By Rajiv Mehta

Have I gotten to the end of the beginning in developing tools that help people take care of themselves?

With the recent release of Unfrazzle, an app for caregivers, I believe I have. Unfrazzle builds upon the learnings of Zume Life and Tonic, earlier apps I developed. There were key lessons from hundreds of users and family caregivers that influenced Unfrazzle’s product design, driving it in directions very different from and hopefully much more useful than what you might expect.

These key lessons, explored in more detail below, I group into three themes:

For those unfamiliar with Unfrazzle, here’s a brief description:It is an iPhone app (Android coming soon) that helps users remember and keep track of anything they do to take care of themselves and their family (parents, friends, children, pets), and to stay in-sync with other caregivers in their family. Unfrazzle is a Design-It-Yourself app — it essentially provides a platform, a framework that the user then shapes to meet his own ever-changing needs.

If that sounds clear as mud, try this: take your favorite pill reminder app, and imagine that you can change all the screens and forms to accommodate any health & wellness activity (not just pills but also other things such as exercises, moods, symptoms, observations, and chores). Then imagine that you can share any of your data with others also using the app, so that you can see each other’s entries. Imagine you can even allow others to make entries for you, then you’ve got the gist of Unfrazzle.

Care Regimens Constantly Vary

From the start,  beginning with Zume Life, our focus has been on making it easier for people to remember and track their health regimens. We began by targeting a simple, logistical problem — in our busy lives it is easy to forget little details.

Our idea was that adherence would be improved if we had a memory aid.

Our tool had to be somewhat flexible, because we took the approach that we could not possibly know everything a person might be doing for his health. For example, allowing a person to include their supplements in their list of medications, and not just their prescriptions.

Continue reading “Self-Care and Caregiving Apps Development”

By Shiv Gaglani

What if the next time you step into your doctor’s office for an examination, she reaches into her white coat pocket and pulls out an iPhone instead of a stethoscope? That’s the idea behind The Smartphone Physical, a re-imagination of the physical exam using only smartphones and a few devices that connect to them. These include a weight scale, blood pressure cuff, pulse oximeter, ophthalmoscope, otoscope, spirometer, ECG, stethoscope, and ultrasound. Want to know more? I’ve answered some questions here for THCB. And have a few myself.

By Ali Ansary

Mrs. X is a 46 year-old mother of two and wife to an Iraq war veteran. On this particular day she meets with her oncologist to follow up after treatment for skin cancer. Beyond her well-groomed hair, thick plastic framed glasses and coral-red manicured toes, she doesn’t have a clear agenda for her appointment and expectations have only been vaguely outlined. However, this will change.

Wired Magazine asked Mucca Design in 2010 to reimagine the blood test report and the result was an inspiring new way of communicating with patient. 2011 marked the launch of the Tricoder X-Prize worth $10 million supported by X-Prize Foundation and Qualcomm.  The goal is to bring to life the fictional Star Trek multifunctional handheld medical device that can scan, analyze and produce results with a goal to diagnose patients better than or equal to a panel of board certified physicians. And while 2012 launched a series of new medical innovations that leverage the power of the mobile device, 2013 will be a time to bring together these technologies into a web of interconnectedness.

In 2013, Mrs. X and her mobile device will have access to a digital medical record that gives access to prior appointment notes, recorded videos from remote mobile appointments with her team of physicians, and yesterday’s blood work results. New innovations in medicine will create a foundation for Mrs. X to have better access to care, translate her behavior into actionable data all being tied together to provide what is most important: validation.

Continue reading “Validating Mrs. X”

By David Duncan

Jennifer Stinson was a nurse at The Hospital for Sick Children (SickKids) in Toronto who enjoyed brainstorming new ideas for improving care, especially for the kids with cancer she treats. But even as she gained status by getting her PhD and becoming a clinician scientist, she came up against persistent bureaucratic and organizational barriers to innovation.

