We do a lot of things in our head in this business. Once a patient reports a symptom, we mentally run down lists of related followup questions, possible diagnoses, similar cases we have seen. All this happens faster than we could ever describe in words (let alone type).
And, just like in math class, we are constantly reminded that it doesn’t matter if we have the right answer if we can’t describe how we got there.
So the ninth doctor who observes a little girl with deteriorating neurologic functioning and after less than ten minutes says “your child has Rett Syndrome” could theoretically get paid less than the previous eight doctors whose explorations meandered for over an hour before they admitted they didn’t know what was going on.
Does anybody care how Mozart or Beethoven created their music? Or do we mostly care about how it makes us feel when we listen to it?
By FELICIA D. GOODRUM STERLING, PhD and HEIDI L. POTTINGER, DrPH, MPH, MA
The measles outbreak in Washington state this week has brought new attention to the anti-vaccine movement. In fact, the World Health Organization recently identified “vaccine hesitancy” as one of top threats to global health. In the US, the number of unvaccinated children has quadrupled since 2001, enabling the resurgence of infectious diseases long-since controlled. In fact, the WHO claims a staggering 1.5 million deaths could be prevented worldwide by improved vaccination rates.
Amidst the media and public health outcry, a mystery persists: Why has vaccine hesitancy continued, despite years of vigorous debunking of shoddy science? The answer may lie in a deeply-rooted distrust of doctors and science.
One of the authors of this article, Dr. Pottinger, surveyed hundreds of Arizona parents, from schools with exemption rates greater than 10%, about their perceptions on vaccines. Pottinger and colleagues found the vast majority of the parents surveyed who delayed or chose not to vaccinate their children did so because of true personal beliefs and not convenience. Specifically, they tended to distrust physicians and information about vaccines or held misperceptions about health and disease, including the idea that immunity by natural infection is more effective or that vaccine-preventable diseases are not severe.
These beliefs, stoked by a fraudulent 2010 study, have proven almost impossible to shake—despite the fact that the debunked study, based on 12 children, was retracted due to serious ethical violations and scientific misrepresentation; authors cherry-picked and fabricated data, and the first author had undisclosed business interests in the vaccine industry.
On one hand, regulators are reluctant to limit private corporate action lest we reduce innovation and patient choice and promote moral hazards. On the other hand, a privatized marketplace for services requires transparency of costs and quality and a minimum of economic externalities that privatize profit and socialize costs.
For over two decades, the HIPAA law and regulations have dominated the way personal health data is used and abused to manipulate physician practice and increase costs. During these decades, digital technology has brought marvels of innovation and competition to markets as diverse as travel and publishing while healthcare technology is burning out physicians and driving patients to bankruptcy.
I pay $500 per year for UpToDate, the online reference that helps me stay current on diagnostic criteria and best treatment options for most diseases I might run into in my practice. They also have a rich library of patient information, which I often print out during office visits.
I don’t get any “credit” for doing that, but I do if I print the, often paltry, patient handouts built into my EMR. That was how the rules governing meaningful use of subsidized computer technology for medical offices were written.
If I describe in great detail in my office note how I motivated a patient to quit smoking but forgot to also check the box that smoking cessation education was provided, I look like a negligent doctor. My expensive EMR can’t extract that information from the text. Google, from my mobile device, can translate between languages and manages to send me ads based on words in my web searches.
When I do a diabetic foot exam, it doesn’t count for my quality metrics if I freetext it; I must use the right boxes. If I do it diligently on my iPad in eClinicalWorks, one of my EMRs, even if I use the clickboxes, it doesn’t carry over to the flowsheet or my report card.
Today’s opioid crisis is one of the most dire side effects driven by our dysfunctional U.S. healthcare system. A recent JAMA Surgery report found that many surgeons prescribe four times more opioids than their patients use. This opens the door for misuse and abuse later on. In fact, the total combined cost of misuse, abuse, dependence and overdose is about $78.5 billion.
