The Sunjay Times

Cell phones, mobile phones, hand phones, whatever they are called, wherever they are in the world–can change the world! We already see it help drive economic development in microfinance, and now, we’re making strides with healthcare technology, another field I’m interested in because I love seeing technology change lives. The convergence of sophisticated UX-centric mobile devices, Internet/Web 2.0, Software as a Service, cloud computing — not to be missed!

From the article:

Despite all the advances in medical diagnostics, two-thirds of the world’s population has no access to imaging technologies. Worse, about half of the imaging equipment sent to developing countries goes unused because local technicians aren’t trained to operate it or lack spare parts, according to the World Health Organization. But thanks to the proliferation of cellular and other wireless networks, researchers are stepping up efforts to deliver crucial medical services from afar. “You go through India, anywhere, in the middle of the road, there’s someone with a cell phone. A friend calls me from the jungles of Costa Rica,” says Rubinsky. “I can see so many applications in which the cell phone becomes an integral part of a medical device. A cell phone can cut the cost of almost every [diagnostic] device.”

We have the $10Mil fbFund for Facebook apps, $100Mil iFund for iPhone apps, $10Mil for Google Android apps, and the to be announced $150Mil Blackberry apps fund — will we see a fund to drive healthcare technology apps?

With the iPhone spurring more handset makers to introduce similarly robust devices, the U.S. market for medical cell-phone software is expanding rapidly. Sales of phone applications for medical professionals are expected to rise from $111.8 million last year to $276 million in 2011, according to consultancy Ambient Insight.

On the “heavier” tech side, we’re definitely making huge strides in having robots that can now operate on people.

Consider this: Suppose there are only 10 surgeons in the world that specialize in this really complicated brain disease, affected by not that many people, but the number of victims dying from it is significant enough (say, 5,000 deaths a year worldwide). There’s only so many surgeons to go around, and with that many victims around the world, even if these surgeons worked themselves to death to save the world, they can’t possibly help everybody with just two hands and only 24 hours in a day. Seriously, it takes almost a day to just travel halfway across the world, and that’s just a one-way.

The solution: remote surgery. In terms of supply and demand, the supply is scarce (the Ph.Ds in this very narrow field) and the demand far exceeds the supply, and the number of victims is probably going to grow at a rate faster than the rate Ph.Ds in this field can be minted. Technology here serves to increase supply, that is, not by letting universities churn out more doctors (although that would work too), but rather by increasing the “utilization rate” of the existing doctors by allowing them to perform their work anywhere at anytime, by saving on travel time and expense. Even if we had an infinite amount of money to spend on the fastest jets, nobody can buy more than 24 hours in a day. 10 hours on a jet spent traveling is 10 hours that could be spent operating on a patient.

“If you are looking at the future, it’s hard to envision a hospital not offering robotics,” said Robert Glenning, chief financial officer at the Hackensack University Medical Center in New Jersey

Technology, changing lives and making the world a better place–I love it!