Gluten-free January Participants: Take the Survey!

Matt Lentzner, Janine Jagger and I have designed a survey for participants of Gluten-free January, using the online application StatCrunch. Janine is an epidemiologist who studies healthcare worker safety at the University of Virginia; she has experience designing surveys for data collection so we're glad to have her on board. The survey will allow us to systematically gather and analyze data on the results of Gluten-free January. It will be 100 percent anonymous-- none of your answers will be connected to your identity in any way.

This survey has the potential to be really informative, but it will only work if you respond! The more people who take the survey, the more informative it will be, even if you didn't avoid gluten for a single day. If not very many people respond, it will be highly susceptible to "selection bias", where perhaps the only people who responded are people who improved the most, skewing the results.

Matt will be sending the survey out to everyone on his mailing list. Please complete it, even if you didn't end up avoiding gluten at all! There's no shame in it. The survey has responses built in for people who didn't avoid gluten. Your survey will still be useful!

We have potential data from over 500 people. After we crunch the numbers, I'll share them on the blog.

Gluten-free January Participants: Take the Survey!

Matt Lentzner, Janine Jagger and I have designed a survey for participants of Gluten-free January, using the online application StatCrunch. Janine is an epidemiologist who studies healthcare worker safety at the University of Virginia; she has experience designing surveys for data collection so we're glad to have her on board. The survey will allow us to systematically gather and analyze data on the results of Gluten-free January. It will be 100 percent anonymous-- none of your answers will be connected to your identity in any way.

This survey has the potential to be really informative, but it will only work if you respond! The more people who take the survey, the more informative it will be, even if you didn't avoid gluten for a single day. If not very many people respond, it will be highly susceptible to "selection bias", where perhaps the only people who responded are people who improved the most, skewing the results.

Matt will be sending the survey out to everyone on his mailing list. Please complete it, even if you didn't end up avoiding gluten at all! There's no shame in it. The survey has responses built in for people who didn't avoid gluten. Your survey will still be useful!

We have potential data from over 500 people. After we crunch the numbers, I'll share them on the blog.

More on Hospital Executives' Disproportionate Pay

Local US news media brought some more striking examples of disproportionate pay given to health care organizational leaders. 

Carolinas HealthCare System: Corporate-Style Compensation for a Public Hospital CEO

Carolinas HealthCare System declares it is "the largest health care system in the Carolinas and the third largest public system in the nation" in its membership blurb for the National Association of Public Hospitals and Health Systems.  That association describes its members thus,
Since the establishment of the first public hospital in the United States in the early 1700s, safety net hospitals and health systems have been an essential part of our nation’s health care delivery system.

In the 21st century, safety net hospitals continue their long tradition of quality and service to the community. By delivering care to America’s growing number of working uninsured families, providing world-class trauma and emergency care, preparing for and responding to the threat of terrorism, epidemics, and natural disasters, and training the next generation of doctors, nurses, and dentists—safety net health systems ensure our nation’s communities are health and strong.
The Charlotte Observer just noted how much this "safety net hospital," which declared solidarity with "working uninsured families," pays its CEO:
Carolinas HealthCare System paid its CEO $3.7 million in 2010, $287,000 more than the year before as the system lifted a pay freeze and paid bonuses for reaching annual and long-term goals.

Chief Executive Officer Michael Tarwater, 57, who has led the $6.3 billion public hospital system for nine years, received a base salary of $986,172, two bonuses totaling $2 million, and other compensation, including retirement and health benefits, of $630,346.

In 2009 his compensation package totaled $3.4 million.

So the leader of an organization that serves the poor and uninsured gets enough compensation to make him  quite rich.    

Mary Washington Healthcare: Net Income Increases, but 20% Goes to Bonuses of Top 20 Executives

According to the Fredricksburg (Virginia) Free Lance-Star, from 2008 to 2009, Mary Washington Healthcare saw its total revenues increase, but its net surplus decrease,
The company's net income was $25 million in 2008, up from $20 million in 2007.
Then
The company opened its second hospital that year [2009] and recorded revenues of more than $666 million, up from $551 million in 2008. However, net income dropped to $8 million, in part because of the opening of Stafford Hospital.

So what happened to its executive compensation?
The top employees at Mary Washington Healthcare earned more than $1.1 million in bonuses in 2009, their reward for a successful 2008.

More than two dozen key executives and employee physicians earned annual bonuses ranging from $2,000 to $246,278. The median bonus for the company was more than $28,000.

Fred Rankin, president and chief executive officer, received the largest bonus among managers: $151,430. Rankin continues to be the firm's highest-paid employee, with a 2009 salary package of $955,282.

The hospital's net income increased $5 million (25%) from 2007 to 2008.  It then dropped $17 million (66%) from 2008 to 2009.  Reflecting 2008 results, its top 20 executives received 2009 bonuses of over $1 million, an amount that exceeded 20% of the hospital's 2008 net revenue increase on which the bonuses were based.  The total compensation of these 20 people in 2009 was approximately $6.5 million (see here), which exceeded the hospital's entire increase in net revenue from 2007 to 2008.  The hospital CEO's compensation in 2009 would have consumed one-eighth of the net revenue that year.  This all suggests that the top executives of this hospital consume an inordinate part of the organization's total revenue stream.    

Hutcheson Medical Center: CEO Compensation and Deficits Rise

Here is how the Rome News-Tribune described the financial status of Hutcheson Medical Center, located in Fort Oglethorpe, Georgia:
HMC reported a profit of $766,766 in 2007 and a $7.3 million loss in 2009.

In addition,
In 2008 more than 80 Hutcheson employees lost their jobs when the hospital eliminated its emergency medical services.

And after the profitable year of 2007, the Hutcheson administration approved major renovations for the hospital’s front lobby and entered into a $35.5 million dollar bond issue to fund further renovations and pay off debt.

That bond issue is currently in default, which prohibits the next $10 million payment from being released to HMC.

Things look worse in the future:
At a meeting Thursday, Jan. 28, of the Hospital Authority Board, HMC chief financial officer Gerald Faircloth revealed that the hospital had losses of $3.3 million in the first quarter of budget year 2011 and projected total 2011 losses at around $9 million.

Faircloth, whose compensation went down by $15,000 from 2008 to 2009, also reported that HMC has an estimated 15 days of operating cash on hand.

'So the wolf is at the door,' said Bill Cohen, a trustee who represents Catoosa County on the Hospital Authority Board.

Faircloth agreed.

Wolves notwithstanding, however, the Hutcheson CEO has done very well:
In the face of Hutcheson Medical Center’s financial losses over the past several years, financial documents reveal that president and CEO Charles Stewart’s compensation package has increased more than 26 percent from 2007 to 2009.

According to Internal Revenue Service documents for the 2007 and 2009 budget years, Stewart received $337,081 and $425,745, respectively, in total compensation. The Fort Oglethorpe hospital’s budget year runs from October through September.

Stewart’s 2009 income includes a “bonus and incentive compensation” of $69,750.
So despite a major financial loss, lay-offs and service discontinuations, and a bond default, the CEO got "bonus and incentive compensation" in 2009.   At least that drew some attention:
'I’m really surprised that the board (Stewart) works for would give him such an increase,' said Walker County commissioner Bebe Heiskell, referring to the HMC board of directors that oversees the day-to-day operations of the hospital. 'For a failing hospital that’s exorbitant.'

So while the hospital's financial performance continued to decline, the total compensation provided its CEO continued to increase.

Summary

Here were three instances in which the compensation of top non-profit hospital leaders seemed out of all proportion to the hospitals' financial results, let alone their accomplishment of their missions. In the first case, the CEO of a public hospital system meant to serve poor and uninsured patients was paid enough in one year to make him an instant multi-millionaire. In the second, the bonuses alone handed out to a handful of top executives ostensibly based on a net revenue increase would have consumed one-fifth of that increase, and when net revenue declined the next year, those executives' compensation would have almost consumed that entire year's net revenue. In the third, a CEO got increasing compensation while his hospital suffered increasing losses.

