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Tag: EHR

A Technology in Search of a Market

PHRs are much like the tides, news about them ebbs and flows. Right now, with the relatively recent demise of Google HealthDossia’s attempts at rebirth, and the significant inquiries we are receiving regarding meaningful use requirements to host a PHR (patient portal). But in and amongst all this Chilmark has heard on more than one occasion the following statement: “The problem with PHRs is that they are a technology in search of a market.”

This statement is simply wrong for the following reasons:

1) As we have said countless times before in previous posts, very few people are interested in a digital filing cabinet for their health records. Unfortunately, many PHRs in the market today are just that, digital filing cabinets. In this case it is not an issue of a technology in search of a market, it is just a bad product that really has no market.

2) Technology adoption does not occur for its own sake, it occurs when there is perceived value by the user that leads to adoption. PHRs, PHPs (personal health platforms), patient portals, etc., is certainly a technology, that when well-designed, and implemented can deliver significant value and subsequently see high adoption rates. Just look to Kaiser-Permanente’s instance of MyChart, where patient adoption is well over 40%. Up in the Pacific Northwest, the Group Health Collaborative (GHC) is seeing PHR adoption that is well over 50%. That’s a market!

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Bending the Curve with EHRs

The post you are about to read may not be suitable for wonks. Its claims are not fact checked. Its author is not a researcher. And its opinions are not fully thought through. Reader discretion is advised.*

EHR adoption rates are picking up significantly, exceeding the most optimistic expectations. Instead of an EHR for every American by 2014, as the President commanded, we will have dozens of EHRs for each American long before that. And in health care, more is always better, not to mention the freedom of choice that comes with having a different EHR in each care setting. Not surprisingly, we are seeing a decrease in health care expenditures taking place in parallel with the uptick in EHR adoption. Following best practices in health care economics research, when two phenomena develop in parallel, the learned assumption is that there is a causality connection between the two. Deciding which phenomenon is the cause and which is the effect is discretionary and commonly based on undisclosed agendas.

It is therefore postulated here that health care expenditures are inversely proportional to EHR usage rates. The following is a rigorous analysis of the mechanisms by which EHRs are reducing health care costs, intended to inform policy makers as customary in most health care related studies, which cannot be completed, or published, without a salient recommendation of interest to policy makers.

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Most Americans Don’t Yet Perceive the Benefits of EHRs

Consider all the stakeholders with something to gain by moving from paper health records to digital electronic records. Who do you think would gain the most from EHRs, and who the least? A survey from Xerox finds that the among all the groups American adults say have the least to gain through EHRs is, the most common response is…patients.

29% of people aren’t really sure who’s to gain from moving to EHRs.

To better understand Americans’ views on electronic health records (EHRs), Xerox polled 2720 adults 18 and over in May 2011.

The topline finding is that 83% of people have concerns about digital medical records.  The most concerning issue is that “my” personal health information could be hacked, cited by two-thirds of people. The second most common concern is that  digital medical record files could be lost, damaged or corrupted (noted by 54%)  and that personal health information could be misused (52%). Another worry is that a power outage or computer problem could prevent providers from accessing health information, cited by 52% of people surveyed.

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Google Health is Dead, Long Live Google+

Now that Google has put its ill-fated Google Health project to rest, we are wondering who will make the next big attempt to establish a personal health record (PHR) platform for healthy people. Many have tried and many have failed, and there is still no popular platform for gathering, analyzing and sharing health data.

Adam Bosworth founded Google Health in 2006 to provide an online place for consumers to store their own health data. Bosworth left shortly thereafter and went on to found Keas, a SF-based web startup which takes a more social approach to tracking one’s health via a competitive point system. In a recent interview on TechCrunch, Bosworth spoke about why he thought Google Health had failed, “It’s not social,” and “Google didn’t push to see what they could do that people would want.”

Google Health failed in part because the user interface did not motivate most users to upload their health data. By contrast, one of the fastest-growing health sites on the internet, PatientsLikeMe.com, has built its online health community to an impressive 105,000 subscribers, focused first on patients suffering from chronic diseases like ALS (Lou Gehrig’s disease). The implied reward for this was high given the unmet health need, so it was an easy choice for patients to take the time to enter their valuable data. Healthy people have no such incentive for using PatientsLikeMe, but many seem to want to get in on the action. Armed with smartphones and social network memberships, a new health-savvy generation is looking to catalyze the growth of a new movement.

