Placing an obstacle in a microfluidic chip forces droplets into an orderly line, suppressing breakups and increasing experimental efficiency
Read article: Particle flow becomes more efficient with an obstacle in the way
Fluidic antennas with unprecedented deformability deliver new capabilities for tissue-interfaced biomedical devices
Read article: Liquid metal antenna matches extreme curvature and deformation of moving organs
System uses disposable testing cartridge and reusable circuit board
Read article: New COVID-19 test works in a second using microfluidics and electronics
Inspired by the mantis shrimp visual system, researchers have built a camera that helps cancer surgeons see the unseen
Read article: Merging nature and engineering: mantis shrimp vision in the operating room
Self-powered system also kills bacteria
Read article: Triboelectricity can boost the efficiency and lifetime of filter masks
Skin‐interfaced device monitors blood pressure without the need for invasive arterial catheters
Read article: Wireless device eases blood-pressure monitoring for children in intensive care
Novel nanoparticle sensor promises to increase the lifetime of implantable biosensors by several months
Read article: Gold nanorods are ideal candidates for long-term biosensing
Researchers in China combine breath tests, mass spectrometry and a support vector machine to detect lung cancer
Read article: Using breath to detect lung cancer
An artificial intelligence velocimetry framework combined with a microfluidic chip quantifies blood flow characteristics to help understand vascular disease
Read article: AI-powered platform analyses blood vessel abnormalities
Wireless implant could non-invasively measure a transplanted organ’s oxygen level, enabling early detection of dysfunction
Read article: Tiny sensor monitors organ oxygenation deep inside the body
