Biosensors analyze sweat to track your health

Windmiller and Jared Tangney jointly created a biosensor called Electrozyme. The tool's straps can be applied to your skin and read chemical information from your sweat, as well as show you how the body responds to strenuous exercise. The tool analyzes the chemical composition of sweat and gives insights into electrolyte balance. One of the co-founders, Windmiller, described the technology at this year's IoT Summit in San Francisco: "The company is already negotiating to incorporate it into the existing fitness tracker."
The purpose of this is to go beyond the physical indicators given by the general fitness tracker. Windmiller said: "Other wearable devices are measuring the same things, such as speed, heart rate, number of steps taken, etc., but this may be limited." Electrozyme's working principle is this: Biosensors will be Set up on a third-party fitness tracker, most likely on the back, so it can touch the wearer's skin. The embedded biosensor will detect the amount of sweat and electrolytes after the package has been exercised, as well as sodium, lactate, and protein in the dive. Currently, the technology is being integrated and plans to launch real devices by the end of next year.

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Stearic acid is widely used in the manufacture of PVC plastic pipes, plates, profiles and films. It is a PVC heat stabilizer with good lubricity and good light and heat stabilization. In plastic PVC pipes, stearic acid helps prevent "scorching" during processing. It is an effective heat stabilizer added in the processing of PVC film, and it can also prevent the finished film caused by exposure to sulfide. Discoloration.

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