As we have said before, far too often the leaders of not-for-profit health care institutions seem more interested in padding their own bottom lines than upholding the institutions' missions. They often seem entirely unaware of their duty to put those missions ahead of their own self-interest. Like the financial services sector in the era of "greed is good," health care too often seems run by "insiders hijacking established institutions for their personal benefit." True health care reform would encourage leadership of health care who understand health care and care about its mission, rather than those who see a quick way to make a small fortune.

HITECH and Funding Cuts: The Battle Begins

At "US House of Representatives Proposes to Defund Largest Non-Consented Medical Experiment in U.S. History: HITECH" I predicted this:

... I have no financial conflicts of interest regarding HITECH or health IT to weep about. Others do, and it's not hard to predict their financial interests will push them to oppose repeal "by any means necessary."

The next few months should be an interesting time in the politics of healthcare IT.

A replacement HITECH act that's "HI" on research and caution, but not so "HIGH" on stealth, coercion and euphoria (i.e., as on mind altering substances) would be welcomed.

The battle's already begun. At "Meaningful Use incentives jeopardized by GOP bill", Jan. 28, 2011 by at Dan Bowman at FierceHealthIT.com, views exactly as I expected have begun being proffered by the industry:

... All of that [possibility of HITECH funding termination] has HIMSS Vice President for government relations Dave Roberts just a little on edge, reports Healthcare IT News.

"We're trying to tell people that this process is going on. This is only one body [of Congress]. Don't let this be a concern," he said. But "if this is a new way of thinking, that could be concerning. So I think that while this particular bill may not pass, it's something that has to be watched closely."

Patti Dodgren, CEO of Hielix--which helps to facilitate electronic health information exchanges across the U.S., shares Roberts' view. [Any possible conflicts of interest towards full-speed-ahead-damn-the-torpedoes health IT diffusion in that role, I ask? - ed.]

"Just the suggestion of repealing HITECH stimulus funds for physicians...is short-sighted at best, and threatens the very progress that is already beginning to be realized within the industry to move our healthcare system into the 20th [yes, 20th] Century," Dodgren told FierceHealthIT. "All this bill serves to do is strengthen the cynics of health IT.

[Translation: "short sighted" and "cynic" = those more interested in taking the time to do health IT "right" and in patient rights and patient well being, than in personal gain - ed.]

We work with thousands of physicians and state government healthcare officials who have worked tirelessly over the past months to achieve the benefits that healthcare IT promises [no, Ms. Dodgren, they haven't, actually; you and they have merely encouraged a rushed, cavalier and reckless rollout (of a technology even HIMSS' former Chairman of the Board, a physician, admitted is not ready), damaging - not helping - health IT's prospects. See below - ed.], and this bill is a disservice to them and to the healthcare industry."


It may be a "disservice" to those who stand to profit from the health IT industry, but it's a great service to the healthcare industry and to the patients it serves.

I didn't really need to look, as experience at HC Renewal has proven time and again about the healthcare pundits, but the credentials of someone making such claims about health IT are not impressive IMO.

From an online bio, Ms. Dodgren holds the illustrious "CPHIMS" certification that I wrote about at my April 2008 post "Is the HIMSS Certified Professional in Healthcare Information and Management Systems stamp substantive, or just alphabet soup?". After 8 years as Director Budgeting & Financial Systems at (now-defunct) Digital Equipment Corp. (DEC) and 4 years as Senior Business Analyst at Dun & Bradstreet, she has been a "change management professional" for twenty years who "co-founded a management consulting practice which specializes in the application of change management principles to health information technology." I note no medical (or medical informatics) training or experience.

My reply to these people is as follows, as posted in a FierceHealthIT comment:

http://histalk2.com/2010/07/19/histalk-interviews-barry-chaiken/

... We’re still learning, in healthcare, about that user interface. We’re still learning about how to put the applications together in a clinical workflow that’s going to be valuable to the patients and to the people who are providing care. Let’s be patient. Let’s give them a chance to figure out the right way to do this. Let’s give the application providers an opportunity to make this better.

Let the industry learn the responsible way, not on patients' and physicians' blood, sweat and tears through way-too-early national initiatives that will only add to the $14 trillion national debt (http://www.usdebtclock.org/), and throw some of the money into industry pockets.


Franky, as a physician with no financial conflict-of-interest axes to grind, I am increasingly disgusted with the cavalier, money-grubbing attitudes of the health IT industry and its pundits. Their attitudes and behaviors represent a poster study of healthcare industry at its worst.

This latter fact is not lost on me as I speak with government representatives seeking to improve medical drug/device watchdog legislation, and to attorneys looking to protect patients from harm or gain recompense for those already injured as a result of faulty IT.

-- SS

US House of Representatives Proposes to Defund Largest Non-Consented Medical Experiment in U.S. History: HITECH

In a new bill in the House of Representatives, the ‘‘Spending Reduction Act of 2011’’ (link - PDF), it is proposed to cut unobligated funds of, among others, division A of the "American Recovery and Reinvestment Act of 2009":

Spending Reduction Act of 2011

... TITLE III—RESCISSION OF UNOBLIGATED STIMULUS FUNDS AND REPEAL OF CERTAIN STIMULUS PROVISIONS

SEC. 301. RESCISSION OF UNOBLIGATED STIMULUS FUNDS.

Effective on the date of the enactment of this Act, there are rescinded all unobligated balances of the discretionary appropriations made available by division A of the American Recovery and Reinvestment Act of 2009 (Public Law 111–5).

SEC. 302. REPEAL OF CERTAIN STIMULUS PROVISIONS.

Effective on the date of the enactment of this Act, subtitles B and C of title II and titles III through VII of division B of the American Recovery and Reinvestment Act of 2009 (Public Law 111–5) are repealed, and the provisions of law amended or repealed by such provisions of division B are restored or revived as if such provisions of division B had not been enacted.

Division A of the ARRA Act of 2009 (link to PDF) includes this:

SECTION 1. SHORT TITLE.
This Act may be cited as the ‘‘American Recovery and Reinvestment Act of 2009’’.

SEC. 2. TABLE OF CONTENTS.

... The table of contents for this Act is as follows:

DIVISION A—APPROPRIATIONS PROVISIONS

... TITLE XIII—HEALTH INFORMATION TECHNOLOGY

Title XIII of the ARRA along with title IV of division B is better known as HITECH:

SEC. 13001. SHORT TITLE; TABLE OF CONTENTS OF TITLE.

(a) SHORT TITLE.—This title (and title IV of division B) may be cited as the ‘‘Health Information Technology for Economic and Clinical Health Act’’ or the ‘‘HITECH Act’’.

It looks like HITECH is one of a number of spending extravaganzas now on the proposed chopping block.

I can't be too sorry about this for these reasons:

  • This country cannot afford HITECH at this time. We are broke, with some calling the economic crisis of 2008 worse than the crisis of 1929, and the national deficit ballooning far out of control. The money would be far better spent at this time on care of those who cannot afford it.
  • HITECH appeared as if out of nowhere, with little to no input time from stakeholders. This suggests lobbying by those with conflicts of interest to push this bill onto the public, affecting their medical care without informed consent (see my March 2009 post "Draft Patient Rights Statement and Informed Consent on Use of HIT"). The bill includes persuasion along with economic coercion for non-adopting organizations and physicians. ("Adoption" = adherence to government-set standards of "meaningful use" of poorly usable technology.) I disapprove of the stealth process by which HITECH appeared. This is the U.S., not the old USSR.
  • Mass social experiments involving major systemic changes to our healthcare delivery system, with exceptional claims being made about IT, need to be backed by exceptional evidence. That evidence is lacking. (March 2011 addendum: the evidence might actually be in the negative direction. See my post "An Updated Reading List on Health IT.")
  • The technology is not ready. It is dangerous in unqualified hands, which most every medical center and physician office is in 2011 (i.e., an IT backwater). The field of health IT was somehow transformed from an experimental field into the 'savior of medicine' without the proof of value and safety that would ordinarily be required to move an experimental technology from lab to national rollout. Per the Washington Post, this process appears to have been a highly politicized one, favoring the corporate elites. The Washington Post’s 2009 article on the influential HIT vendor lobby “The Machinery Behind Healthcare Reform” is at this link.

