
Scientists at the Technical University of Madrid have
developed a cheap new method of manufacturing optical nanosensors that can
cling to curved surfaces.
The technique may allow for a widespread adoption of
skin-worn health monitoring devices for all-day tracking of parameters like
body temperature, heart rate, and physical activity.
Advertisement
These nanosensors enable us to measure refractive index variations of the surrounding medium and this can be used to detect chemical substances. Also, they display iridescent colors that can vary according to the viewing and illumination angle. This property facilitates the detection of position variations and surface topography to where they are stuck at a glance.
The creation method for flexible nanosensors consists,
firstly, on manufacturing sensors over a compact disc of traditional
polycarbonate. Secondly, transferring these sensors to adhesive Scotch tapes by
a simple stick-and-peel procedure. This way, the nanosensors go from the CD
surface to the adhesive tape (flexible substrate).
Source: Medindia
Source: Medindia
Advertisement
Advertisement
|
Advertisement
Recommended Reading
Latest Medical Gadgets

The magnetically controlled capsule endoscopy shows promising results in treating issues related to stomach.

Scientists have developed an affordable, user-friendly clip that utilizes a smartphone's camera and flash to measure blood pressure at the user's fingertip.

Recent progress in the development of wearable devices has presented alternative ways for sleep monitoring at home, which could be useful in sleep apnea detection.

Researchers develop non-invasive brain imaging techniques to help people with disabilities.

Heart rate notifications and the ECG app on Apple Watch give patients and their clinicians' important information about their heart health.