Category Archives: quantified self

Google mucking around with contact lenses and health data

Interesting highly-speculative piece on Google’s visit to the FDA for a meet and greet.

The eye is a great place to stick a sensor given it’s continuity with the innards. It’s also a great place to view the innards. While we’re there, why not be powered by the innards at the same time?

http://www.bloomberg.com/news/2014-01-10/google-x-staff-meet-with-fda-pointing-toward-new-device.html

Google X Staff Meet With FDA Pointing Toward New Device

By Brian Womack and Anna Edney  Jan 10, 2014 4:01 PM ET

Google Inc. (GOOG) sent employees with ties to its secretive X research group to meet with U.S. regulators who oversee medical devices, raising the possibility of a new product that may involve biosensors from the unit that developed computerized glasses.

The meeting included at least four Google workers, some of whom have connections with Google X — and have done research on sensors, including contact lenses that help wearers monitor their biological data. Google staff met with those at the Food and Drug Administration who regulate eye devices and diagnostics for heart conditions, according to the agency’s public calendar.

As technology and medicine merge to give consumers more control over their health, innovators from mobile-health application developers to DNA analysis companies have struggled to meet the demands of federal oversight. The FDA ordered Google-backed 23andMe Inc. in November to halt sales of its personal gene test, saying it hadn’t gained agency approval.

Google, expanding beyond its core search-engine business, is investing in long-term projects at its X lab that may lead to new market opportunities, including the Glass devices, driverless cars and high-altitude air balloons to provide wireless Internet access. While some projects may not deliver significant profits and revenue, the company is committed to making bets on research and development, according to Chief Executive Officer Larry Page.

Photographer: David Paul Morris/Bloomberg

Google has introduced Glass devices, computerized eyewear that lets users check e-mail… Read More

“Our main job is to figure out how to obviously invest more to achieve greater outcomes for the world, for the company,” Page said during a call with analysts last July. “And I think those opportunities are clearly there.”

Google Glass

Already, Google has introduced Glass devices, computerized eyewear that lets users check e-mail or access their favorite music. The devices, now being used by testers and developers, aren’t yet widely available for consumers.

FDA’s public calendar also shows the Google representatives met with the head of the agency’s office that reviews device applications for marketing approval, and the FDA adviser who wrote the agency’s guidelines for mobile medical apps. The FDA classified Google’s visit to Silver Spring, Maryland, where the agency is based, as a meet and greet. Jennifer Rodriguez, a spokeswoman for the agency, confirmed the meeting and declined to provide further information.

One of the Google participants was Andrew Conrad, who joined X last year. Conrad is a former chief scientist at Laboratory Corporation of America Holdings and co-founder of its National Genetics Institute.

Photographer: Krisztian Bocsi/Bloomberg

A Google Inc. logo sits on a wall outside the entrance to the company’s offices in Berlin.

Among other attendees was Brian Otis and Zenghe “Zach” Liu. Courtney Hohne, a spokeswoman for Mountain View, California-based Google, didn’t return messages seeking comment on the company’s meeting with the FDA.

Engineering Work

Otis is on leave to Google from the University ofWashington in Seattle, where he is an associate professor in the electrical engineering department, according to the university’s website. Otis has worked on biosensors and holds a patent that involves a wireless powered contact lens with a biosensor.

One of Otis’ colleagues is Babak Parviz, who was involved in the Google Glass project and has talked about putting displays on contact lenses, including lenses that monitor wearer’s health.

“Noninvasive monitoring of the wearer’s biomarkers and health indicators could be a huge future market,” Parviz wrote in a 2009 paper titled “Augmented Reality in a Contact Lens.”

In 2012, the two were among the co-authors in a paper titled “Glucose Sensor for Wireless Contact-Lens Tear Glucose Monitoring” for the IEEE Journal of Solid-State Circuits.

‘Wearable’ Lenses

“Advances in technology scaling, sensor devices, and ultra low-power circuit design techniques have now made it possible to integrate complex wireless electronics onto the surface of a wearable contact lens,” according to the paper.

In a presentation, Parviz said a tear drop provides many different components to give sensors various types of information about how a body is operating.

“There is actually one interface on the surface of the body that can literally provide us with a window of what happens inside, and that’s the surface of the eye,” Parviz said in a video posted on YouTube. “It’s a very interesting chemical interface.”

Liu, formerly with the medical-device manufacturer Abbott Laboratories (ABT), also holds a patent that involves devices that use bodily fluids to read levels of human substances such as glucose or cholesterol.