While this House Bill is just the initial battle in the repeal of this and other mass expenditures, I would not weep for the HITECH act's passing. It would allow the restoration of health IT back to an unrushed and careful endeavor. It would also give time to work out the significant issues causing health IT difficulty (such as raised in 2009 by our National Research Council) before we embark on national diffusion.

In other words, its passing would reduce risk and help restore an essential level of sanity and due diligence to the healthcare IT sector, now afflicted by irrational exuberance bordering on delirium. We would avoid the largest non-consented medical experiment in US history, which as I have repeatedly written I feel would be disastrous with current levels of understanding of this technology and how to design, deploy and manage it. (My relative's 2010 HIT-related injuries only strengthened my convictions in this regard.)

Of course, I have no financial conflicts of interest regarding HITECH or health IT to weep about. Others do, and it's not hard to predict their financial interests will push them to oppose repeal "by any means necessary."

The next few months should be an interesting time in the politics of healthcare IT.

A replacement HITECH act that's "HI" on research and caution, but not so "HIGH" on stealth, coercion and euphoria (i.e., as on mind altering substances) would be welcomed.

-- SS

The Diabetes Epidemic

The CDC just released its latest estimate of diabetes prevalence in the US (1):
Diabetes affects 8.3 percent of Americans of all ages, and 11.3 percent of adults aged 20 and older, according to the National Diabetes Fact Sheet for 2011. About 27 percent of those with diabetes—7 million Americans—do not know they have the disease. Prediabetes affects 35 percent of adults aged 20 and older.
Wow-- this is a massive problem. The prevalence of diabetes has been increasing over time, due to more people developing the disorder, improvements in diabetes care leading to longer survival time, and changes in the way diabetes is diagnosed. Here's a graph I put together based on CDC data, showing the trend of diabetes prevalence (percent) from 1980 to 2008 in different age categories (2):


These data are self-reported, and do not correct for differences in diagnosis methods, so they should be viewed with caution-- but they still serve to illustrate the trend. There was an increase in diabetes incidence that began in the early 1990s. More than 90 percent of cases are type 2 diabetics. Disturbingly, the trend does not show any signs of slowing.

The diabetes epidemic has followed on the heels of the obesity epidemic with 10-20 years of lag time. Excess body fat is the number one risk factor for diabetes*. As far as I can tell, type 2 diabetes is caused by insulin resistance, which is probably due to energy intake exceeding energy needs (overnutrition), causing a state of cellular insulin resistance as a defense mechanism to protect against the damaging effects of too much glucose and fatty acids (3). In addition, type 2 diabetes requires a predisposition that prevents the pancreatic beta cells from keeping up with the greatly increased insulin needs of an insulin resistant person**. Both factors are required, and not all insulin resistant people will develop diabetes as some people's beta cells are able to compensate by hypersecreting insulin.

Why does energy intake exceed energy needs in modern America and in most affluent countries? Why has the typical person's calorie intake increased by 250 calories per day since 1970 (4)? I believe it's because the fat mass "setpoint" has been increased, typically but not always by industrial food. I've been developing some new thoughts on this lately, and potentially new solutions, which I'll reveal when they're ready.


* In other words, it's the best predictor of future diabetes risk.

** Most of the common gene variants (of known function) linked with type 2 diabetes are thought to impact beta cell function (5).

The Diabetes Epidemic

The CDC just released its latest estimate of diabetes prevalence in the US (1):
Diabetes affects 8.3 percent of Americans of all ages, and 11.3 percent of adults aged 20 and older, according to the National Diabetes Fact Sheet for 2011. About 27 percent of those with diabetes—7 million Americans—do not know they have the disease. Prediabetes affects 35 percent of adults aged 20 and older.
Wow-- this is a massive problem. The prevalence of diabetes has been increasing over time, due to more people developing the disorder, improvements in diabetes care leading to longer survival time, and changes in the way diabetes is diagnosed. Here's a graph I put together based on CDC data, showing the trend of diabetes prevalence (percent) from 1980 to 2008 in different age categories (2):


These data are self-reported, and do not correct for differences in diagnosis methods, so they should be viewed with caution-- but they still serve to illustrate the trend. There was an increase in diabetes incidence that began in the early 1990s. More than 90 percent of cases are type 2 diabetics. Disturbingly, the trend does not show any signs of slowing.

The diabetes epidemic has followed on the heels of the obesity epidemic with 10-20 years of lag time. Excess body fat is the number one risk factor for diabetes*. As far as I can tell, type 2 diabetes is caused by insulin resistance, which is probably due to energy intake exceeding energy needs (overnutrition), causing a state of cellular insulin resistance as a defense mechanism to protect against the damaging effects of too much glucose and fatty acids (3). In addition, type 2 diabetes requires a predisposition that prevents the pancreatic beta cells from keeping up with the greatly increased insulin needs of an insulin resistant person**. Both factors are required, and not all insulin resistant people will develop diabetes as some people's beta cells are able to compensate by hypersecreting insulin.

Why does energy intake exceed energy needs in modern America and in most affluent countries? Why has the typical person's calorie intake increased by 250 calories per day since 1970 (4)? I believe it's because the fat mass "setpoint" has been increased, typically but not always by industrial food. I've been developing some new thoughts on this lately, and potentially new solutions, which I'll reveal when they're ready.


* In other words, it's the best predictor of future diabetes risk.

** Most of the common gene variants (of known function) linked with type 2 diabetes are thought to impact beta cell function (5).

"Making Their Numbers" - Examples of the Perverse Effect of Incentives Based on Short-Term Financial Targets in Health Care

Last week, we discussed how the large incentives for pharmaceutical executives to meet short term financial targets (that is, "making their numbers") may be an important cause of their firms' decreasing capacity to fulfill their most basic mission, manufacturing pure, unadulterated medicines. 

In the news recently were two examples of how other health care leaders are incentivized to meet short-term financial targets.

University of California

The first, and bigger example appeared in the San Francisco Chronicle. First, note that the University of California system is currently in dire shape:
Finances are so dire at the University of California that it might have to turn away qualified students,....

Also,
UC President Mark Yudof told the regents that UC will need to close a $1 billion budget gap next year. He said layoffs and course reductions are inevitable, and that he expects to have to turn away 20,000 to 30,000 qualified students over the next decade because the university won't have the money to educate them.

However, that did not stop the university from giving bonuses to a variety of employees, including larger bonuses for higher-ranking managers
UC has still found a way to reward hundreds of employees with more than $4 million in incentive pay and raises.

At the regents meeting Thursday in San Diego, UC officials reported giving rewards of $150 to $41,205 to nearly 1,500 UCSF employees who met performance targets, raising the pay of some campus executives to above market rate, and providing 10 percent raises of about $20,000 a year to three executives at their Oakland headquarters.


The executives, who have various financial responsibilities for the UC system, will earn between $216,370 and $247,500 in base pay.

'Whether a budget crisis or not, the university still has to be able to pay competitive salaries and incentives consistent with industry standards,' said Steve Montiel, a spokesman for the university. 'The university has no problem paying incentives to be competitive.'