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So Many EHRs. So Expensive.

There are currently 386 software packages certified by an ONC approved certification body as ambulatory Complete EHRs, which means that the software should allow the user to fulfill all Meaningful Use requirements and possibly qualify the proud owner for all sorts of CMS incentives. There are 204 more software packages which are certified as ambulatory EHR Modules, and a proper combination of these packages could result in a Complete product, which if used appropriately could lead to the same fortuitous results.

There are 423 distinct manufacturers of ambulatory EHRs and EHR modules on the federal list. Most are software vendors, or wannabe software vendors, but a fair amount are facilities that developed an EHR for in-house use and had it certified. These are not really available for purchase. A very large number of listed vendors offer niche products for distinct specialties, such as optometry, oncology, behavioral health, etc. All that said, there is still an inordinate number of EHR “choices”, or so the story goes. By comparison, since we all love car analogies, there are 1,310 individual trims currently sold in the U.S., and around50 car manufacturers overall. If you ask an average citizen on the street to name their top 10 cars, chances are that you will get a Honda Accord, Toyota Camry, a Caddie, maybe a Ford truck, a Beemer, a Porsche and perhaps even a Beetle. You are not likely to hear anything about a Tesla or a Coda and rarely will anybody mention a Scion. Automotive modules are not widely sold for home assembly, so there is no parallel lesson there. One way or another, we manage to find our way when it comes to automobiles.

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Why This Lawyer Won’t Sue Me

I spent the entire last weekend with an attorney, not a desirable circumstance for most physicians. However, I wasn’t being deposed or interrogated on cross examination. This was a rendezvous that we both sought with enthusiasm.

Lewis is my closest friend, a bond that was forged since we were eight years old. We are separated now only by geography, and we meet periodically because we both treasure the friendship. Earlier this year we rolled the dice in Vegas. Last weekend, we sweated in the sweltering heat of the Mile High City. Next stop? Back to Denver with a few youngins’!

Lewis is the managing partner in a prominent west coast law firm that specializes in tax evasion. (Or is it tax avoidance? Am I confusing my terms here, Lew?) He has been redrafted to this position because he has earned the respect of his colleagues. Clearly, both Lewis and I have ascended to the highest strata of our professions. Lewis is in charge of a large law firm that has global reach; he travels all over the world cultivating business and negotiating deals; and he navigates clients through complex and labyrinthine legal conundrums. I, an esteemed community gastroenterologist, perform daily rectal examinations and counsel patients on flatulence.

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HIT Trends Summary for June 2011

This is a summary of the HIT Trends report for June 2011.  You can get the current issue or subscribe here.

EMRs in the cloud. There is additional validation this month by MarketsandMarkets that the EMR market has heated with compound annual growth rates over the next couple of years pegged at nearly 20%.  Analysts report that EMRs delivered over the Internet are a fast growing segment appealing to small practices. One new example is the Allscripts’ MyWay EMR is being offered by Costco in a hosted version for as low at $499 per physician per month.  This could be an emerging market price now-a-days for a low-end hosted or web-based solution. This leaves some room for disrupters underneath to position at a lower price or premium pricing with differentiating services.  We saw a similar idea pursued by Sam’s Club and Dell last year without much success.

The AMA also clarified one of its ideas for this Internet EMR market by marrying e-prescribing and registry functions to meet stage 1 meaningful use.  DrFirst is the e-prescribing app.  DocSite and WellCentive are participating registry-oriented EMRs. It is a welcome new alternative that should get significant market attention.

EMRs and care coordination. Care plans have become the foundation for care coordination.  This is one of the lessons learned from a report by eHI.  Yet it finds that additional EMR functional support is needed.  Oncology patients report they want to collaborate with their physicians. The report tracks two detailed case studies at Taconic IPA and Community Health Center in CT.  The EMRs are useful but insufficient to support care coordination.   Workarounds are available through increased staffing.

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The PHR School of Hard Knocks

By now everyone has seen the announcement last Friday that Google Health is being formally retired. Thanks to the several years I worked on Google Health, my phone was ringing off the hook Friday afternoon and emails were pouring in all weekend long.