To contact the reporters on this story: Brian Womack in San Francisco atbwomack1@bloomberg.net; Anna Edney in Washington at aedney@bloomberg.net

iPhone supported ambulatory PulseOx, Heart and BP monitoring

Some pretty cool kit launched at CES

iHealth Launches New Wristworn Pulse Oximeter, Ambulatory Heart and Blood Pressure Monitors at CES 2014

Posted By Gaurav Krishnamurthy On January 13, 2014 @ 1:30 pm

iHealth pulse oximeter iHealth Launches New Wristworn Pulse Oximeter, Ambulatory Heart and Blood Pressure Monitors at CES 2014iHealth (Mountain View,CA), a subsidiary of China-based Andon Health, launched a new wristworn pulse oximeter, an ambulatory heart monitor, and an ambulatory blood pressure monitor at CES 2014. The pulse oximeter continuously measures blood oxygen saturation (SpO2) and pulse rate at the finger tip, and is connected to a wrist strap that has an LED display showing the readings. The device also syncs via Bluetooth to the iHealth iOS app to display and track blood oxygen levels over time. Like other pulse oximeters, the device works by projecting two light beams, one red and the other infrared, onto the blood vessels in the finger. Oxygenated blood absorbs more infrared light and allows more red light to pass through, whereas deoxygenated blood absorbs more red light and allows more infrared light to pass through. A photodetector opposite the light emitters measures the ratio of red to infrared light received and from that calculates the amount of oxygen in the blood.

ihealth bmp iHealth Launches New Wristworn Pulse Oximeter, Ambulatory Heart and Blood Pressure Monitors at CES 2014The second device unveiled by iHealth is an ambulatory heart rhythm monitor that is attached to the user’s chest using an adhesive patch. The monitor syncs with an iOS device using Bluetooth connectivity and displays a complete ECG on the user’s phone.

The device is capable of notifying the user of any arrhythmia and will also be able to convey this information to a loved one or a caregiver. The device can save up to 72 hours of ECG data, and may one day serve as an option over Holter monitors for arrhythmia detection and characterization (see related story here[3]).

iHealth blood pressure monitor iHealth Launches New Wristworn Pulse Oximeter, Ambulatory Heart and Blood Pressure Monitors at CES 2014The third device launched by iHealth is an ambulatory blood pressure monitor that connects to a wearable blood pressure vest. The monitor is able to continuously track the wearer’s blood pressure without disturbing the user’s normal activity. It is able to connect to Android and iOS phones through Bluetooth 4.0 and can save up to 200 blood pressure readings. The blood pressure measurements can be registered in preset intervals, starting at every 15 minutes, or the user can have the device measure blood pressures at longer intervals of every 2 hours. The device is targeted at addressing the need for a continuous blood pressure monitoring device to better understand and track hypertension.

Both the iHealth ambulatory heart monitor and the ambulatory blood pressure monitor are not yet cleared by FDA.

Company page: iHealth… [4]

Press release: IHEALTH ANNOUNCES THREE NEW WEARABLE MOBILE PERSONAL HEALTH PRODUCTS AT CES 2014 [5]

Jawbone health report: what kept us up late…

This is the first wave of publicity generated from aggregating data from health  trackers.

At some stage we’re going to have their data incorporated into weather reports to see how well we slept, how much weight we put on and how inactive we were.

Cant wait for that…

Jawbone’s health report highlights key events where people stayed up late.

Serena Chu Serena Chu on December 19, 2013.
As a means to better understand people’s sleep patterns, the Data Science team at Jawbone compiled a list of major world events and correlated it to specific outlier findings. The study shows that people lost an average of 6 minutes of sleep on the night of the Oscars. And back when Barack Obama was re-inaugurated, 29 minutes were lost.While some events directly affected the amount of sleep, other events, like the George Zimmerman trial and Miley Cyrus twerking at the VMA’s, made no impact. Jawbone’s sleep cycle analysis lets us view our habits and anomalies from a birds-eye view perspective.

In order to come to these conclusions, Jawbone collected over 47 million nights of sleep log from thousands of UP wearers in 2013. So what is an UP device? It is a system that tracks and organizes your movement and sleep data into an holistic report. You can purchase one here.

Take a look at the researcher’s results, some of the findings might catch you by surprise.