Stinson’s challenge is common at big organizations, but overcoming bureaucracy and breaking down silos is especially critical in healthcare. To tackle these obstacles at SickKids, CEO Mary Jo Haddad in 2010 elevated innovation to a “strategic direction,” and engaged Innosight to help devise a full system needed to spur innovation. The resulting system has three major components:

1. An Innovation blueprint detailing the types of innovations the organization wants to encourage. SickKids prioritized encouraging doctors, nurses and clinicians to look for unmet needs they could address, rather than wait for solutions from IT or top management. That required creating a focus group with 25 front-line healthcare workers to discover and catalog key “jobs to be done” (like reducing the length of hospital visits), surveying all 5,000 employees, and training most of them on how to integrate the innovation system into their daily practices.
2. An innovation pipeline to reliably take ideas from concept to reality. This involved establishing a new 18-member Central Innovation Group of leaders from different areas of the hospital, a team that was tasked with prioritizing and advancing ideas and projects through various stages. The team helped innovators test prototypes, make adjustments, and then scale to a wider population.
3. An innovation culture that features the right people, in the right roles, speaking a common language of innovation. A key enabler of this culture was the establishment of a $250,000 Innovation Fund to provide seed money for promising ideas. Now, instead of being stalled by permission hurdles that suppress initiative, promising new ideas could be funded, fast-tracked and prototyped.

Consider how the new system helped Stinson bring a transformative innovation to life. Every year at SickKids, thousands of children are battling various forms of cancer. It’s vital that they keep accurate diaries tracking their pain, but if it’s not done daily the data are virtually worthless. Typically these diaries must be filled out by hand, an annoying task that children with cancer aren’t motivated to do. The result is poor reporting and suboptimal pain management.

Continue reading “Driving Front Line Innovation In Health Care”

By Kyle Samani

A lot of people think Google Glass can be used as a development platform to create amazing healthcare apps. So do I.

Many of these ideas are relatively obvious, and many of them could be relatively simple to develop. But we won’t see most of them commercialize in the first year Glass is on the market. Maybe even 2 years. Why?

The most obvious analogy to Glass is the iPhone. It’s a revolutionary new technology platform with an incredible new user interface. Glass practically begs the iPhone analogy. Technologically, the analogy has the potential to hold true. But economically, it does not. Because of the economics of Glass, many of these great ideas won’t see the light of day anytime soon.

First, there’s the cost. Glass will run a cool $1500 when it lands in the US this holiday season. The most obvious analogy to Glass is the iPhone. It’s a revolutionary new technology platform with an incredible new user interface. Glass practically begs the iPhone analogy. Technologically, the analogy has the potential to hold true. But economically, it does not. Because of the economics of Glass, many of these great ideas won’t see the light of day anytime soon. There’s no opportunity for a subsidy because Glass doesn’t have native cellular capabilities.

Continue reading “The Economics of Google Glass in Healthcare”

By JOE FLOWER

The progeny of the iPhone and the iPad will change the shape of your institution — and your balance sheet.

One of the more striking images, to me, out of the online spew in the last few months was from the inauguration. It was a wide view of an inaugural ball. There was the president waltzing with the first lady, and a crowd of several hundred watching them. What was striking about that image was that the several hundred people held several hundred small glowing rectangles in their hands. Practically every member of the crowd was carrying a smartphone and was photographing or videotaping the moment.

The scene was commonplace in its moment, remarkable only in the perspective of history — but such a short history. We could not have imagined so many people carrying smartphones at Obama’s first inaugural only four years ago. Four years before that, we could not have imagined any. The iPhone had not been invented.

There had been attempts at smartphones before the iPhone, and devices like tablets before the iPad. But the rampant success of iOS devices did far more than establish two profitable niche. It changed our relationship with the world.

Continue reading “The Ghost of Steve Jobs and Your Bottom Line”

By ERNESTO RAMIREZ and GARY WOLF

In January we started asking ourselves, “How many people self-track?”  It was an interesting question that stemmed from our discussion with Susannah Fox about the recent Pew report on Tracking for Health. Here’s a quick recap of the discussion so far.

The astute Brian Dolan of MobiHealthNews suggested that the Pew data on self-tracking for health seems to show constant – not growing – participation. According to Pew, in 2012 only 11% of adults track their health using mobile apps, up from 9% in 2011.

