Warren Grill was given a challenge in 2002. His soon-to-be business partner, Geoff Thrope, asked the Duke University Addy Professor of Biomedical Engineering: “You know, Warren, you’re doing a great job of being an academic biomedical engineer and publishing papers that end up in journals on a shelf. But is that sufficient?”
Since then, Grill (ENG’89) has risen to the challenge, translating fundamental research to several technologies with significant clinical impact. He and Thrope cofounded medical device start-up NDI Medical, LLC, a technology incubator that partners with academic researchers and supports in-house scientists and engineers in developing high-growth companies focused on innovative neurostimulation technologies. In recognition of his many innovations, Grill was named Neurotech Business ReportNeurotechnology Researcher of the Year in 2003, and in 2007 received the College of Engineering Distinguished Alumni Award for Service to the Profession.
This is a preview of “Neural Prosthetics-Pacemaker for” says Brain Warren Grill. Read the full post (701 words, 1 image, estimated 2:48 mins reading time)
Researchers pace embryonic heart with laser
Love, exercise and, new research shows, an infrared laser can make a heart beat faster.
Scientists at Case Western Reserve University and Vanderbilt University found that pulsed light can pace contractions in an avian embryonic heart, with no apparent damage to the tissue. The work, “Optical pacing of the embryonic heart,” will be published in the advanced online issue of Nature Photonics on Aug. 15, 2010.
According to the scientists, this non-invasive device may prove an effective tool in understanding how environmental factors that alter an embryo’s heart rate lead to congenital defects. It may also lead to investigations of cardiac electrophysiology at the cellular, tissue and organ levels, and possibly the development of a new generation of pacemakers.
This is a preview of NOW LASERS CAN CONTROL HEART BEAT NON-INVASIVELY…..A NEW BREAKTHROUGH. Read the full post (536 words, estimated 2:09 mins reading time)