Researchers at North Carolina State University (NC State; Raleigh) have developed what they say are the first functional oxide thin films that can be used efficiently in electronics, paving the way for new high-power devices and smart sensors. And because oxides are more inert than other materials used in electronic applications and therefore biocompatible, the new technology could also eventually find its way into medical device applications.

A new self-healing hydrogel material developed by bioengineers at the University of California, San Diego (UC San Diego) binds in seconds and forms a bond that is strong enough to withstand repeated stretching. In the medical device realm, the material could potentially be used in a range of applications, including medical sutures and as an adhesive to heal stomach perforations or for controlled drug delivery to ulcers.

Late last year, I reported that many experts would be willing to place bets on the efficacy of an artificial pancreas to treat diabetes...if only FDA would permit it.

Used to perform in vivo monitoring of orthopedic surgery sites, a sensor developed by Rensselaer researchers can be attached to a range of orthopedic implants.

An implantable sensor developed by researchers at Rensselaer Polytechnic Institute (Troy, NY) can transmit d

From materials and machines to syringes and software, MD&M West has it all. Compared with the shows that took place during the deepest, darkest days of the Great Recession, this year's medtech event to end all medtech events is taking place in the midst of greater, if guarded, optimism.