DataArt_Year-in-review-FINALSource: Jawbone 

2014 CES stampede of the fitness trackers

 

http://www.medgadget.com/2014/01/ces-2014-watches-your-fitness-the-latest-in-consumer-health-and-activity-tracking.html

CES 2014 Watches Your Fitness: The Latest in Consumer Health and Activity Tracking

by BEN OUYANG on Jan 8, 2014 • 3:28 pm

We knew it was coming.  Wearable tech and health and fitness tracking has been picking up quickly, and CES was the venue for companies to push their way into the space this year.  Among the ultra-HD 4K TVs, tablets, laptops, and quirky electronics, were the smart watches that track daily activity, each with its own unique features. If you’ve become lost in the inundation of device unveilings, and are curious to see the smart watches and wristbands only,Medgadget‘s compiled a list of them to track down easily.  Read on!

basis CES 2014 Watches Your Fitness: The Latest in Consumer Health and Activity Tracking

Basis B1 Band (Carbon Steel Edition)

The new Basis B1 Band is revamped with a smooth metallic design.  It packs some of the most features in a smartwatch to date, including heart rate, movement, activity-adjusted calorie burn with proprietaryBody IQ technology (walking, jogging or biking), and even sweat output and skin temperature.

The corresponding iOS and Android app is also getting an upgrade to comprehensively track sleep and record time spent in REM, light sleep, deep sleep, as well as tossing/turning and any interruptions. The sleep mode is detected automatically with Body IQ, saving the user from pressing buttons to enter the mode manually, as with many other competing devices. Original B1 band owners will receive the sleep tracking software update. The B1 Band 2014 Carbon Steel Edition is priced at $199, and the original is dropped to $179.

Link: Basis…

Source: Engadget

 

wellograph watch CES 2014 Watches Your Fitness: The Latest in Consumer Health and Activity TrackingWellograph

The Wellograph is an e-paper smartwatch with a heart rate monitor, motion sensor and pedometer. It was created with visuals in mind and differentiates itself from other brands by displaying its measured data in graph form for quick interpretation. It’s set to run stand-alone, but has Bluetooth 4.0 connectivity for syncing to its app on iOS and Android.  It’s also equipped with a sapphire crystal front panel, for increased scratch resistance and strength. Such screens typically appear only on high-end watches, and the Wellograph is priced accordingly at approximately $300.

Link: Wellograph…

Source: Engadget

 

Garmin vívofit

Vivo CES 2014 Watches Your Fitness: The Latest in Consumer Health and Activity Tracking

Garmin’s vívofit is a sporty tracker similar to the FitBit that monitors activity levels and learns to set personalized goals for you.  It’s equipped with motion tracking, pedometer, and can be paired with a separate heart rate monitor. It touts a 1+ year battery life on a single charge, water resistance to 50m, and comes in five colors. Garmin’s elected to go its own route on connectivity, and the vívofit will have syncing to Garmin’s own fitness community, Garmin Connect.  There are no plans for iOS or Android connectivity at the moment.  It’s priced at $130, or $170 with the heart monitoring accessory.

Link: Vivofit…

Source: Engadget

 


Polar V800

Polar V800 CES 2014 Watches Your Fitness: The Latest in Consumer Health and Activity Tracking

Polar has added another fitness tracker to its long line of products.  The Polar V800 is first and foremost an activity monitor and GPS tracker to record speed, route, and location of a run. It comes with various coaching software to provide personalized feedback on things like recovery time, running improvement, training status, and a calorie counter, OwnCal, that Polar advertises as the most accurate calorie counter on the market. It’s waterproof to 30m and lasts between 14 hours of training to 30 days as just a watch on a single charge.  Its companion app, Polar Flow, is compatible with iOS and Android. The basic model costs $450, and for $500 the V800 comes with a built-in heart rate monitor.

Link: Polar V800…

Source: Engadget

 

Sony SmartBand + Core

lifetracker CES 2014 Watches Your Fitness: The Latest in Consumer Health and Activity Tracking

The Sony SmartBand + Core is a wearable wrist “life tracker” that counts steps and tracks activity (walking, cycling, driving, sleeping).  Its Android companion app, dubbed Lifelog, also tracks the photos taken, songs listened to, and games played on a smartphone, and it quantifies the amount of socializing you do with your friends.  The Life Bookmark button on the SmartBand instantly records “everything going on at that moment.”

At the heart of the SmartBand is the waterproof Sony Core, where the sensors and circuitry reside (the SmartBand is really just a case).  The small Core is detachable, allowing it to be worn elsewhere on the body, and also allowing for interchangeable SmartBand colors to fit the wearer’s mood and occasion.  The Core also has vibrational notifications for calls and texts to the user’s phone. The Core is expected to sell for 99 Euros, according to TheVerge, and a 3-pack of colourful SmartBand cases are priced around 15 Euros.