All this in the context of a massive increase in smartphone use. Pew data shows smartphone ownership rising 20% just in the last year, and this shows no signs of slowing down. Those smartphones are not just super-connected tweeting machines. They pack a variety of powerful sensors and technologies that can be used for self-tracking apps. We notice a lot of people using these, but our sample is skewed toward techies and scientists.

What is really going on in the bigger world? How many people are actually tracking?

A few weeks ago ABI, a market research firm, released a report on Wearable Computing Devices. According to the report there will be an estimated 485 million wearable computing devices shipped by 2018. Josh Flood, the analyst behind this report indicated that they estimated that 61% of all devices in wearable market are fitness or activity trackers. “Sports and fitness will continue to be the largest in shipments,” he mentioned “but we’ll start to see growth in other areas such as watches, cameras, and glasses.”

One just needs to venture into their local electronics retailer to see that self-tracking devices are becoming more widespread.

So why are our observations out of synch with the Pew numbers?

Continue reading “The State of Self-Tracking”

By Leslie Kernisan, MD

Should I be prescribing apps, and if so, which ones?

I recently came across this video of Happtique’s CEO Ben Chodor describing his company to Health 2.0’s Matthew Holt. In it, the CEO explains that Happtique is creating a safe and organized space, to make it easy for doctors to prescribe apps and otherwise “engage with patients.”

Because, he says “we believe that the day is going to come that doctors, and care managers, are going to prescribe apps. It’s going to be part of going to the doctor. He’s going to prescribe you Lipitor, and he’s going to give you a cholesterol adherence app.”

He goes on to say that they have a special process to make sure apps are “safe” and says this could be like the good housekeeping seal of approval for apps.

Hmm. I have to admit that I really can’t imagine myself ever prescribing a “cholesterol adherence” app. (More on why below; also found myself wondering what it exactly meant for Happtique to say an app was safe. What would an unsafe cholesterol app look like?)

Continue reading “How Should Apps Be Prescribed?”

By Ryan Minarovich

I recently had the great fortune of attending Health 2.0 in San Francisco. The conference was abuzz with new medical technologies that are harnessing the power of innovation to solve healthcare problems including many new mobile medical application companies showcasing their potential. As I walked and talked around the exhibit floor, one thing caught my ear, or I should say one thing didn’t catch my ear. Among the chatter about these products, the concern about FDA regulation of this product segment, or even FDA regulation in general was noticeably absent. While many of the application developers are well aware of potential FDA involvement, most would be hard-pressed to outline the impact this would have on their companies and products.

Being labeled a medical device, which is the direction the FDA is leaning, could have a significant impact on business model organization, top-line revenue, and product deployment. For unprepared start-ups, FDA regulation could signal an end for their company. This is in stark contrast to well informed developers who are preparing themselves for the change and would most likely be able to leverage these regulations to their advantage.

Continue reading “A Coming Storm: FDA Regulation of Mobile Medical Applications”

By Kenny Lin, MD

Doctors of my generation have experienced dramatic changes in the way we access the information we need to care for patients.

As a medical student 15 years ago, my “peripheral brain” consisted of fat textbooks sitting on office bookshelves or smaller, spiral-bound references stuffed into the bulging pockets of my lab coat. As a doctor-in-training, I replaced those bulky references with programs loaded onto PDAs. Today, smartphone apps allow health professionals at all levels to access the most up-to-date medical resources such as drug references, disease-risk calculators, and clinical guidelines—anytime, anywhere.

Apps have several advantages over traditional medical texts. First, the information is always current, whereas many textbooks are already dated by the time they hit shelves. If I have a question, I can look up the answer on my smartphone without leaving my patient’s side. And unlike textbook chapters, many medical apps have interactive features that help doctors choose appropriate screening tests for patients, recognize when immunizations are due, or calculate a patient’s risk of developing heart problems.

Lastly, apps can enable remote monitoring of high-risk patients and reduce the need for office visits. In a small study published in PLoS ONE, for example, researchers found that patients hospitalized for heart vessel blockages were able to complete “supervised” rehabilitation exercise sessions in their homes with a portable heart monitor and GPS receiver that transmitted real-time data to doctors via smartphone.

Continue reading “Medical Apps: The Next Generation”