Researchers have found that larger, lower income families with children in Harris County in the Houston area, Texas, USA encounter the most significant hardships with respect to nutritious food.

Researchers have revealed that patients with higher adherence to blood pressure-lowering medicines witnessed reduced cardiovascular events as compared to patients with lower adherence to the medications.

Professor Welland’s group at the Nanoscience Centre in the Department of Engineering at the University of Cambridge (UK) made use of a LM20 Microfluidizer to help produce high conductivity carbon nanotube films.

Azenta Life Sciences’ precision tube decapping / recapping instrument – Intellixcap Automated Septum Cap Decapper/Recapper is utilized within high-throughput environments such as in biobanking, compound libraries, and other storage applications.

Amsbio now offers an unmatched range of customizable human blood biospecimens from both healthy and disease-state donors to support biomedical research.

A new Seattle-based research accelerator aims to combine artificial intelligence with large-scale biological experiments. AI Bio-Design will develop openly available models, datasets and tools that could support applications ranging from new medicines and plastic-degrading enzymes to energy-efficient biological computers.

Researchers have revealed that remote exercise-based cardiac rehabilitation is an additional option but not a replacement for centre-based rehabilitation for patients recovering after a heart attack.

Researchers in Japan have developed a design framework that turns flat paper sheets into customised, self-folding wearable sensors. Inspired by climbing vines, the helical devices conform to fingers or arms without adhesives or straps and can measure biosignals.

A new study has revealed that despite reduced visibility, Stickleback fish can change their social behavior to help them find food in cloudy or muddy waters.

LSD, psilocybin and other psychedelic drugs are often considered as one group. But a new study shows that each drug affects the brain differently. The findings could have implications for the development of future treatments for mental health disorders