Note that the bonuses were apparently mainly based on short-term financial goals,
[UCSF spokeswoman Amy] Pyle said the rewards were issued because those employees met targets for saving money and streamlining procedures - but that the incentive program for that group has now been suspended because of the budget crisis.

Note that despite the fact that the University has long-term financial woes, the biggest bonuses went to finance executives whose short-term performance obviously did not have much effect on these long-term problems:
One of them, Grace Crickette, UC's chief risk officer, 'has saved the university over $100 million by driving down the cost of workers' compensation, negotiating much more advantageous terms with our insurance company,' Taylor said. The raises 'are a small price to pay for people working at the highest level.'

That rationale failed to convince representatives of UC's lowest-paid workers.

'The lowest-paid workers do a lot to save money too, and we've actually told them how. But our workers are being hit' with higher costs for their own benefits, said Lakesha Harrison, president of the American Federation of State, County and Municipal Employees, which represents custodians, groundskeepers, patient-care workers and other employees earning less than $40,000.

Also,
At UC Berkeley, for example, the new vice chancellor for administration and finance will earn a base salary of $375,000 - 9 percent higher than the salary midpoint of $344,000 earned by colleagues at other universities, UC officials reported.

At UCLA, the chief financial officer of the hospital system will receive a 10.5 percent raise, bringing his salary to $420,000 from $380,000 as a hedge against the possibility that he would go somewhere else. The campus called it a 'pre-emptive retention salary adjustment.'
So while the University of California has long-term financial woes, so severe that they will likely require major curtailment of fulfillment of its major academic mission, its leadership had no problem handing out bonuses for meeting short-term financial goals whose achievement obviously did not forestall the current problems. The biggest bonuses went to financial managers, rationalized by their supposed performance "at the highest level," or their need to prevent them from going "somewhere else." However, obviously the long-term FINANCIAL performance of the University is its current biggest problem, suggesting that overall these financial managers are not doing so well. Thus, the way the University handed out bonuses for people "making their numbers" seemed completely at odds with the University's inability to make its numbers in the long-run. Of course, the bonuses also seemed entirely unrelated to the University's ability, or lack thereof to fulfill its mission.

Erlanger Health System

The Erlanger Health System is "an academic medical center associated with the UT College of Medicine Chattanooga." The Chattanooga (TN) Times Free Press reported:
Erlanger Health System executives took home bigger bonuses in December compared with the awards paid out the year before, despite recording lower profits.

In December, 123 management-level Erlanger employees split $1.9 million in bonus payments, $200,000 more than the total awarded in bonuses in fiscal year 2009.

President and CEO Jim Brexler received a $192,395 bonus in December on top of his base salary of $550,000.

The payments were based on the hospital's performance in fiscal year 2010, which ended in June of last year. The hospital's operating profit of $8.58 million, and other performance measurements that year, met pre-established criteria approved by the hospital's board of trustees.

The irony is that by the time the bonuses for fiscal year 2010 were awarded, it was already known that this year's finances are not so good:
Fiscal year to date, Erlanger has earned a $1.3 million profit, compared with a budgeted $6 million profit, according to financial statements released at the hospital's Budget and Finance Committee Monday.

Of course, one rationale for the bonuses is that Erlanger's executives are above average, just like, it seems, finance executives at the University of California (as noted above), and maybe all other health care organizational leaders:
'It takes a real expertise to deal in health care. ... Just to make any positive operating margin is great,' said Kim White, an Erlanger trustee and chairwoman of Erlanger's Management and Board Evaluation Committee, which sets the criteria that determines whether bonus pay will be awarded and how much.

'It's tough for people who don't have jobs to look at bonuses, but we look at this as a piece of their total compensation package.'

Of course managers and executives may have "real expertise," as noted above, or be in charge of some initiatives that saves money (as noted above in the case of a UC executive.)  However, there may be many other people who work for the organization with "real expertise," some of whose expertise may be more directly related to the organization's primary mission.  Also, as the union leader noted above, even low-paid workers may have ideas for saving money.  However, the big bonuses or raises given to reward only the managers' expertise, or prevent only the managers from finding other jobs, show the exceptional treatment given to health care managers and executives, perhaps because they tend to answer to governing bodies (boards of trustees or directors) run by other managers and executives.

Summary

There is increasing evidence that bonuses given to employees of health care organizations, particularly high-level managers and executives, are predominantly tied to short-term financial goals, e.g., "making their numbers." In my humble opinion, these are important perverse incentives, driving people to actions that disregard, or may even subvert the organizations' fundamental missions.

While it is desirable for all health care organizations to be run in a business-like manner, and for not-for-profit health care organizations to have competent financial management, these are means to an end. The mission of health care organizations is health care.

The main priority of non-profit organizations (or NGOs) should be to uphold their missions, not to make surpluses. Avoiding deficits, or making surpluses are means to uphold the mission, but ought to be subservient to the mission.

While for-profit health care corporations are meant to make a profit, in the long run their profitability should depend on whether the health care products they make or services they provide are fit for purpose, that is, further health care of individual patients or populations. Putting short-term financial goals ahead of making quality products (e.g., making pure and unadulterated medicines as noted in our previous post) will ultimately be bad for patients, for public health, and for the long-term financial health of the corporation.

Therefore, I submit that incentives for employees should be based on how their work upholds the primary mission. It may not be unreasonable to have some incentives based on long-term financial goals for financial executives of health care organizations. However, even those should be explicitly tied to mission fulfillment.

However, as health care leaders seemed to have learned from leaders of financial services firms, the emphasis on incentives based on short-term financial goals seems to only be increasing. Failure to address these increasingly perverse incentives will only lead to increasing health care dysfunction.

Big Door Keeps On Turning - Bi-Directional Interchanges Among Government and Corporate Health Care Leadership

Recently we noted some complex examples of the health care "revolving door," cases of health care corporate leaders who came from government heading back into government.  The first was reported by Politico:
California Rep. Mary Bono Mack has hired PhRMA’s former chief spokesman as a senior adviser, adding another Republican lawmaker to the list of those who have recruited staff members with K Street ties.

Ken Johnson will serve as a senior policy and communications adviser to Bono Mack, chairwoman of a House Energy and Commerce subcommittee. Johnson has deep ties to the committee, having worked for former Republican Rep. Billy Tauzin when he headed the Energy and Commerce Committee.

When PhRMA hired Tauzin months after the Louisiana congressman helped pass the industry-supported Medicare drug benefit, Johnson followed. So it was not surprising that Johnson did not stay on with PhRMA last year after Tauzin stepped down.

In 2009, Tauzin made more than $4.5 million and Johnson pulled in more than $500,000, according to tax records.
Note that Mr Johnson went from an influential government position to a position representing the pharmaceutical industry, and then back to government
In the same vein and in the same article was:
House Speaker John Boehner hired the medical device industry’s chief lobbyist as his policy director.

Meanwhile, the Minneapolis Star-Tribune noted:
Minnesota health executive Lois Quam has signed to lead the multibillion dollar Global Health Initiative at the U.S. State Department.

A State Department spokesman confirmed Wednesday that Quam will be executive director of the initiative.

In 2009, President Barack Obama committed $63 billion over six years to the program aimed at helping developing nations fight disease, improve nutrition and provide more aid for prenatal and postnatal care.

Quam, of St. Paul, is a former UnitedHealth Group executive who co-founded a health consulting firm last year. She is married to Matt Entenza, a former state lawmaker who ran unsuccessfully for governor in 2010.

The appointment reunites Quam with Secretary of State Hillary Clinton. Quam was a senior adviser to Clinton's health care task force in the 1990s.

