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The finding gives a boost to the field of metabolomics, the next big thing in fighting cancer. It can complement immunotherapies, which use the body’s natural defenses to kill cancer cells. Read More

Developed by ²¤ÂÜÊÓƵ mechanical engineers, the device is believed to be the first ankle exoskeleton that could be worn under clothes without restricting motion. It does not require additional components such as batteries or actuators carried on the back or waist.

The How to Make (Almost) Anything class instructor said the actual project isn't as important as working together to address real-life concerns. Read More

The video game isn’t about talking robots or colorful books. It’s about getting seniors in the early stages of dementia out of their rooms, moving their bodies and, most importantly, working together. Read More

A big-data analysis of patient records at ²¤ÂÜÊÓƵ University has found a link specifically between Celebrex and heart valve calcification. Read More

The brain endothelial barrier had previously been generated from induced pluripotent stem cells in a two-dimensional culture but not validated in three-dimensional, vein-like structures that are necessary to feed the organoids. Read More

Scientists at ²¤ÂÜÊÓƵ's Institute for Software Integrated Systems have developed an award-winning AI to to help triage limited radio frequency demands in real time.

A team of ²¤ÂÜÊÓƵ University bioengineers announced a major breakthrough: designing a nanoscale particle that flips on cells' defenses to fight cancer. Read More

Working with an orthopedic specialist who advises the NFL Players Association, Assistant Professor of Mechanical Engineering Karl Zelik discovered that sensors only measuring the impact of the foot hitting pavement tell users little about the forces on bones that lead to stress fractures. Read More

A team led by biomolecular engineer John Wilson and cancer biologist Rebecca Cook have found a way to trigger an immune response that targets breast cancer cells.

Sankaran Mahadevan is leading a team of ²¤ÂÜÊÓƵ engineers in an ambitious NASA effort to revolutionize air traffic control.

If you use an Android device with the Chrome browser running, the tech giant knows whether you are traveling by foot or car, where you shop, how often you use your Starbucks app and when you’ve made a doctor’s appointment, according to research by Doug Schmidt.

²¤ÂÜÊÓƵ's Abhishek Dubey and Yuche Chen are helping to build new tools to revolutionize the energy efficiency of transit providers in Chattanooga.

²¤ÂÜÊÓƵ computer scientist Doug Schmidt has found that Google collects data around the clock from the phones of Android users in particular – their location, shopping habits, music, searches and more. Read More

Running computers on virtually invisible beams of light would make them faster, lighter and more energy efficient. A ²¤ÂÜÊÓƵ team found the answer in a familiar formula. Read More

Kelsey Hatzell studied the performance of a promising electrolyte for solid-state lithium batteries under real-world conditions.

²¤ÂÜÊÓƵ engineers have successfully developed and validated the feasibility of blockchain-based technologies for secure, confidential sharing of patient medical records in a case study that demonstrates how blockchain could solve a huge healthcare challenge.

Justus Ndukaife, who won the 2017 Chorafas Foundation Prize in Physics for his nanotweezers work, also recently was selected for the Carnegie African Diaspora Fellowship Program. Read More

The device is from the lab of Professor Michael Goldfarb, perhaps best known for working on a bionic leg with shark attack victim Craig Hutto and later developing the Indego exoskeleton. Read More

Nabil Simaan’s Advanced Robotics and Mechanism Applications Laboratory at ²¤ÂÜÊÓƵ leads the way in advancing several robotics technologies for medical use, including miniature robots for single small-incision, cochlear implant and minimally invasive throat surgeries.