Unfortunately, there’s a direct connection between the low-quality care many patients receive, and the astounding rates of opioid addiction. Often, insurance plans offer access to high-cost, volume-centric physicians and include high deductibles — creating an expensive cycle that doesn’t focus on patient outcomes. Instead of taking the time to figure out what is actually ailing a patient, these overworked and nearly burnt-out doctors get them in and out the door with a referral and a prescription for more pills than they could ever need.
What may surprise you is that employers play a large part in setting the stage for addiction. Millions of Americans get their health insurance from their employer, and a majority of those plans are fully-insured. To determine what insurance plan they offer, employers work with a benefits broker to purchase one from a carrier like Aetna or Cigna. Each year, employers and their broker join together for an annual dance — the broker tells them that healthcare costs are rising so their insurance rates have gone up, usually by 5-20 percent. The employers don’t know better than to accept these increases, filtering them down to employees in the form of higher premiums. Despite costs constantly going up, the quality of care does not follow. Continue reading…
Awareness about PD and its treatment and implications thereof are critical in ensuring reduced risks for this patient population. People with PD are very dependent on their medication, and timing of this medication is critical to maintaining good symptomatic control. In the outpatient setting, the main goal of medication management for these patients is to provide as much ON time as possible while minimizing side effects of the medications, such as dyskinesia. ON time describes a period of time when the medications are working and symptoms are controlled. Patients with advanced PD may have considerable difficulty with motor fluctuations if they transition from the ON state to an OFF state when the medication effect has worn off and they are symptomatic. The fine tuning of the medication regimen is pain-staking and often the result of multiple office visits and telephone calls to arrive at the best schedule customized for the patient. This can often result in seemingly unconventional timings (sometimes on the quarter after the hour) and at time q3 or even q2 intervals. Deviations from these regimens, even as little as 15 minutes delays, can have deleterious effects on patients with PD, as detailed above.
When patients with PD enter the hospital, attention is seldom paid to the exact timing of medication administration. If a patient takes a particular medication six times daily, ordering the medication six times daily in the hospital defaults to standard timings that often are different from the patients’ own regimen, causing timing errors. Almost 75% of PD patients who enter the hospital have delays in their medications and more than 60% of these patients can have complications during their hospitalization because of these delays.
By ARTHUR CAPLAN, KELLY MCBRIDE FOLKERS, and ANDREW MCFADYEN
A patient with glioblastoma recently received an experimental cancer vaccine at the University of California, Irvine. Notably, this is being hailed as the first case of someone utilizing the Right to Try Act of 2017. ERC-USA, a U.S. subsidiary of the Brussels-based pharmaceutical company Epitopoietic Research Corporation, says it provided its product, Gliovac, to the patient at no cost. The vaccine is currently undergoing Phase II clinical trials. A handful of people in Europe have received access to it through “compassionate use.” This patient did not qualify for ongoing clinical trials in the U.S. The patient, who remains anonymous, is the first known individual to receive an experimental medicine that has not been approved by the FDA, as permitted under the federal right to try law.
Glioblastoma is a nasty cancer – John McCain and Ted Kennedy passed away after battling the disease for just over a year. We believe that patients with terminal illnesses, like those with glioblastoma, should have every reasonable tool at their disposal to treat their disease.
That being said, we’ve argued before that right to try laws are not the best way to help desperate patients. They still aren’t. The number of cases claimed to date is exactly one. And, further examination of what we know about this case does not make a strong argument for the widespread usage of the right to try pathway.
I’ve been toying with this dilemma for a while: SOAP notes (Subjective, Objective, Assessment, Plan) are too long; APSO just jumbles the order, but the core items are still too far apart, with too much fluff in between. We need something better – aSOAP!
Electronic medical record notes are simply way too cumbersome, no matter in what order the segments are displayed, to be of much use if we quickly want to check what happened in the last few office visits before entering the exam room.
It is time we do something different, and I believe the solution is under our noses every day, at least if we read the medical journals:
I can be aware of what’s going on in the medical literature without reading every article. How? Think about it…