Link: SmartWear…

Sources: The Verge and Engadget

 

Razer Nabu

nabu CES 2014 Watches Your Fitness: The Latest in Consumer Health and Activity Tracking

Razer, a company known for its gaming devices, has unveiled the Nabu, a hybrid device worn for displaying iOS/Android smartphone notifications, activity tracking, and band-band communication. The activity tracking functions include a pedometer, motion tracking, altimeter, and basic sleep tracking.

The Nabu has two screens: at the top of the wrist is a small 32×32 pixel display that shows an icon describing the type of notification – email, call, text, etc.  At the palm side of the wrist is a 128×32 pixel display that shows the details of the notification, as a means of giving privacy to the wearer’s incoming messages.

The Nabu also has band-to-band communication, allowing two wearers to connect to each other with the band.  For example, a handshake between two people wearing them could exchange contact info, connect on LinkedIn, etc.  The final price is expected to be under $100, and developers can pick it up for $50 at the end of the first quarter of 2014, according to Engadget.

Link: Razer Nabu…

Source: Engadget

 

Pulsense band CES 2014 Watches Your Fitness: The Latest in Consumer Health and Activity Tracking

Epson Pulsense

Epson, maker of printers and imaging equipment, has also entered the wearable health arena with its Pulsense Watch and Band. These devices are equipped with technology for tracking heart rate, activity level, calorie burn and sleep patterns, as well as a golf swing analyzer (in development). The Watch is priced at $199, while the Band can be had for $129. More details can be foundhere in our earlier coverage.

Link: Pulsense…:

Source: Engadget
LG CES 2014 Watches Your Fitness: The Latest in Consumer Health and Activity TrackingLG Lifeband

The LG Lifeband activity tracker measures physical activity and calories burned.  It has an OLED touchscreen for intuitive control, call/text display and has a companion set of heart rate-monitoring earbuds.  More comprehensive info about the LG Lifeband can be found in our earlier coverage: Heart Rate Monitoring Earphones and Matching Activity Tracker Coming Soon from LG

Link: Lifeband Touch Activity Tracker and HRM Earphones…

 

reign CES 2014 Watches Your Fitness: The Latest in Consumer Health and Activity Tracking

Jaybird Reign

The Jaybird Reign band is a waterproof display-less fitness wristband that tracks activity by type (walking, jogging, ball sports, biking, and swimming).  It differentiates itself through its recommendation software.

It promises to learn and understand the wearer’s body and habits and to issue notifications when it detects that it’s time to work out.  It also recommends the personalized daily amount of sleep the wearer should get for optimal performance the next day.  It will have iOS and Android connectivity, and cost $199 at release.

Link: Reign…

Source: Engadget

Samsung receives FDA approval for fitness tracking app

captured mainly for the image – this is a heavy weight consumer electronics company making a big statement re. health – glucometers, blood pressure monitors, heart rate monitors… BOOM!

From: http://www.medgadget.com/2014/01/samsung-receives-fda-approval-for-the-s-health-fitness-tracking-app.html

samsung health app Samsung Receives FDA Approval for the S Health Fitness Tracking AppSamsung has received FDA 510(k) clearance for its fitness and calorie tracking app called S Health to be used as a cardiac signal transmitter, according to a report by Mobihealthnews. With this approval, the app can be synced with third party wireless blood glucometers, blood pressure monitors, and heart rate monitors. Samsung also sells a body scale and heart rate monitor that works seamlessly with the S Health app to register weight data and heart rate information for more accurate fitness tracking.

In order to use the S Health app, the user first enters relevant personal information such as age, sex, and weight, and then has the option to make use of the pedometer on phones such us Galaxy S4 and S5 to track the number of steps taken during the day. The app then uses this step data along with previously entered weight information to estimate the amount of calories burned. Users can enter “daily step goals” in the app to help motivate them to stay fit and active. The app also pulls room temperature and humidity information from the sensors in phones, such the Galaxy S4 and S5, to give the user a complete picture during their workouts.

Users can enter their calorie intake by selecting the type and portion of each meal and the app automatically determines the amount of calories consumed based on that data. Users can also tag each entry with a photo of the meal to help keep track of their entries.

With all the syncing capability, as well as calorie intake and fitness monitoring, users can not only have more accurate inputs for advanced calorie measurements, but can also see all their health information on the S Health dashboard and have access to pertinent cardiology metrics in the palm of their hands.

Product page: S Health…

MobihealthnewsSamsung gets FDA clearance for S Health app…

Baby cry analytics

Unearthing powerful meaning from something as tedious and mind-numbing as a baby’s cry… nifty!

