university of texas at dallas

In this illustration, ERX-41 (green stick figure) is bound to the lysosomal acid lipase A protein, a process that leads to cancer-cell death.
A new molecule kills a broad spectrum of hard-to-treat cancers including triple-negative breast cancer
Data from the wearable sweat sensor developed at UT Dallas can show changes in the levels of biomarkers. A recent study shows that the sensor can detect two key biomarkers to help diagnosticians determine whether a viral infection may be present.
Wearable sweat diagnostics: Real-time continuous monitoring is possible for things like COVID-19 and influenza
Opening the blood-brain barrier temporarily to deliver medication to the brain
A new screening technique is more than 300 times as effective at detecting a biomarker for diseases like cancer
The next generation of wearable technology includes micro LEDs that are bendable, can be cut and attached to surfaces
Fooling hackers into sharing keys for better cybersecurity
Sheath-run artificial muscles for intelligent structures
Why shrink transistors any further when you could do this?
Blocking pain where it starts
High-tech yarns generate electricity when they are stretched or twisted
New smart muscle textile can both support and monitor movement
Smallest. Transistor. Ever. 1 nanometer long.
Scientists Put a New Twist on Artificial Muscles
New, non-invasive method to wipe out cancerous tumors using chemistry and light
The Electronic Nose May be the Next Everyday Health Diagnosis Device