Friday, April 25, 2014

From COW to iPad to Google Glass

 
So far, my posts have been focused more on the software side of ICT in hospitals, such as EHR, CPOE, and CDS. This time, however, I will focus more on the hardware side of it.
When doing a more research about the concept of connected hospital explained in my previous post, I came across this video about Toronto General Hospital.
 
The video was produced in 2010 and shows how the best practices looked like at that time: installing a battery-powered PC into nurse’s medication carts (dubbed “MedCart”) to replace a traditional paper based instruction, and using a Wireless Devices on Wheels (WDoW) so physicians have a constant EHR and CPOE access. Of course, these efforts chiefly aimed to ensure portability and mobility of information access which increase not only the hospital operational efficiency, but also the quality of patient care.
 
But these hardware technologies became a little bit outdated two years later, when people saw Apple’s iPad (and arguably any tablet devices) as a genuine disruptive technology which will replace the MedCart, WDoW and other Computer on Wheel (COW) technologies. Why would a physician pushing a cart with a big computer on it when he / she can access the same information through an iPad? The iPad's battery life is also good for 10 hours, perfect for a hospital environment. As comparison, a typical COW has a battery life of 4 hours (although some of them are lasting for 12 hours). When the nurses or physicians need to change the battery in the middle of the shift, it is of course seen as counterproductive. A research shows that 62% of US physicians use a tablet device, in which iPad is the dominant platform, for professional purposes in 2012. To give you a better illustration on how iPad changes the hospital operation, Healthcare Australia (HCA) has the following video:
 
So these are the past and present of ICT in hospitals. How about the future?
Now, the hospitals and other application developers are visioning the implementation of wearable technologies, such as Google Glass, to support health care service. As of now, at least four startups are focused on Google Glass application for healthcare. So how will exactly Google Glass improve hospitals operations? Please, compare the previous videos with the one below.

As you can see, Google Glass is envisioned to be connected with EHR, enable remote collaborations between physicians and hospital staff, help monitoring the patients’ vital status anytime and anywhere, and facilitate tele-consultation with specialists. All these can be achieved instantly in a real time basis. Furthermore, unlike using iPad and other tablet devices, using a wearable technology like Google Glass means that the physicians and other health care providers do not need to get their hand off the patient while accessing important information. The efficiency in the hospital operation has never been better.
That's it for now!

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