The EPItect is an exceptionally innovative, effective and useful wearable sensor, developed by a group of scientists and engineers working out of the University Hospital Bonn in Germany, that is capable of detecting, spotting and measuring signs of impending epileptic seizures.
Worn like a hearing aid, this wearable sensor detects signs of seizures before then conveying the information via a connected device to a computer that can then send a warning to patients, relatives and doctors.
Epileptic seizures regularly result in serious accidents and can even cause death via cardiac arrest, with detection being difficult because of the variety and unpredictability of symptoms. This is where the EPItect wearable sensor comes in. By carefully monitoring for tell-tale signs, this wearable sensor can not only warn patients of impending seizures but also help researchers establish patterns of seizure events in patients.
Seizure-Sensing Earpieces
This Wearable Sensor Can Detect and Measure Signs of Impending Seizures
Trend Themes
1. Seizure-sensing Technology - The development of wearable sensors like the EPItect opens up opportunities for the advancement of seizure detection and prevention technology.
2. Predictive Healthcare - The ability to detect and measure signs of impending epileptic seizures through wearable sensors can revolutionize healthcare by allowing for early intervention and personalized treatment.
3. Wearable Medical Devices - The EPItect showcases the potential for wearable technology in monitoring and managing medical conditions such as epilepsy.
Industry Implications
1. Healthcare - The healthcare industry can benefit from the EPItect as it enables earlier, more accurate detection and management of epileptic seizures, improving patient outcomes.
2. Wearable Technology - The development of seizure-sensing earpieces demonstrates the potential for wearable technology to play a vital role in healthcare and medical monitoring.
3. Research and Development - The EPItect provides researchers with a tool to gather detailed data on seizure events, facilitating advancements in epilepsy research and treatment.