MORE►
EnLiSense
[Sources: suksunt sansawast/Kolonko/arthobbit/istockphoto; DI Studio]
North Texas’ EnLiSense Develops Wearable Sensor That Uses Sweat to Track Sleep Hormones
by Maddie Preston | Feb 3, 2026
A UT Dallas study supports Allen-based EnLiSense’s approach to circadian health monitoring, via a wearable that directly measures biochemical markers tied to wakefulness and sleep.
by UT Dallas |
Jan 29, 2025
Combining cutting-edge research and real-world applications, the UT Dallas professor transforms public health with innovations in detection technology, including “a check engine light” for the human body. In collaboration with EnLiSense, the company she cofounded, Dr. Prasad combines chemistry with software and hardware to bring the technology to life as market-ready devices.
sponsored by The University of Texas at Dallas Institute for Innovation and Entrepreneurship
MORE►
by David Seeley |
Dec 3, 2024
The recent nationwide alert about E. coli-laced organic carrots is just the latest example that our food safety isn't guaranteed. Now a research team at UT Dallas is exploring a way that people can do a final check for contaminants—right in their own homes.
MORE►
by Lance Murray |
Apr 5, 2024
Allen-based EnLiSense—co-founded by a professor and department head of bioengineering at UT Dallas—said the wearable features its proprietary passive-sweat sensor technology, which "non-invasively" rests on your skin, day and night, continuously measuring biomarker levels.
MORE►
CannibiSenS, a handheld rapid saliva test for THC, was developed by researchers at UT Dallas. [Photo: UTD]
New Handheld Device Can Rapid Test THC Levels in Saliva With 94% Accuracy, UTD Bioengineers Say
by David Seeley | Sep 22, 2023
Called CannibiSenS, the device can distinguish between THC and CBD. Unlike over-the-counter tests that can detect THC but aren't able to determine its concentration, this device can measure THC levels with 94% accuracy, the UTD team says, reducing "false positive" tests. See who could potentially use the device—and why.
MORE►
