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Physician Involvement Is Key To Health Tech Innovations

A noted anesthesiologist and respected professor is appealing to multi-million dollar IT and Health Technology companies developing innovations and gadgets to include physicians in the development and testing process to effectively bridge the gap between technology and its end-users.

In an open letter published at Venture Beat, Dr. M. Christine Stock from Northwestern University made this bold statement to tech companies: doctors’ insights and opinions are crucial to realizing “the potential of the digital revolution.”

Physicians working on health tech innovationsThe article was penned after years of frustration over doctors’ reluctance to embrace new technology because they were unfamiliar and not clearly explained, and the industry’s exclusion of those in the medical field. A meeting of the minds would not only make a bold impact on the future of healthcare technology, but also bring forth more advanced and cutting-edge discoveries.

“Leaving end-users (physicians) out of the product development process leads to unanticipated problems such as unintuitive and frustrating workflow, taxing documentation requirements and nonsensical and inaccurate cut-and-paste progress notes. Certainly, it takes time to learn any new tool, and new technologies do force workflow evolution. But once the adaptation period passes, our tools should improve documentation and workflow and enhance the assessment of practice patterns and quality measures,” the esteemed researcher said, adding: “Digital tools do little to help physicians embrace and apply the enormous amounts of new medical information coming out each day.”


Dr. Stock’s sentiments were echoed by Mayo Clinic CEO John Noseworthy in a recent event hosted by Chicago-based incubator, MATTER. He said that in order to become successful, medical device makers, health information technology firms, healthcare innovators and physicians must work hand in hand.

The problem may not stem from intentionally “excluding” doctors, but the high cost in involving them in research and development. Hiring expert medical practitioners as part of the research and development or testing team would cost companies a lot of money, and the doctors, for their part, would not spend hours away from their practice without being compensated for it.

“Leaving end-users (physicians) out of the product development process leads to unanticipated problems such as unintuitive and frustrating workflow[s]”

Fierce Health Care also interviewed Kaiser Permanente CEO and Chairman Bernard Tyson. He revealed that “clinicians who are reluctant to give up their personal relationships with patients are often skeptical of digital health solutions that could interfere with those interactions”. He added that “efforts to integrate digital solutions have been ‘extremely difficult’ because the system had to account for any workflow changes that might impact the physician-patient relationship”.

Gadgets and gizmos are improving the delivery of healthcare and improving the lives of millions of patients every day. Smart and wearable technology have paved the way for immediate and more effective monitoring of patients’ systems and vital signs – wherever they may be. Seniors and the elderly, for example, are transitioning to digital healthcare products with a lot more ease than expected.

Imagine how bold an impact this would make if these new developments enjoyed the full support and endorsement of the medical industry.

“The tech community must be willing to engage early and to listen. And we physicians must be willing to meet the developmental challenges and share,” Dr. Stock’s letter concluded.

Adidas Modernizes By 3D Printing Shoes

3D printing has ushered in creative possibilities for bold new ideas, and Adidas has seized the opportunity to utilize this innovative technology for the efficient mass-production of quality products.  Employing a new method known as Digital Light Synthesis, their 4D Frontrunners offer the latest look into the future of commercially viable uses of 3D printing, starting with 3D printing shoes.

The adaptability of 3D printing caters to a wide audience, and by pairing up with the innovative team at Carbon, the largest European sportswear manufacturer has outshone its competitors by redefining existing limits of production. Using their new method, objects are capable of being produced within 2 hours – at least 10 times faster than the speed of other 3D printers!


This faster manufacturing method is intended to improve the customizability of Adidas products, allowing soles to be effortlessly tweaked and adapted to suit the needs of specific individuals. Not only will their products be tailored to specific sports and markets, but within the coming years these bold innovators intend for customers to have a unique design personalized and manufactured for them within moments at any Adidas store.

Their bold plans position the company as leading innovators for the mass-production of merchandise, joining the ongoing movement to discover ingenious ways to improve society using 3D technology. With an intended 100,000 pairs to be produced by the end of 2018, Adidas are well on their way to forming a production method of 3D printing shoes that will change the face of high performance footwear.

United States Ranks 20th For Internet Speed

The United States internet speed ranking is on worrying 20th spot with an average of 15.3 Mbps, beaten by the likes of Japan, Latvia and Norway. Research shows that South Korea has the world’s fastest internet with speeds of 29 Mbps, more than double the United States.

According to Webpage FX, the global internet speed average is 5 Mbps, which means America is way above the benchmark. However, although coming 20th out of 196 countries in the world might not seem that bad, for a superpower like the United States it demonstrates a lack of innovation and technological supremacy.


Cnet states that millions of Americans are struggling with sluggish internet connections and more than six million households across the United States are stuck with speeds of 10 Mbps on average. A further 25 million people have speeds faster than 10 Mbps but slower than 25 Mbps, the national target for speed.

According to Pacific Standard, the issues are down to inadequate infrastructure and the need for improving services delivered. “America has two historic networks in place. The first is full of the copper wires that made up the original telephone network. Slowly, these began to be replaced by coaxial cable, a copper core with insulation around it, to provide better and quicker signal transmission. These two systems are how most of our Internet is still connected, and, in today’s age, they’re both ancient technology.”

US Broadband - United States Internet Speed Ranking Target

To help tackle these issues and bring the country in-line with other developed nations, the Obama administration began its National Broadband Plan in 2010. The plan involved a “deployment of more than 100,000 miles of Internet infrastructure, and has been a huge reason why speeds in the U.S. have recently tripled.” However, these plans are slow on the uptake, because the government can only do so much at one time.

The National Broadband Plan sets out to ensure 100 million Americans are connected to the internet with speeds of 100 Mbps by 2025. To date, it is estimated that just over 20 million are connected at this speed, and critics say the target is looking unrealistic.

The new measures implemented by the government have been a boost, but there is still so much more to come. Final infrastructure work is desperately needed to improve internet speed, this is known throughout telecommunications as “Last Mile,” and it’s where the greatest slowdown occurs.

According to Pacific Standards, AT&T, Comcast, Verizon, and Time Warner have a “natural monopoly” over internet services and although “the Telecommunications Act of 1996 attempted to incentivize competition to upset these established businesses, it didn’t consider the near impossibility of doing so.”

Fiber lines have been laid in some states, Comcast has lines in Tennessee and Nashville, and Google Fiber is entering the market offering reasonably priced high speed internet connections with speeds as high as 1,000 Mbps. So, the future is bright, it’s just making sure we can get there quickly and more efficiently.

The UK is currently ranked 23rd in the world, Australia 50th and China 111th, making America’s ranking not look so bad in comparison. It will take bold actions by those in power to bring the United States’ internet infrastructure in-line with the world’s top ten nations, and to ensure our digital future is also worthy of a superpower.

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