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 ...Friday, 2 January 2015
Gel Patch For Monitoring EP Signals
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 ...
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