 

Source: http://www.springwise.com/early-health-diagnoses-single-baby-cry/

Early health diagnoses from a single baby cry

Brown University scientists have developed a baby crying analysis system that can help diagnose illnesses from the acoustic quality of the cry alone.alttext

United States 19th December 2013 in Health & Wellbeing.
When a baby cries, it’s usually because they need something — whether that’s breast-feeding, changing, burping or simply attention. But according to researchers at Brown University, babies cries also contain extra information that indicates the state of their health. The scientists have now developed a baby crying analysis system that can help diagnose illnesses from the acoustic quality of the cry alone.A collaboration between the university and the Women & Infants Hospital in Rhode Island, the research showed that a range of different conditions manifest themselves acoustically in the cry of babies, although the difference is imperceptible to human ears. Its digital platform takes recordings of cries, splits them into small 12.5-millisecond clips before analyzing them for any of 80 flags that may indicate anything from neurological problems or developmental disorders. The flags in each clip are then averaged out over the duration of a single cry to determine which ones are most pertinent. Harvey Silverman, professor of engineering and director of Brown’s Laboratory for Engineering Man/Machine Systems: “It’s a comprehensive tool for getting as much important stuff out of a baby cry that we can.” The idea is that the system could detect early signs of disorders such as autism, which typically aren’t apparent until the child is older.

Although the researchers don’t currently have a plan in mind to bring the system to market, it’s easy to see how an app could be developed. Could other kinds of health information be gleaned from unusual sources such as this?

Website: www.brown.edu
Contact: kevin_stacey@brown.edu

Spotted by Murtaza Patel, written by Springwise

Dave Chase – How healthcare’s disruption will play out…

 

PDF Report: Volume_to_Value_Revolution

Healthcare’s Trillion-Dollar Disruption

As a healthtech startup, you can’t help but get excited when Bob Kocher (Venrock) or Esther Dyson speak about the opportunities in healthcare given their impressive track records. Both spoke during this past week’s StartUpHealth Summit.

One of Bob’s main points was that the opportunity in healthcare is so big that most startups are thinking too small and his firm is putting their money where his mouth is (e.g. Castlight). Esther has proven time and again to be very prescient — just go back and watch her old interviews on Charlie Rose over the years to see how accurately she predicts the future. She interrupted attending the JP Morgan presentations to visit with the StartUp Health Summit. Paraphrasing, she said companies like those in StartUp Health are the future. Rather than trying to steal share from the companies presenting at JP Morgan, startups should focus on creating the new market space, and the market will move to them…not the other way around.

Transformers vs. Preservatives

While the opportunities are massive, what’s the biggest obstacle to healthcare transformers? It’s the “preservatives” — the incumbent healthcare players. That is, the preservatives are trying to protect the status quo, rather than focusing on how to sincerely address the Triple Aim (improve outcomes, reduce cost, improve patient experience). In every healthcare organization I’ve talked with, whether they are a provider, pharma, or health plan, there are transformers internally who know what to do but are stymied by preservatives.

The same is true politically. There are those who call themselves “progressive” or “conservative.” Unfortunately, it seems that 80 percent of politicos are actually preservatives just doing the bidding of lobbyists trying to protect the status quo. The preservatives are costing thousands of lives and hundreds of billions of unnecessary wasted dollars. The real leaders in healthcare will see through them and get them out of the way of progress.

One of the transformative organizations pushing for change is Oliver Wyman. Oliver Wyman is a leading consultancy that has setup a Health Innovation Center that recently published a paper entitled The Volume-to-Value Revolution (PDF) with the input of an advisory board (PDF) of CEOs ranging from large public companies to emerging companies (disclosure: I’m on the Health Innovation Center Advisory Board). In that paper, authors Tom Main and Adrian Slywotzky make the case that new patient-centered population health models will cause more than $1 trillion of value to rotate from the old models to the new and create more than a dozen new $10 billion high-growth markets (see also Patients Are More Than A Vessel For Billing Codes). Each of these markets creates large opportunities for healthtech startups. Naturally, legacy vendors are optimized for the old models (see Why It’s Good News HealthIT is So Bad) while startups optimize for the new models.

Most industries compete on value. U.S. healthcare does not. But that is about to change.

