A wireless and battery-free oximeter can monitor tissue oxygen levels when implanted in the body, even in deep brain regions
Read article: Introducing a tiny, wireless, battery-free tissue oxygen sensor
A briefing at the House of Commons highlights the unique challenges digitalization in healthcare raises, and the solutions AI and machine learning technologies may bring
Read article: Can digital healthcare technologies resolve the challenges they bring?
With the help of a small non-electronic device, smartphones could replace glucose meters
Read article: Smartphone camera measures blood glucose concentration
A 3D printing technique for producing flexible sheets of piezoelectric materials could usher in a new era for medical devices
Read article: 3D printed piezoelectric materials line up for medical applications
Nanobots could help diagnose and treat cancer
Read article: Multipole magnetic tweezers measure organelle mechanical properties
Flexible device is faster and more robust than competing technologies
Read article: Ionic transistor can be used in medical bioelectronics
Electroencephalography can accurately study activity in the deep areas of the brain
Read article: EEG can look deep into the brain
An inexpensive portable fluorometer detects fluorescently-labelled breast cancer cells
Read article: Portable fluorometer detects breast cancer cells
Fourier ptychography using X-rays yields absorption and phase-contrast information as well as higher resolution images
Read article: Virtual lens enhances X-ray microscopy
A non-invasive sensing technique can monitor respiration and heartbeat in small conscious animals, including mammals, birds, tortoises and fish
Read article: Non-contact technique measures vital signs in conscious small animals
