Fraunhofer researchers, in collaboration with partners, have developed a groundbreaking composite material for treating non-union bone fractures. This new scaffold, made of a biodegradable polymer and bioactive glass, is designed to accelerate healing and prevent infection.

Baylor researchers have made a significant discovery about the gut microbiome's influence on the body, focusing on the bacteria L. reuteri. This bacteria has been found to impact multiple organs, including reducing gut inflammation, suppressing bone loss, promoting wound healing, and improving social behavior in autism spectrum disorders.

A physician has listed out all the signs to watch out for in case you are suffering from a heat stroke. She also offers tips to stay cool in the hot weather.

A multi-national research team has shed light on a long-standing mystery in the African/Eurasian fossil record, revealing a significant bottleneck event in early human history. Utilizing Fitcoal, a groundbreaking method, the scientists analyzed over 3,000 modern human genomes to trace our ancestral past.

Like any other industry, the life science industry is also evolving. With the advent of next-gen technologies such as the metaverse, the sector is currently exploring numerous applications for this smart and innovative technology which is expected to have significant advantages for the overall sector.

Researchers from Brown University have developed a software that makes use of AI language models to break down instructions for the robot and also removes the need for training data. Thus, making it seamless for humans to communicate with robots.

Scientists have developed an innovative magnetic gel that has the ability to heal diabetic wounds three times faster and also reduce the rates of recurrence which will help to lower the incidents of limb amputations.

Ziath’s Mohawk 48 tube selector and picker has been designed to select and pick wide, heavy, or tall tubes which makes it perfect for retrieving individual whole tissue samples from storage.

We explore the significance of device connectivity as the fundamental element in implementing lab automation strategies and future-proofing laboratory operations. Through expert perspectives, we explain how device connectivity standards, such as LADS and SiLA, unify device driver development, improve data management, and promote efficient and effective lab execution workflows.

An extensive meta-study reveals that the world relies too heavily on individual households for climate change adaptation, with little systematic collaboration between global, national, and local actors. Experts from Universität Hamburg and LMU Munich warn of the pressing need for cohesive action, and the potential risks of isolated measures.