Telemedicine--remote consultation with a doctor through technology--is the way of the future. Live in a rural area? Need to see a specialist? Just beam yourself to a doctor's office and get a scrip written without leaving your home. Problem is, a video call isn't always enough: the doctor needs to actually interact with the patient, and not many people have telemedicine infrastructure built into their homes. One thing millions of homes do have, though, is a Kinect, Microsoft's motion-sensitive Xbox 360 and PC accessory.
In a new study published in the International Journal of Electronic Finance, University of Arkansas at Little Rock professor Janet Bailey and Microsoft's Bradley Jensen spell out some of the financial pros of using the PC version of Kinect, which came out early last year. Whereas a professional telemedicine machine can cost thousands of dollars, a Kinect, PC, and the right Windows software could be enough for a consultation, or enough to augment the more expensive systems, with a pricetag in the hundreds. Unlike some other systems, a Kinect can also be used in areas with low bandwidth or inconsistent internet connections.
How, exactly, doctors will use the Kinect is an open question, but we've already seen some ideas. A University of Minnesota team has been using the Kinect to diagnose autism in children, and some hospitals have started using the accessory for imaging in surgery. Microsoft, for its part, has laid out some of the gadget's benefits: It's an intuitive device, meaning little to no training is involved; it offers speech and annotation options; and, most importantly, it actually adjusts to movements, putting a doctor in a room instead of turning him or her into a medical talking head.
140 years of Popular Science at your fingertips.
Each issue has been completely reimagined for your iPad. See our amazing new vision for magazines that goes far beyond the printed page
Stay up to date on the latest news of the future of science and technology from your iPhone or Android phone with full articles, images and offline viewing
Featuring every article from the magazine and website, plus links from around the Web. Also see our PopSci DIY feed
For our annual How It Works issue, we break down everything from the massive Falcon Heavy rocket to a tiny DNA sequencer that connects to a USB port. We also take a look at an ambitious plan for faster-than-light travel and dive into the billion-dollar science of dog food.
Plus the latest Legos, Cadillac's plug-in hybrid, a tractor built for the apocalypse, and more.

Online Content Director: Suzanne LaBarre | Email
Senior Editor: Paul Adams | Email
Associate Editor: Dan Nosowitz | Email
Assistant Editor: Colin Lecher | Email
Assistant Editor:Rose Pastore | Email
Contributing Writers:
Rebecca Boyle | Email
Kelsey D. Atherton | Email
Francie Diep | Email
Shaunacy Ferro | Email
Will this eliminate me waiting in the doctor’s waiting room an hour or more past the initial appointment? If, so, then yea, sounds good.
@ Sumer
I think that this will make it so that the internet traffic will increase because you will have thousands of patients and doctors all using the internet to face chat.
But still this could be a good thing.
I'm sure they'll come up with a 'virtual waiting room', Sumer.....lol
Hospitals already do video conferencing with products from companies like Cisco, Polycom and Lifesize Communications, but those commercial telepresence systems don't talk natively with systems that patients have at home, including a PC with Skype, a TV with Kinnect, or a smartphone or tablet with FaceTime. Each of these devices have distinct advantages for telehealth. Kinnect can see several people sitting on the sofa. A smartphone may be better since you can hold it and point it to where it hurts. In any event, solutions to these incompatibility problems are on the way. See "Extending Telepresence & Telemedicine to Patients’ Homes" (http://www.mhealthtalk.com/2011/08/vidyo/).
Wayne Caswell
Modern Health Talk
(www.mHealthTalk.com)