Note that Ms Quam went from government leadership (in the Clinton administration's abortive attempt at health care reform via an elaborate version of managed care), to corporate leadership (in one of the largest commercial managed care organizations, some of whose exploits are discussed here), then back to government (now leading global health.  As an aside, UnitedHealth has been developing its global presence for years, e.g., see this post about its forays into the UK.)

We last discussed the "revolving door," that is, the easy interchange among leadership in government and health care corporations here.  The brief news items above shows how the door spins continuously, resulting not only in former government leaders ending up in influential, and well-recompensed positions in the health care industry, but also in industry leaders ending up in influential government positions.  In two cases above, people who started out in influential government positions transitioned to health care corporate positions, and then back to government. 

As we noted earlier, the continually revolving door is a sign of the increasingly corporatist nature of the US.  Government and the biggest corporations now seem to see themselves as natural allies, partially because their leadership increasingly forms a cozy combined group.  The big problem, of course, is such an alliance leaves out everybody else, from small business, to individual professionals, to the people at large. 

As I noted earlier, if we want health care to put the needs of individual patients first, we ought to consider ways to make both government and corporate health care leaders more responsive to the people rather than to their combined self-interest. 

Two Wheat Challenge Ideas from Commenters

Some people have remarked that the blinded challenge method I posted is cumbersome.

Reader "Me" suggested:
You can buy wheat gluten in a grocery store. Why not simply have your friend add some wheat gluten to your normal protein shake.
Reader David suggested:
They sell empty gelatin capsules with carob content to opacify them. Why not fill a few capsules with whole wheat flour, and then a whole bunch with rice starch or other placebo. For two weeks take a set of, say, three capsules every day, with the set of wheat capsules in line to be taken on a random day selected by your friend. This would further reduce the chances that you would see through the blind, and it prevent the risk of not being able to choke the "smoothie" down. It would also keep it to wheat and nothing but wheat (except for the placebo starch).
The reason I chose the method in the last post is that it directly tests wheat in a form that a person would be likely to eat: bread. The limitation of the gluten shake method is that it would miss a sensitivity to components in wheat other than gluten. The limitation of the pill method is that raw flour is difficult to digest, so it would be difficult to extrapolate a sensitivity to cooked flour foods. You might be able to get around that by filling the pills with powdered bread crumbs. Those are two alternative ideas to consider if the one I posted seems too involved.

Two Wheat Challenge Ideas from Commenters

Some people have remarked that the blinded challenge method I posted is cumbersome.

Reader "Me" suggested:
You can buy wheat gluten in a grocery store. Why not simply have your friend add some wheat gluten to your normal protein shake.
Reader David suggested:
They sell empty gelatin capsules with carob content to opacify them. Why not fill a few capsules with whole wheat flour, and then a whole bunch with rice starch or other placebo. For two weeks take a set of, say, three capsules every day, with the set of wheat capsules in line to be taken on a random day selected by your friend. This would further reduce the chances that you would see through the blind, and it prevent the risk of not being able to choke the "smoothie" down. It would also keep it to wheat and nothing but wheat (except for the placebo starch).
The reason I chose the method in the last post is that it directly tests wheat in a form that a person would be likely to eat: bread. The limitation of the gluten shake method is that it would miss a sensitivity to components in wheat other than gluten. The limitation of the pill method is that raw flour is difficult to digest, so it would be difficult to extrapolate a sensitivity to cooked flour foods. You might be able to get around that by filling the pills with powdered bread crumbs. Those are two alternative ideas to consider if the one I posted seems too involved.

BLOGSCAN - By Feb. all ER physicians at DePaul Health Center (MO) will be using scribes

At my Sept. 2010 post "The Ultimate Workaround To Mission Hostile Health IT: Humans (a.k.a. Scribes)" I had written that:

The EMR is a technology that was supposed to improve clinical medicine (revolutionize it, some say). It was supposed to facilitate clinical medicine. It was not supposed to slow physicians and others down to the point of impairing their ability to practice medicine. However, the rosy predictions are not proving to be the case. Instead, we have the ultimate workaround to the health IT mission hostile user experience: [the medical scribe].

On the HisTALK blog today, apparently one medical center agrees:

By February, all ER physicians at DePaul Health Center (MO) will be using scribes for electronic medical documentation. Administrators hope to improve staff productivity as well as patient satisfaction. Apparently patients were “annoyed” that doctors were sharing their attention with a computer.

In the cited article "Scribes are finding their place in emergency rooms" by Michele Munz, St. Louis Post-dispatch.com, Jan. 25, 2011:

"[With a scribe] I can just completely focus on and deal with the patient," [ED physician] Lebo said.

The emergency department at DePaul Health Center in Bridgeton, which sees about 60,000 patients a year, is the first to use scribes in the St. Louis area. By February, all the hospital's emergency physicians will have a scribe tapping away at a laptop or tablet computer while they work. Across the nation, about 200 hospital emergency departments have started using scribes, most within the last two years, according to the three major companies providing scribes.


Several points worthy of note:

  • The cost of scribes will be an issue affecting the supposed ROI of EHR's, and are necessitated by the fact that the EHR and its mission hostile nature get in the way of physicians. (See Dr. Doug Perednia's analysis at this link.)
  • You should not have to work around something that is not in the way.
  • That a technology touted as of extreme benefit now is seen to need an "isolation layer" between enduser and subject of the system's benefits is another example of how health IT remains an experiment.

-- SS

Orderless in Seattle: Software "glitch" shuts down Swedish Medical Center's medical-records system

A commenter yesterday commented that after 25 years in practice, they had one lost [paper] chart (as opposed to an IT systems crash, where every chart is lost temporarily).

As coincidence would have it, there's this story in the news:

Software glitch shuts down Swedish medical-records system
Tuesday, January 25, 2011
By Carol M. Ostrom
Seattle Times health reporter


A four-hour shutdown of Swedish Medical Center's centralized electronic medical-records system Monday morning was caused by a glitch in another company's software, said Swedish chief information officer Janice Newell.


There's that word "glitch" again that I see so frequently in the health IT sector when a system suffers a major crash that could harm patients. Why do we not call it a "glitch" when a doctor amputates the wrong body part, or kills someone?


The system, made by Epic Systems, a Wisconsin-based electronic medical-records vendor, turned itself off because it noticed an error in the add-on software, Newell said, and Swedish was forced to go to its highest level of backup operation.

Turned itself off? Back we go to the old Unix adage that "either you're in control of your information system, or it's in control of you."

To prove that point, note that "the highest level of backup operation" had a bit of a problem:


That allowed medical providers to see patient records but not to add or change information, such as medication orders.

I'm sure sick and unstable patients such as in the ICU's, as well as their physicians and nurses, appreciated this minor "glitch." Look, Ma, no orders!

(Do events like this ever happen in the middle of a Joint Commission inspection?)

The "glitch" didn't just affect a few charts:


The outage affected all of Swedish's campuses, including First Hill, Cherry Hill, Ballard and its Issaquah emergency facility, as well as Swedish's clinics and affiliated groups such as the Polyclinic.

I cannot imagine a paper-based "glitch" that could affect so many, so suddenly, other than a wide-scale catastrophe.


During the outage, new information was put on paper records [that 5,000 year old, obsolete papyrus-based technology that's simply ruining healthcare, according to the IT pundits - ed.] and transferred into patient records in the Epic system after the system went back up in the afternoon. [By whom? Busy doctors? - ed.] Epic, Newell said, is "really good at fail-safe activity," and if it detects something awry that could corrupt data, it shuts itself off, which it did Monday at about 10 a.m.


Which means that interfaced systems need to undergo the highest levels of scrutiny in real world use, if they can in effect shut down an entire enterprise clinical system.

