MARC will explore robotic concepts including automation of lab processes such as blood testing, mobile robots that improve efficiency in hospital transportation services, and mobile robot assistants for senior citizens who receive care in their own homes. Isolating DNA At MARC, another exciting area of research with significant long-range impact is an automated system to significantly accelerate the process of isolating DNA molecules. This will greatly facilitate the discovery of DNA-based drugs for diagnostic, therapeutic, and disease prevention applications. At Virginia Tech's OSER Center, initial research projects will include laser surgery optics and diagnostic patches. With one of the few research fiber fabrication facilities in the country, Virginia Tech is uniquely qualified to explore fibers which could result in laser surgery systems that feature greatly enhanced precision at an affordable cost.
Nicotine patches are an example of how patch technology can deliver substances into the body.
But patch technology can also be used to get information from the body. OSER will explore how patch technology can be used to diagnose medical conditions or determine drug levels in the body. This approach would be far less invasive than current diagnostic procedures. In addition to creating opportunities to advance science and healthcare, the Institute will also contribute to economic development in southwest and central Virginia. Businesses will be started, jobs will be created, and growth opportunities for new and existing companies are anticipated.