Find uplifting stories about heroes, innovations, and solutions
12 results for "microfluidics"
A tiny microfluidic chip recovered hundreds of viable eggs from fluid fertility clinics had already discarded, including one that led to a live birth. The breakthrough could help thousands of couples struggling with infertility find hope in eggs they never knew they had.
Researchers at the University of Nebraska have developed a hydrogel material that mimics biological muscle, complete with microfluidic vessels that act like blood capillaries. This breakthrough could transform soft robotics and create gentler prosthetics for humans.
Australian researchers built a tiny motor that spins using liquid metal flows instead of rigid parts, reaching 320 revolutions per minute. The breakthrough could revolutionize soft robotics and medical devices that need to bend, stretch, and move through tight spaces.
Researchers at Concordia University created a breakthrough 3D printing method that uses ultrasound instead of heat or light to build tiny medical devices. The technique prints structures 10 times smaller than previous methods, opening doors for faster medical diagnostics and wearable health tech.
Doctors are racing to stay ahead of deadly superbugs that resist all known antibiotics, but breakthrough tools could change everything. New rapid tests, virus therapies, and gene-editing treatments offer real hope in a fight that claims nearly 5 million lives globally each year.
A new AI-powered system is finding sperm in men previously told they had none, giving couples struggling with infertility a real chance at parenthood. The technology has already helped bring hundreds of hopeful parents off waiting lists.
Bryan Bryson is tackling tuberculosis, history's deadliest pathogen, by studying how immune cells fight back. His research could unlock the first effective TB vaccine for adults in a century. #
Scientists in Taiwan just cracked a major clean energy puzzle by creating a device that produces hydrogen fuel while capturing waste heat, achieving record efficiency. This compact technology could bring clean energy and water purification to communities that need it most.
Researchers discovered how to steer the flow of energy in turbulent water, overturning a theory that stood since 1941. The breakthrough could help clean up coastlines, improve medical devices, and make climate predictions more accurate.
Scientists at the University of Twente and Radboudumc are building a working human retina on a microchip, eliminating the need for animal testing while speeding up treatment for rare eye diseases. They've already successfully combined the first two retinal layers, something never achieved before.
Scientists at Harvard have created a new DNA origami vaccine that works as well as mRNA shots but doesn't need freezers and is simpler to manufacture. The breakthrough could make life-saving vaccines accessible to millions more people worldwide.
A Ghanaian scientist at Imperial College London is using microchip technology smaller than your phone to speed up medicine development for diseases like malaria and diabetes. The breakthrough could cut years off traditional drug testing while reducing costs and animal testing.