree and used as a key ingredient in vaccines, has been replicated in an alternative plant host for the first time, opening unprecedented opportunities for the vaccine industry.