A soft and flexible material exploits magnetoelasticity to efficiently power wearable and implantable medical devices
Read article: Magnetoelastic material sustainably powers health monitors using body movement
Electronic clothing incorporating carbon nanotube threads enable continuous recording of the heart’s electrical signals
Read article: Textile clinic: stretchable fabrics tailored with carbon nanotube electrodes monitor the heart
Fastball electroencephalography provides a new powerful way to assess memory response
Read article: EEG test could enable early diagnosis of Alzheimer’s disease
A novel spectroscopy system based on superconducting nanowire single-photon detectors can accurately estimate cerebral blood flow
Read article: Superconducting nanowire detectors accurately estimate blood flow in the brain
Implanted magnets that wirelessly track changes in muscle length could enhance manipulation of prosthetic limbs
Read article: Magnetic beads inside the body could improve control of bionic limbs
A simple blood test using a nanowire-based microchip can determine the risk of pregnancy complications
Read article: Non-invasive NanoVelcro device detects potentially fatal pregnancy disorder
From summer school idea to patented device – an intraperitoneal robotic device delivers insulin via smart ingestible capsules
Read article: Robotic insulin delivery via smart ingestible capsules
Low-cost material could be used for health monitoring
Read article: Self-powered wearable yarns can sense temperature and mechanical strain
Currently only 30% of drug particles settle in the lungs, study reveals
Read article: Fluid dynamics study could make medical inhalers more effective
Estimating the rate of energy delivered by a phototherapy lamp within a selected wavelength range could optimize neonatal phototherapy
Read article: Dose measurement system could improve phototherapy for jaundiced newborns