Healthcare innovators are already redefining healthcare value, putting patients first and inventing with little regard for current constraints. They have ignited a powerful, self-funding upward spiral by focusing first on healthcare’s big opportunities, transforming the value equation, generating large savings, and fueling smart reinvestment in the next wave of innovation. [Introduction, “The Volume-to-Value Revolution”]

In addition, the necessity for change and the accompanying opportunities are causing many healthcare incumbents to establish venture arms. See Strategic Healthcare Investors’ Investment Thesis for more.

Industry Boundaries Rapidly Crumbling

Everyone is getting into each other’s and new businesses. Industry incumbents would be well advised to learn from the mistakes of incumbents in other disrupted sectors. As I observed earlier, providers are making newspaper industry mistakes.

The changes the industry faces will be neither smooth nor linear. A period of intense turbulence will produce more losers and winners than any industry transformation in recent memory. Cross-industry competition (healthcare versus retail versus technology versus others) will erase traditional boundaries and generate exciting new value propositions for patients, payers, and physicians.

For example, just this past week, Walgreen‘s has made it clear they’ll compete with healthcare providers and insurance companies. Competition, as newspapers learned, doesn’t come from obvious places.

Consumerization Of Healthcare

The consumer empowerment taken for granted from everything from buying cars to planning travel is finally arriving in healthcare nearly 15 years later than most industries.

Consumers, long passive, will have a new role. Employer incentives, retail access, and new technology options will encourage them to engage, demand information, and push for value. Baby boomers reaching the age of peak healthcare need will kindle the fire and Millennials focused on nutrition and fitness will keep it burning. The industry’s metamorphosis from a supply-driven market to a more dynamic one driven by demand will happen more quickly and erratically than we expect. Inevitably, mental models will lag behind market reality, and conventional organizations will fight a rearguard battle, hampered by collapsing margins and eroding market share.  [Introduction, “The Volume-to-Value Revolution”]

Walmart recently validated the domestic medical tourism I wrote about awhile back. Their Centers of Excellence program encourages their insured employees to go to the top facilities in the country for free (including travel expenses). The employees have to pay if they choose to go with organizations that haven’t demonstrated a willingness to have a fixed price while producing some of the best outcomes in the world. Love them or hate them, Walmart has a huge ripple effect. Overnight, every facility in America that does cardiac, spinal, or transplant procedures is now competing with Mayo, Cleveland Clinic and other top providers. Sticking to old models and tools endangers the traditional healthcare player.

By 2014, as many as 85 million consumers with $600 billion in purchasing power may be shopping for their own healthcare on public and private exchanges. Many will be making their own decisions about coverage for the first time. Consumers will shop not just for insurance, but also for their preferred population-health manager and standalone services, such as basic procedures and retail clinics. [pg. 18, “The Volume-to-Value Revolution”]

New Models Jeopardize Hospitals

Many are predicting half of hospitals will close by 2020. In Denmark, nearly 70 percent of hospitals closed as they made the shift from a reactive, sick-care model to proactive care model. More clinicians than ever will be needed. They’ll simply have a mainframe-to-smartphone like shift as outlined inhealthcare’s age of agility. Unfortunately, the average hospital is one of the most dangerous places with over 100,000 hospital-acquired infections causing death every year. Hospitals are almost always the most expensive place to deliver care so smart health systems are developing new models with a fresh start — what I call the Xboxification of Healthcare.

One of the reasons providers are choosing cloud-based systems over on-premise software is the resource-intensive deployments required with legacy systems. We’ve seen a small clinic get their cloud-based system fully setup and ready to use in 30 minutes without any onsite people. In contrast,  in that same amount of time, one might be able to order the server that gets shipped to that clinic. They will then require onsite installers, trainers, etc. and have a dramatically higher cost base to run that system.

For entirely rational reasons, those older systems were optimized for internal workflows and maximizing billing since that is what has been rewarded historically. To think that those traditional systems will then work perfectly well in the ascending “No Outcome, No Income” era borders on delusional. The reality is hitting right away. A recent article in a HIMSS publication quoted a leading thinker in healthIT, Shahid Shah, outlining 9 major gaps in existing EHRs. He listed “sophisticated patient relationship management (PRM)” as the first major gap. It’s my opinion that as integral as EHRs have been to fee-for-service, PRM will be to fee-for-value. The old model relegated patient portal functionality to be little more than a marketing checkbox. In the new model, PRM functionality becomes a linchpin. In other words, patient portals have been like pre-Google web search (low value afterthoughts on web portals). As Google demonstrated, with the right circumstances, there was huge value ignored by the established players. Likewise, if PRM is viewed as an afterthought, that will increase the risk to providers during this transformative period. Being flat-footed in a time of great change is extremely risky.