I note the identity of the "other company's software" that brought the whole system to a grinding halt was not identified, nor was the nature of the "other vendor's" software "glitch" itself. Was the problem truly caused by "another vendor" via a bug in their product, via a faulty upgrade, or an internal staff error related to the "other vendor's" software?

It seems we now have yet another defense for HIT "glitches" other than "blame the users": it's not OUR fault; blame the other vendors.


Newell said the shutdown likely affected about 600 providers, 2,500 staffers and perhaps up to 2,000 patients, but no safety problems were reported.


As I've noted at this blog before, it is peculiar how such "glitches" never seem to produce safety problems, or even acknowledgments of increased risk.


Staff members were notified of the shutdown via error messages, e-mails, intranet, a hospital overhead paging system and personal pagers.


"Warning! Warning! EHR and CPOE down! Grab your pencils!" Just what busy doctors and nurses want to hear when they arrive for a harrowing day of patient care.

I wonder if the alert was expressed in a manner not understandable to patients, i.e., "Code 1100011" (99 in binary!) or something similar as in a medical emergency.


Newell said she was "99.9 percent sure" other hospitals have had similar shutdowns [that's certainly reassuring about health IT - ed.], because software, hardware and even power systems are not perfect. [That's why we have resilience engineering, redundancy, etc. - ed.]

"Anybody who hasn't had this happen has not been up on an electronic medical record very long," Newell said. "I would bet a year's pay on that."


A logical fallacy to justify some action or situation can take the form of an appeal to common practice. Is what I am seeing here what might be called an appeal to common malpractice?

Or is the fallacy simply a manifestation of the adage "misery loves company?"


Newell said this is not the first shutdown of Epic, which was fully installed in Swedish facilities in 2009 after a nearly two-year process. But it was the longest-running one, she acknowledged.

Gevalt.


Swedish is exploring creating "more sophisticated levels of backup" with other hospitals, Newell said, locating a giant server in a different geographic area to protect against various disasters such as earthquakes or floods.


Maybe they should have done that after the aforementioned other "glitches."

I repeat the adage:

"Either you're in control of your information system, or it's in control of you."

Indeed, if the information system is mission-critical, and you cannot control it, you literally have no business disrupting clinicians en masse and putting patients at risk by letting it control you.

Finally, on the topic of 'cybernetic extremophiles', I note that we have several Mars Rovers and very distant space probes such as Voyager 1 whose onboard computers (in the case of Voyager, built long ago with much less advanced technology than today's IT) have been working flawlessly in environments far more hostile than a hospital data center, and long beyond their stated life expectancies.

The Voyager 1 spacecraft is a 722-kilogram (1,592 lb) robotic space probe launched by NASA on September 5, 1977 to study the outer Solar System and eventually interstellar space. Operating for 33 years, 4 months, and 22 days, the spacecraft receives routine commands and transmits data back to the Deep Space Network. Currently in extended mission, the spacecraft is tasked with locating and studying the boundaries of the Solar System, including the Kuiper belt, the heliosphere and interstellar space. The primary mission ended November 20, 1980, after encountering the Jovian system in 1979 and the Saturnian system in 1980.[2] It was the first probe to provide detailed images of the two largest planets and their moons.

As of January 23, 2011, Voyager 1 was about 115.963 AU (17.242 billion km, or 10.8 billion miles) or about 0.00183 of a light-year from the Sun. Radio signals traveling at the speed of light between Voyager 1 and Earth take more than 16 hours to cross the distance between the two.


While these are exceptional case examples of resilience in IT systems far less complex than hospital IT, I believe healthcare can do better in terms of computer "glitches" affecting mission critical systems that are a bit closer than 10 billion miles away.

-- SS

More on "Electronic Health Records and Clinical Decision Support Systems: Impact on National Ambulatory Care Quality"

I wrote earlier at "BLOGSCAN - Electronic Health Records and Clinical Decision Support Systems: Impact on National Ambulatory Care Quality" that:

More on the primary article later. I'm busy managing the medical care of my relative's EHR-related 2010 injuries.

Now that I have some time, here are my thoughts on the article, and on a critique of that article published at the same time.

The article itself is at:

Electronic Health Records and Clinical Decision Support Systems: Impact on National Ambulatory Care Quality
Max J. Romano, BA; Randall S. Stafford, MD, PhD
Arch Intern Med. Published online January 24, 2011. doi:10.1001/archinternmed.2010.527

and the critique is at:

Clinical Decision Support and Rich Clinical Repositories: A Symbiotic Relationship: Comment on "Electronic Health Records and Clinical Decision Support Systems"
Clement McDonald and Swapna Abhyankar
Arch Intern Med. 2011;0(2011):20105181-2
[note - I know Dr. McDonald personally - ed.]

I restrict my comments to commercially available healthcare IT from traditional for-profit health IT merchants. These comments may not apply, or may not apply as directly, to open source EMR's (such as VistA and VistA-based products e.g., WorldVista).

First, I find the article's first major result not very surprising:

In only 1 of 20 indicators was quality greater in EHR visits than in non-EHR visits (diet counseling in high-risk adults, adjusted odds ratio, 1.65; 95% confidence interval, 1.21-2.26)

This is consistent with my belief that the primary problems in healthcare quality are not in the domain of record keeping, whether paper or computerized. Thus, as I wrote at "Is Healthcare IT a Solution to the Wrong Problem?", EMR's alone are a 'solution to the wrong problems.' They may solve bookkeeping issues, but they don't help clinicians, and in fact probably impair more than aid them due to the mission hostile user experience they often present.

The second major conclusion is more debatable:

Among the EHR visits, only 1 of 20 quality indicators showed significantly better performance in visits with CDS [clinical decision support -ed.] compared with EHR visits without CDS (lack of routine electrocardiographic ordering in low-risk patients, adjusted odds ratio, 2.88; 95% confidence interval, 1.69-4.90)

This result is more debatable due to the nature of, and limitations within, the study. CDS "done well" (two simple words behind which lay massive, perhaps wicked problem-level sociotechnical complexity) might actually improve guideline adherence by ambulatory care physicians.

The major challenge is in "doing it well" (both EHR and CDS) and getting the good data required to do CDS well under the substantial impediments posed by a dysfunctional health IT ecosystem as I wrote about here, and an oppressive environment for medical practitioners forcing them to "do more in less time" in the interests of money, often due to governmental interference in care.

These observations suggest that before tackling national EMR and CDS, we should be tackling the dysfunctions of the health IT industry and ecosystem.

The article did utilize some of the best data available to researchers:

DATA SOURCE

We used the most recent data available from the National Ambulatory Medical Care Survey (NAMCS, 2005-2007) and the National Hospital Ambulatory Medical Care Survey (NHAMCS, 2005-2007), both conducted by the National Center for Health Statistics (NCHS, Hyattsville, Maryland). These surveys gather information on ambulatory medical care provided by nonfederal, office-based, direct-care physicians (NAMCS)21 and provided in emergency and outpatient departments affiliated with nonfederal general and short-stay hospitals (NHAMCS).22 These federally conducted, national surveys are designed to meet the need for objective, reliable information about US ambulatory medical care services.23 These data sources have been widely used by government and academic research to report on patterns and trends in outpatient care.

I don't believe the findings can be challenged on the basis of faulty data.

The quality of care indicators chosen also were well thought out:

QUALITY-OF-CARE INDICATORS

Our analysis of quality of care used a selected set of 20 quality indicators that had previously been used to assess quality using NAMCS/NHAMCS26 but that had been updated to reflect changes in clinical guidelines. Each indicator represents a care guideline whose adherence can be measured using the visit-based information available from NAMCS/NHAMCS visit records. The indicators were developed using broad criteria established by the Institute of Medicine (clinical importance, scientific soundness, and feasibility for indicator selection) and specific criteria based on the NAMCS/NHAMCS data sources. The indicators fall into 5 categories: (1) pharmacological management of common chronic diseases, including atrial fibrillation, coronary artery disease, heart failure, hyperlipidemia, asthma, and hypertension (9 indicators); (2) appropriate antibiotic use in urinary tract infection and viral upper respiratory infections (2 indicators); (3) preventive counseling regarding diet, exercise, and smoking cessation (5 indicators); (4) appropriate use of screening tests for blood pressure measurement, urinalysis, and electrocardiography (3 indicators); and (5) inappropriate prescribing in elderly patients (1 indicator).

