This biosensor tattoo is a technology designed to help athletes and soldiers from over-exerting themselves. The sticky sensor is adhered to the skin during a workout and monitors stamina throughout to determine the point at which a person can't physically work out any more.
This technology is able to detect the point at which an athlete will "hit the wall" by measuring the levels of lactate produced in sweat. At a specific threshold, a certain level of lactate production indicates that the body is near fatigue and can't push any harder.
Currently, lactate-measuring methods are long processes that require drawing blood samples. This non-invasive technology will be useful for informing athletes of their thresholds instantaneously to help to maintain a healthy workout regime without completely exhausting themselves in the process.
Fatigue-Sensing Tattoos
This Biosensor is a Temporary Tattoo That Alerts Athletes of Over-Exertion
Trend Themes
1. Non-invasive Biosensors - This trend highlights the opportunity for developing biosensors that can monitor various bodily functions without invasive procedures.
2. Real-time Performance Monitoring - This trend showcases the potential for wearable technologies that can provide athletes and soldiers with real-time data about their physical performance to prevent over-exertion.
3. Instantaneous Health Feedback - This trend identifies the need for technologies that can provide individuals with immediate feedback on their health-related thresholds to optimize their physical activity and prevent exhaustion.
Industry Implications
1. Sports Technology - This industry can explore the development of innovative biosensor devices and wearable technologies tailored for athletes to enhance their performance and prevent injuries.
2. Fitness Trackers - This industry can incorporate lactate-measuring capabilities into their wearable devices to provide users with real-time feedback on their physical exertion levels and prevent fatigue.
3. Healthcare and Wellness - This industry can leverage non-invasive biosensors to provide individuals with personalized health monitoring solutions, helping them optimize their fitness routines and prevent over-exertion.