The New York Times reported this past week that the public hospitals are already changing the way they compensate their doctors. The first performance measure they listed was how well patients say their doctors communicate with them. These doctors are used to easy communication in the rest of their life with email, text, Facebook, etc.  Suddenly, the hospital IT departments are going to start hearing from doctors asking why they can’t have tools that are as easy to communicate with their patients in the other areas of their life. It’s a rare occurrence to hear a doctor say how user-friendly and patient-focused their EHR is. Of course, it’s about more than just technology. The technology simply enables new models. Despite many doctors’ fears, often the changes are for the better as was mentioned by Dr. Bob Margolis, founder and CEO of HealthCare Partners, and one of the physician leaders who has demonstrated extraordinary outcomes:

You get to the tipping point, where the physicians go, ‘Wow, life is a whole lot better.’ You know, I only have to see 20 patients a day and I go home at night and I feel like I really helped them’—as opposed to, ‘I saw 45 patients, worked until 10 o’clock because I had to then do all my paperwork, I’m tired and I can barely pay the bills because Medicare and the commercial insurers are cutting back on my reimbursement.’

Oliver Wyman’s report projects that patient-centered care and the shift to value will eliminate $500 billion in low-value-add activities. One has to be in major denial as a healthcare leader to think that we aren’t entering a deflationary era in healthcare. Just watch Bill Gates’ TED Talk on state budgets if you have any doubts. This is exactly the reason the state of New York has moved aggressively to change care and payment models. While doing that, they recognized new models require new technology and didn’t expect they’d get it from legacy providers. This is why the New York Digital Health Accelerator was established. The good news for proactive health systems is that one can thrive in a deflationary period if they shed old assumptions.

A leader at Virginia Mason in Seattle shared how Starbuck’s pushback on costs caused them to look at their entire care proces:

 “90 percent of what the hospital was doing was of no value.” As it turns out, the best way to treat most back pain is with physical therapy. That insight led to new processes, including same-day visits (as opposed to 31-day waits), reduced use of imaging tests and prescription drugs, and the addition of psychological support. Within three months, 94 percent of Starbucks employees with back-pain complaints were back at work within a day.

Even today, many EMR vendors will justify the price tags that reach into the hundreds of millions of dollars on the basis of increased billings. That game is nearly over and those hospitals will be saddled with systems optimized for the old models. This past week there were articles in the New York Times and Washington Post stating that EHRs have “failed”. I’d dispute that. EHRs have done exactly as they were designed — maximize billings. That’s how they are pitched so it should be no surprise that costs haven’t been lowered.

It has been said that “when the rate of change outside exceeds the rate of change inside, the end is in sight.”

Three Waves Of Disruption

Below, I have excerpted and paraphrased some more of Oliver Wyman’s insights from the Volume-to-Value paper illustrating how each of the three anticipated waves of disruption will shift hundreds of billions of revenue from one set of players to another:

Wave 1: Patient-Centered Care (2010-2016). “If we simply mainstreamed today’s best-in-class models of patient-centered, population-health management, the U.S. health system would eliminate nearly $350 billion of low-value-add activity and shift another $600 billion from provider-centered care models to patient-centered care models.” […] ”Five percent of Americans account for 45 percent of healthcare spending—$1.2 trillion. These 15 million unhealthy Americans at the top of the healthcare pyramid are at the heart of the near-term healthcare affordability crisis and the unfortunate victims of our fragmented, illness- focused healthcare system.” [pages 5 and 7, “The Volume-to-Value Revolution”]

 

Cost & population pyramid

Wave 2: Consumer Engagement (2014-2020). In Wave 2, another $150 billion in low-value-add activities is squeezed out, while $400 billion of additional value will rotate to the new retail value chain.

Oliver Wyman transition


Wave 3: The Science Of Prevention (2018-2025). Wave 2 will help Wave 1’s great population managers become even more effective and will devastate provider-centric players who have lagged the market. Wave 3 will make the most highly evolved and adaptive population health managers more powerful and will significantly constrict the Wave 1 players who don’t continue to accelerate innovation.

Big Opportunities Require Big Brains

I once heard someone say, “There’s a lot of big brains working on small problems.” They were commenting on the brainpower working on the 8,000th social media app versus where they should be applying their brains. That is, there are three areas that demand as many big brains as possible — healthcare, education, and energy. As a skier, I often say that healthtech startups are the double black diamond in whiteout conditions of startups: super challenging and exhilarating but not for the faint of heart.