Let me first start by saying that I am not going to comment on any specific company details. I think the broader question to ask anybody that has worked in health IT and consumer tech for the past 15 years is what have you learned from this experience. Or how about, is there a market for PHRs in the future?  Given that I started looking at PHRs back in 2005 while I was working for David Brailer at the Office of the National Coordinator (ONC), here is what I would say I have learned:

1. Healthcare is paternalistic – consumers are blind to costs and data.
Let’s face it. Our current healthcare system is set up to be extremely paternalistic.  Health plans, hospitals, and physician practices steward patient data on the patient’s behalf.  Patients don’t know the costs of a simple outpatient procedure or inpatient stay.  Because health care is not a true market-based commodity in this country, patients end up being lousy healthcare consumers.  Unlike the banking, airline, and retail industries, this makes it much harder to convince a broad array of consumers to engage in a service that helps them organize, manage, and share their medical records online.  The value proposition becomes even harder when consumers are not rewarded with industry aligned incentives for taking the time to manage their personal health data (e.g., discount on health insurance premiums, lower co-pays at doctor office visits, or something beyond a measly $50.00 benefit credit for signing up for a PHR at their place of employment).

 

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Fulfilling the PROMISe

A brand new EMR is being rolled out in a midsize hospital. The EMR is exclusively based on touchscreen technology, with devices strategically placed on the floor. It provides concurrent access to medical records for all team members (physicians, nurses, pharmacists, radiologists, dieticians, secretaries) wherever they may be. Patients are also accessing the EMR. They enter their own histories and describe symptoms in detail through the same touchscreen devices. This patient-centered EMR, built by a team of clinicians and technologists working together, is taking a huge step forward in Clinical Decision Support (CDS). Physicians are not only shown differential diagnoses based on what patients and other team members entered into the system, but are also presented with individualized care plans, possible side effects, dosage recommendations and drug-drug-interaction alerts, all referencing evidence available in medical literature. Longitudinal records, test results and narratives are available by problem and by patient, and the response time is never more than half a second between the thousands of screens available. The place is Vermont, and the year is 1970.

Half a century ago, when work on this EMR was taking place, Healthcare IT was on the cutting edge of technology. The Problem Oriented Medical Information System (PROMIS), the brainchild of Dr. Lawrence Weed, was pushing the envelope on every technology from hardware to operating systems, to network communications, database design and programming languages. By the time this government funded project was finally shut down, the PROMIS team dealt with such issues as mass storage, federated or single database, high availability, human interface design and networking between geographically dispersed locations. It will take several decades for the rest of the world to catch up with Dr. Weed’s, now defunct, innovation and produce something like IBM’s Watson software package, which is yet to be adapted and tested in health care. Somewhere, somehow, we took a wrong turn in Healthcare IT, and it wasn’t the much maligned billing influence, since PROMIS from day one, attempted to integrate billing in its software, with no ill effects.

 

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EHR Can Make the Paper Problem Worse

Once a persons record has gone electronic, it really should never go back.

A paper printout of an Electronic Health Record is often huge and unwieldy. If it is printed out or faxed it creates something so huge that it is pretty impossible to be useful in a paper record.

This is the reason why need electronic interoperability solutions like the Direct Project. Without it, when a patient leaves one doctor, they have to print out an electronic record, take it to the next doctor, and then have that doctor scan the record in.

That doesn’t sound too bad until you realize that a patients printed EHR record often looks like this:

This image was provided to me by Jodi Sperber and Dr. Eliza Shulman, who generously agreed to share the photo under a Creative Commons license. Here is the full description from Flickr, which provides greater context.

An example of why interoperability is as important as the electronic health record itself.

The story behind this photo: This is a printout of a patient’s medical record, sent from one office to another as the patient was changing primary care providers. An EHR was in place in both offices. Additionally, the EHR in both offices was created by the same vendor (a major vendor); each health organization had a customized version. Without base standards the systems are incompatible. Instead, the printouts had to be scanned into the new record, making them less searchable and less useful.

Note that this was not the entirety of the patient’s medical record… Just the first batch received.

Fred Trotter is a recognized expert in Free and Open Source medical software and security systems. He has spoken on those subjects at the SCALE DOHCS conference, LinuxWorld, DefCon and is the MC for the Open Source Health Conference. He has been quoted in multiple articles on Health Information Technology in several print and online journals, including WIRED, zdnet, Government Health IT, Modern Healthcare, Linux Journal, Free Software Magazine, NPR and LinuxMedNews.

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