Over the recent years, there has been an upsurge in the market for wearable electronic devices. Japanese based biomedical engineers have developed a flexible, biocompatible, adhesive gel patch.
The gel patch has the capacity to sense the internal and the external electrophysiological biological signals. The adhesive fixes a fine network of detectors to the surface even when it is not static, for ex: an internal organ or a joint. A thin sheet of plastic is printed with a range of sensors that are 4 mm apart. The detector obtains reading from this sensor and the accuracy of the readings depends upon the sensors. The outcome of all this is a flexible patch, which fits in the palm. It can accommodate up to 144 sensors.
AdvertisementThe adhesive gel patch - as it is called - is still in the preclinical testing stage promises a comfortable, long-term, classy biometric medical device. Also it can be used internally as well as externally.
Researchers have demonstrated that the device holds for further than three hours to the dynamic, wet surface of heart muscles. This enables dependable measurement of biological signals.
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