Robotic joints inspired by spiders help researchers create a new class of jumping, grasping, lightweight robots.

Robotic joints inspired by spiders help researchers create a new class of jumping, grasping, lightweight robots.
Minimally invasive smart patches can continuously monitor glucose blood levels and administer insulin as needed.
Using silk proteins, researchers create crosslinking fibers that contain iron complexes similar to those used by sticky underwater sea creatures.
A new lab-on-chip technology enables the rapid and quantitative identification of malaria parasites in the blood for better and more accurate diagnosis in remote regions.
A new biochip can quickly evaluate anticancer drug toxicity and penetration across an advanced blood–brain barrier model.
Self-propelling microparticles enhance the dissolution of drugs in the stomach, achieving better bioavailability without the side effects of high dosing.
A new drug-laden gel allows for better levels of uptake in both the blood and the brain.
A new, open-source platform allows scientists to easily measure the carbon footprint of their computations.
Micropillar arrays using UV nanoimprint lithography essentially trick cells to become bone.
“Cool gadgets” takes on new meaning as scientists develop a radiative cooler that keeps wearable device temperature down, even under direct sunlight.