It should be recalled that this article is in many ways a follow up to the article "Electronic Health Record Use and the Quality of Ambulatory Care in the United States (Arch Intern Med. 2007;167:1400-1405, link to abstract here). The article's authors:

... performed a retrospective, cross-sectional analysis of visits in the 2003 and 2004 National Ambulatory Medical Care Survey. We examined EHR use throughout the United States and the association of EHR use with 17 ambulatory quality indicators. Performance on quality indicators was defined as the percentage of applicable visits in which patients received recommended care.

That article's authors reached what to many was a counterintuitive conclusion. The authors examined electronic health records (EHR) use throughout the U.S. and the association of EHR use with 17 basic quality indicators. They concluded that “as implemented, EHRs were not associated with better quality ambulatory care.” (To medical informaticists, the key phrase that explains these findings is “as implemented”, to which I would also add “as designed”, i.e., badly.)

In the latest article, obvious confounding variables appear to have reasonably been taken into account:

Performance on each quality indicator was defined as the proportion of eligible patients receiving guideline-congruent care so that a higher proportion represents greater concordance with care guidelines. Attention was paid to excluding those patients with comorbidities that would complicate guideline adherence (eg, asthma in assessing the use of β-blockers in coronary artery disease). Also, in some instances, care was adherent to the quality indicator if a similar therapy was provided (eg, warfarin rather than aspirin in coronary artery disease).

With regard to the authors' comments:

In a nationally representative survey of physician visits, neither EHRs nor CDS was associated with ambulatory care quality, which was suboptimal for many indicators.

As I mentioned, the first part of this statement represents a more solid a conclusion than the second.

However, one must ask why the first conclusion (EHR's without CDS not associated with better ambulatory care quality) might be so.

  • Was the study flawed in some way? As per the previous paragraphs, I don't think so.
  • Were factors in the real world clinical environment not amenable to cybernetic intervention responsible? This seems likely, such as harried and/or poorly trained physicians, pressured visit time limitations, and other factors that make EHR's a band aid at best.
  • Were EHR's a solution to the wrong problem? If documentation issues are not a significant factor in ambulatory care quality (physicians and patients do speak to one another, after all), then EHR's would not be expected to have much additional impact. This also seems likely.
  • Were the EHR's suboptimal? Mission hostile IT certainly should not be expected to have a large positive effect on the behavior of users.

Regarding the finding that even EHR's with CDS do not make a significant difference in compliance with treatment guidelines, one might also ask (as the authors of the critique did) if:

  • the CDS of the clinical IT in use did not cover the indicators measured. The indicators, however, are not particularly unusual or esoteric. It would therefore surprise me if there were few or no major intersections. (If this was the case, it would speak poorly of the commercial HIT merchants and their products.)
  • The CDS implementation itself were mission hostile, making it difficult for users to carry out the recommendations in their harried, time limited visits.
Either issue goes back to my point about correcting the IT ecosystem before rolling out this technology at a cost of hundreds of billions of dollars.

The authors state:

While our findings do not rule out the possibility that the use of CDS may improve quality in some settings, they cast doubt on the argument that the use of EHRs is a "magic bullet" for health care quality improvement, as some advocates imply.

Yes, right up to the POTUS and the HHS ONC office such as:

... The widespread use of electronic health records (EHRs) in the United States is inevitable. EHRs will improve caregivers’ decisions and patients’ outcomes. Once patients experience the benefits of this technology, they will demand nothing less from their providers. Hundreds of thousands of physicians have already seen these benefits in their clinical practice. (ONC Chair Blumenthal in the NEJM).

and this:
“We know that every study and every professional consensus process has concluded that electronic health systems strongly and materially improve patient safety. And we believe that in spreading electronic health records we are going to avoid many types of errors that currently plague the healthcare system,” Blumenthal said when unveiling new regulations in Washington on July 13.

As I wrote at "Huffington Post Investigative Fund: FDA, Obama Digital Medical Records Team at Odds over Safety Oversight", no, we don't know that. The assertion about "every study and consensus process" is demonstrably false.

I think anyone still believing in IT as any type of "magic bullet" needs to be disqualified from involvement in healthcare.

On a matter of my own critique of the article, there's this:

Several anecdotal articles describe how CDS can disrupt care and decrease care quality; however, further empirical research is needed.35-36 In the absence of broad evidence supporting existing CDS systems, planned investment should be monitored carefully and its impact and cost evaluated rigorously.

As in my posts "The Dangers of Critical Thinking in A Politicized, Irrational Culture", "EHR Problems? No, They're Merely Anecodotal" and "Health IT: On Anecdotalism and Totalitarianism", there's that shibboleth term "anecdotal" again.

The "anecdotal" articles do not include the work of Koppel, Hahn or others who did extensive empirical research and found major problems and increased risks of error created by CPOE and bar coding, to name two variations of clinical IT thought to be "slam dunks" for improved care delivery. Further, the "anecdotes" of HIT malfunction in sites such as the FDA's MAUDE database are alarming to me due to the obvious risk to patients they reflect - whether injuries occurred or not (there is a patient death account in MAUDE as well), but apparently not to the academic community or ONC, which is chaired by an academic:

http://www.massdevice.com/news/blumenthal-evidence-adverse-events-with-emrs-anecdotal-and-fragmented

... [Blumenthal's] department is confident that its mission remains unchanged in trying to push all healthcare establishments to adopt EMRs as a standard practice. "The [ONC] committee [investigating FDA reports of HIT endangement] said that nothing it had found would give them any pause that a policy of introducing EMR's could impede patient safety," he said. (Also see http://hcrenewal.blogspot.com/2010/05/david-blumenthal-on-health-it-safety.html).

It has occurred to me that this "what - me worry?" polyanna attitude may reflect an academic bias or over-zealotry regarding peer review and retrospective event descriptions - as opposed to risk.

By way of career history, I often lunched with the Director of System Safety of the regional transit authority I once worked for, and accompanied him on site visits; it was amazing how fast he could identify potential risks in sites we visited, both within and outside the authority (e.g., external drug testing laboratories). He identified risks based on personal expertise and experience, and did not seek peer review of his assessments. He sought (and received) action.

He thought, and I, partially as a result of this exposure, think proactively in terms of risk, not retrospectively in terms of confirmed, peer reviewed accident reports. On that basis, the 1999 appearance of my site on health IT problems and the commentary initially received, still online at this link, should have resulted in significant concern from the HIT academic community, were it not for the aforementioned "lensing effect" of their stations in the domain. Its being passed off as of little more than "anecdote" (a critique I still hear about the modern site) was a disappointment for someone of my heterogeneous background.

I expressed my views on this issue in a comment:

I am quite fed up with the positivist-extremist academic eggheads whose views are so beyond common sense regarding 'anecdotes' of health IT harm from qualified users and observers, that they would find 'anecdotal stories' of people being scalded when opening hot car radiators as merely anecdotes, and do likewise.

These people have been part of the crowd that's led to irrational exuberance on health IT at a national level.

As Scott Adams put it regarding the logical fallacy known as:

IGNORING ALL ANECDOTAL EVIDENCE

Example: I always get hives immediately after eating strawberries. But without a scientifically controlled experiment, it's not reliable data. So I continue to eat strawberries every day, since I can't tell if they cause hives.

