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Dr. Shalini Prasad
Corti health wearable from EnLiSense [Photo: Corti]
North Texas’ EnLiSense To Launch Corti Health Wearables for Stress and Sleep Hormone Monitoring
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.
by Lance Murray |
Feb 5, 2024
A UT Dallas team has developed a handheld sensor that can help first reponders detect whether fentanyl has been used. The sensor includes the use of "gold nanoparticles" and can detect fentanyl with "98% accuracy," the researchers say.
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by David Seeley |
Oct 16, 2023
We told you last month about CannibiSenS, the hand-held rapid saliva test developed by Prasad and her team at UT Dallas. The device can measure THC levels with 94% accuracy, the team says. According to the researchers, the “electrochemical sensor” is more sensitive than over-the-counter tests, which typically can detect THC but don’t determine its concentration.
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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.
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UTD researchers developed an electrochemical sensor to accurately test soil. [Courtesy photo]
‘Groundbreaking’ Soil Sensors From UT Dallas Bioengineers Could Help Combat Climate Change, Food Insecurity
by Lance Murray | Mar 9, 2023
"This is the equivalent of having a wearable health sensor on your body that tells you in real time what’s happening. Think of it as a wearable for the soil,” UT Dallas' Dr. Shalini Prasad said.
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by David Seeley |
May 5, 2022
A team of UT Dallas bioengineers in collaboration with Allen-based EnLiSense designed the device, which uses an electrochemical biosensor to detect two key biomarkers of infection. The sensor could be a "significant step" toward early detection of infections like COVID-19 and the flu.
"We have built a technology to unlock and explore the latest frontier in sweat diagnostics," said Dr. Shalini Prasad, who heads up the UTD team and is a co-founder of EnLiSense.
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by Alex Edwards |
Sep 28, 2020
The wristwatch-like device demonstrated by UT Dallas bioengineers monitors sweat for biomarkers that could signal flare-ups of inflammatory bowel disease.
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