I believe the trick is to understand the idiosyncrasies of healthcare without being shackled by them. If you want to make a difference, there’s no better place than healthcare. Healthcare needs all the engineering talent possible that is often wasted on low-impact areas of the tech industry.

Follow @chasedave on Twitter or request the Care Beyond the Clinic newsletter for ongoing updates on healthcare innovation and disruption.

Wired 2013 Top Scientific Discoveries

  • Epigenetic memories
  • Implantable devices
  • Bio-engineering

More here: http://www.wired.com/wiredscience/2013/12/top-scientific-discoveries-2013/?viewall=true

 

Fears of the fathers

It’s not uncommon for a scientific study to raise more questions than it answers. A fascinating example of this is a study published earlier this month that found that mice can pass a fearful memory down to their offspring — and even the next generation after that. Mice in these later generations froze in fear when they caught a whiff of a certain smell that their fathers (or grandfathers) had learned to associate with an electric shock. Additional experiments showed the same effect when Mom was the one with the scary experience.

The researchers made sure the younger mice had never experienced the smell themselves until it was time to test them, and even mice born through in vitro fertilization who never met their fathers had the fearful memory, seemingly ruling out the possibility that they somehow picked it up from Dad.

The study has spurred an animated debate about how this could happen. The brains of fearful progeny contained more neurons with receptors for the scary smell, the scientists found. They suggest that epigenetic changes — that is, chemical changes to DNA that alter the way genes work — could account for the persistence of memory through the generations. But how such changes could transfer from the brain, where the memory forms, to the sperm and eggs that create the next generation, remains — at least for now — a haunting mystery.

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    Making organs from stem cells

    This year scientists announced several big steps towards engineering functioning organs from stem cells. The colorful blob above is a mini brain created from stem cells derived from reprogrammed human skin cells. By providing just the right chemical environment, European scientists coaxed the stem cells to become neurons and arrange themselves into different structures that crudely resemble the anatomy of a developing fetal brain. The researchers are using these methods to study what goes wrong in developmental brain disorders like microcephaly, using stem cells from individual patients.

    Meanwhile, researchers in Japan developed functional human liver tissue from reprogrammed skin cells and several teams reported progress on developing kidney tissue. The road to creating transplantable tissues from stem cells is still long, but these are encouraging steps.

    Image: Madeline A. Lancaster

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    Implantable electronics

    Forget wearable electronics — 2013 was a banner year for electronics designed to work from inside the body. Scientists developed biodegradable circuits that could one day destroy microbes with heat to help heal a wound and dissolve after they’ve done their jobs. They invented flexible electronic tattoosthat could be loaded with enough sensors to make your FitBit seem like a clunky piece of junk. And now we have tiny LED probes and a stretchy foil made of gold nanoparticles that can measure and manipulate the brain. Your cyborg future just got a little closer.

Cool, automatic, calorie tracking standing desk

http://www.medgadget.com/2013/12/stir-kinetic-desk-tracks-calories-burned-and-helps-you-stay-fit-at-work.html

Stir Kinetic Desk Tracks Calories Burned and Helps You Stay Fit at Work

by GAURAV KRISHNAMURTHY on Dec 19, 2013 • 2:03 pm

smart desk Stir Kinetic Desk Tracks Calories Burned and Helps You Stay Fit at WorkThe latest fitness trend in offices around the country is employees giving up their chairs in order to stand while working. Now Stir, a Pasadena, CA company, is helping this fitness cause with their smart desk called Stir Kinetic that adapts to the user’s position and also helps track the additional calories burned due to standing.

tabld eside Stir Kinetic Desk Tracks Calories Burned and Helps You Stay Fit at Work

In order to start using the Stir Kinetic desk, the user has to first enter his or her standing and sitting heights, as well as the amount of time he or she would like to stand per day while working, using the touch screen console on the desk surface. The hardwood desk then uses motors to move its position from seated height to standing height by a mere double tap on the console. The smart desk tracks the amount of standing time per day in order to provide the user a count of the calories burned and has a Whisperbreath feature that automatically changes the desk’s height by one inch up or down, forcing the user to change positions, thereby incorporating some physical activity into office jobs.

The algorithm running the Stir Desk works to create changes in desk height at appropriate times and tracks the user’s work patterns to teach itself the best times to coax the user to change positions. The smart desk has been equipped with Bluetooth and WiFi connectivity to be able to transmit data to a smartphone in the future and Stir aims to roll out wellness and fitness smartphone apps that work with the smart desk.

The desk is currently available for purchase for a premium price of $3890, and comes in two top surface color options of either white lacquer or espresso-stained.