I think that summarizes the "academic lensing effect" regarding risk of HIT.

I can also critique the near lack of mention of EHR quality issues:

At the same time, our findings may suggest a need for greater attention to quality control and coordinated implementation to realize the potential of EHRs and CDS to improve health care.

My comment to this is: you don't say? As I've often written, healthcare will not be reformed until health IT itself is reformed.

Finally, on the published critique of the article, I find this passage remarkable:

Regardless of the differences, we know from multiple randomized controlled trials that well-implemented CDS systems can produce large and important improvements in care processes. What we do not know is whether we can extend these results to a national level. The results of Romano and Stafford's study suggest not. However, we suspect that the EHR and CDS systems in use at the time of their study were immature, did not cover many of the guidelines that the study targeted, and had incomplete patient data; a 2005 survey of Massachusetts physicians supports this concern.5 On the other hand, we are not surprised that EHRs without CDS do not affect guideline adherence, because without CDS, most EHRs function primarily as data repositories that gather, organize, and display patient data, not as prods to action.

It's remarkable in several aspects:

  • First, the refrain of "immature systems" or, expressed more colloquially, a "versioning problem" seems to come up when health IT is challenged. One survey of physicians in one state aside, the fact that more fundamental issues of health IT fitness for purpose and usability are usually not mentioned is striking, as here.
  • If the systems were indeed "immature" just several years ago, this speaks poorly for the health IT merchants and their products (as well as the buyers), and back we go to the issue of remediating the HIT ecosystem before we attempt to remediate medicine with its products.
  • The final statement about EHR's lacking CDS not being "prods to action" raises the question: why were extraordinary claims made for EHR's in the past several decades, and why were so many organizations buying EHR's without equally extraordinary evidence?

Regarding the following assertion in the critique:

Although EHRs without CDS may not improve adherence to clinical guidelines, they are (1) a necessary precondition for having CDS (without electronic data, there can be no electronic support functions); (2) valuable for maintaining findable, sharable, legible, medical records; and (3) when they are amply populated (ie, they contain at least 1 or 2 years of dictations, test results, medications, and diagnoses/problems), physicans love them because there are no more lost charts or long waits on the telephone for laboratory results.

I make the following observations:

  • Re (1): could extra support staff markedly increase "decision support" at the point of care using paper methods, at a fraction of the cost of health IT?
  • Re (2): legible, yes; useful, perhaps not. The near 3000 pages generated by a fraction of my relative's long hospitalization due to HIT-related injury, covering only the first two and a half week hospitalization, were very legible. Very legible; very filled with legible gibberish, unfortunately; and very useless to most humans needing to review her case and render additional care. This problem once again goes to the need to address problems within the HIT ecosystem.
  • Re: (3) I would like a reference for the statement about "physicians loving their EHR." Due to the extra efforts and expense involved, it would seem even under the best of circumstances to be a love-hate relationship. Surveys like this one (link) support that notion.

Still more on physicians "loving" EHR's:

Survey: Docs Skeptical of EHRs, Hate Reform

Health Data Management, January 20, 2011

A recent survey of nearly 3,000 physicians shows high levels of displeasure with the Affordable Care Act--and a lot of them don't like electronic health records either.

Of the 2,958 physicians surveyed in September, only 39 percent believe EHRs will have a positive effect on the quality of patient care. Twenty-four percent believe EHRs will have a negative effect on quality, and 37 percent forecast a neutral factor.

HCPlexus, publisher of the The Little Blue Book reference guide for physicians, developed and conducted the survey with content vendor Thomson Reuters. The survey sample came from physicians in HCPlexus' database. The fax-based survey was done in September 2010, with additional information directly gathered via phone or e-mail from hundreds of the surveyed physicians in December and January.

In conclusion, the new Archives article represents yet another data point challenging uncritical assertions of automatic EHR-created medical improvement.

I agree with both the article's authors and those who wrote the critique that more reserch is needed (not more fast-paced implementation).

As concluded in 2009 by the National Research Council in a study led by several HIT pioneers:

Current efforts aimed at the nationwide deployment of health care information technology (IT) will not be sufficient to achieve medical leaders' vision of health care in the 21st century and may even set back the cause ... In the long term, success will depend upon accelerating interdisciplinary research in biomedical informatics, computer science, social science, and health care engineering.

These words should not be ignored.

-- SS

BLOGSCAN - Electronic Health Records and Clinical Decision Support Systems: Impact on National Ambulatory Care Quality

From the blog of Dr. Sanjay Gupta at CNN health:

Electronic health records no cure-all

Electronic medical records, also known as EHRs, often touted as a powerful antidote for uncoordinated and ineffective medical care, do little to help patients outside the hospital, according to a new study.

Researchers from Stanford University analyzed federal data on more than 255,000 patients, about a third of whom had health information carried electronically. The researchers compared the care of those patients to the care of patients without EHRs, on 20 different measures of quality – for example, whether proper medication was prescribed for patients with asthma or simple infections, or whether smokers were counseled on ways to quit. On 19 of the 20 measures, there was no benefit from having an EHR. The one exception was dietary advice: Patients at high-risk for illness were slightly more likely to receive counseling on a proper diet.

The U.S. Department of Health and Human Services has pushed hard to encourage the adoption of electronic medical records, including $19 billion worth of incentives for doctors and hospitals. A move to EHRs is one of the less controversial aspects of health care reform, and the shift is often touted by President Obama.

But skeptics say there are serious risks to an overreliance on EHRs, from missing information to simple computer crashes. A report last month from the ECRI Institute, a respected organization that studies science and health issues, listed “data loss and system incompatibilities” as one of ten “Top 10 Health Technology Hazards for 2011.”

Jeffrey C. Lerner, president and chief executive officer of the ECRI Institute, said the new findings are no surprise. "It is reasonable to assume that electronic health records will ultimately help the cause," he told CNN in an email, "but new technology has a learning curve. [Somehow, this "new technology" that dates back decades is having one hell of a long learning curve - ed.] Think of your smart phone. Improving quality will remain a tough challenge, but avoiding technology use doesn’t sound like an alternative.”

To examine whether better technology might help, the Stanford team also looked at whether care was better when physicians used a computer system to help guide them through treatment options. It barely made a difference.

The project was started by Max Romano, an undergraduate at the time who now studies medicine at Johns Hopkins University. The final paper was co-written with Dr. Randall Stafford, a professor at the Stanford Prevention Research Center.

"Our initial hope was that we would see a correlation between electronic health records and quality, and when we looked at the subset of patients whose doctors got help from the clinical decision support systems [decision-making software], we'd see an even stronger relationship," says Stafford. "Perhaps we need to re-examine the naive assumption that just putting in place an EHR system will make a huge difference." [That's called "technological determinism" - ed.]

While praising federal efforts to standardize and streamline EHRs, Stafford said the findings raise serious questions about the scope and speed of the $19 billion campaign. "There is a need to question investing that much societal resource in electronic health records when we really don’t know the answer of what effects those are going to have. Having made that decision, it's incumbent for us to demand exactly what we have gotten out of the investment."


Once again, as I pointed out here, you've seen these questions raised long ago at Healthcare Renewal and at a much older site on health IT difficulties the authors may not be aware of, specifically here.

The CNN post describes results reported online in the Archives of Internal Medicine:

Electronic Health Records and Clinical Decision Support Systems: Impact on National Ambulatory Care Quality

Max J. Romano, BA; Randall S. Stafford, MD, PhD
Arch Intern Med. Published online January 24, 2011. doi:10.1001/archinternmed.2010.527

More on the primary article later.

I'm busy helping managing the medical care of my relative's 2010 EHR-related injuries.

-- SS

Addendum:

My followup post on the primary article is here.