Medical Residents, Misplaced Pride and Saner Hours

When one of my best friends in medical school returned from an interview for a surgical residency program, he told me how some of the surgeons there bragged that they were worked so hard that the divorce rate among their trainees was greater than 100 percent — some of them burned through two marriages.

They were proud of this. I was horrified.

I doubt this statistic was true, even 20 years ago, and I’m even surer it’s not true now. But it points to an important truth: Some physicians equate “suffering” with “commitment” and believe that a residency should be grueling and difficult.

A resident is a physician having further on-the-job training after medical school. When I was one, I regularly worked 80-plus hours a week. When I was in the Infant Intensive Care Unit, I was on q3, meaning that in addition to working 12-hour days, I worked every third night between them as well. In a bad week, I could easily work more than 90 hours. And I was a pediatrician. Many specialties, like surgery, have it far worse.

Personally, I couldn’t believe this was good for patient care. Others agreed. In 2003, the Accreditation Council for Graduate Medical Education passed new regulations that capped resident hours at 80 hours per week, and also limited shift lengths and required time off between shifts. In 2011, these were strengthened to further limit the time that interns, or first-year residents, could work.

There are other people in the health care industry who believe that such changes are bad for patient care. Reducing hours and shortening shifts means that doctors have to hand off patients to one another more regularly. Things could get missed. Doctors who are coming on might not understand the patients as well as those who are coming off. Perhaps reducing work hours is bad for patients.

Most evidence does not support this claim. A systematic review found that patient health did not improve after duty hours were restricted, but few studies found that it worsened.

Beyond patient health, there have been concerns that reduced hours might result in worse education. Residents with reduced hours would miss lectures. Surgical residents might be forced to leave procedures. These concerns make sense, but most evidence doesn’t support the claim that education is being harmed either.

A recent study published in the New England Journal of Medicine brings us new answers. This was a national study of 117 general surgery residency programs in 2014 and 2015. Programs were randomized to one of two work-hour policies. The first was “traditional”: Interns could not work more than 16 hours straight. Other residents could not work more than 28 hours straight (24 for “work” and 4 for “transition”).

All residents had to have at least eight (but preferably 10) hours off between shifts, 14 hours if they’d just worked a 28-hour shift. Residents couldn’t work on average more than 80 hours a week over four weeks. They had to have one full day off every seven days over four weeks, and they couldn’t be on call more than every third night.

The other group was assigned the new “flexible” policy. In that one, interns could work more than 16 hours straight, and residents could work more than the 24/28 hours straight. They weren’t required to have the 8 to 10 hours off, or the 14 hours off after a long shift. They still couldn’t work more than 80 hours a week averaged over four weeks, however. They still had to have one day off for every seven, and they still couldn’t be on call more than once every third night. In other words, residents in the “flexible” policy still had maximum hours capped and days off required, but could work longer hours per shift to avoid missing procedures or having to hand off patients if they didn’t want to.

Data were analyzed on almost 139,000 patients. The rates of death and/or serious complications were 9.1 percent in the flexible-policy group and 9 percent in the standard-policy group. The flexible-policy group was not inferior. The concerns we might have about patients being hurt if doctors worked longer shifts do not appear to be well supported by data, at least using these criteria as “hurt.”

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What about satisfaction? Of the 4,330 residents studied, 11 percent of the flexible-policy group and 10.7 percent of those in the standard-policy group reported dissatisfaction with the overall education, essentially no difference. With respect to well-being, almost 15 percent of those in the flexible-policy group and 12 percent of those in the standard-policy group reported dissatisfaction. Again, hardly a difference. Moreover, residents in the flexible-policy group were less likely to report negative effects of duty-hour policies on patient safety, continuity of care, professionalism and resident education. They were also less likely to have to leave in the middle of an operation (7 percent vs. 13.2 percent) or to report having to hand off patients in the middle of continuing problems (32 percent vs. 46.3 percent).

The flexible-policy doctors were, however, more likely to report negative effects on personal activities.

The authors’ conclusions gave me the impression that since giving residents more flexibility, like working longer shifts, did not increase complication rates and seemed acceptable to residents, the complaints of those who demand that residents be protected are overblown. We should let them work more and not interfere. It’s safe and feasible.

I’m not sure I agree. Another way to look at this is that holding residents to relatively shorter shifts didn’t result in higher rates of death or complications in patients either. Given that there don’t appear to be patient harms, the only reason to switch is because you believe it’s better for residents. It’s hard to imagine that’s true.

Further, asking the residents what they think may not be the best way to determine if that’s the case. Residency programs have a way of indoctrinating new recruits into believing that misery is somehow noble.

A better metric, and one that we should all care about, is whether resident surgeons are less well trained and skilled when they come out of residency now than before. I’ve heard plenty of anecdotes to support this notion from colleagues, but I’ve seen no good evidence to prove it. Without good data, it feels more like the usual griping each generation seems to have about being the last great one.

The concerns of those training physicians are valid and should not be ignored. However, if patients aren’t harmed and education doesn’t suffer, we should probably err on the side of treating our doctors-in-training as benignly as possible. As I’ve discussed before, depression and other mental health problems are already common enough during training. We want to be sure that as we create doctors, we aren’t sacrificing human beings.

source: nytimes

New MED Curriculum Aimed at Stemming Explosive Rise in Opioid Misuse

Massachusetts—like the rest of the nation—is in the grip of a public health crisis involving opioid overdoses. In 2014, more than 4.6 million scripts for opioid analgesics were written in the Bay State, and an estimated 1,256 people died from heroin and prescription opioid overdoses—the highest number on record. Nationwide, the Centers for Disease Control and Prevention says that the rate of overdose deaths has increased 200 percent since 2000, echoing a 140 percent increase in opioid prescriptions since the mid 1990s.

In an effort to address the opioid overdose crisis in Massachusetts, Governor Charlie Baker reached out this past fall to the deans of the commonwealth’s four medical schools (BU School of Medicine, Harvard Medical School, Tufts University School of Medicine, and University of Massachusetts Medical School) and asked for their help in designing a list of core competencies needing to be covered during medical school to help combat prescription drug misuse, addiction, and overdose fatalities.

Working with the Massachusetts Medical Society and Monica Bharel (MED’94), the commonwealth’s public health commissioner, the schools developed a list of 10 competencies that will be introduced into their curricula beginning this year.

“These educational standards represent an innovative and forward-thinking contribution to the state’s multifaceted strategy to curb the opioid epidemic,” Baker noted in his announcement of the results of the med schools’ collaboration.

“We previously provided a curriculum that emphasized preventing and treating addiction,” says Karen Antman, MED dean and provost of the Medical Campus. “Now we have integrated the 10 competencies over the four years of our curriculum. We are responding to provide a stronger foundation for tomorrow’s physicians and scientists.”

MED’s Safe Opioid Prescribing Curriculum is being overseen by Daniel Alford (SPH’86, MED’92), a MED associate professor of medicine and assistant dean for continuing medical education. The 10 core competencies, centered around 3 major areas, are designed to provide a broader, more comprehensive approach “to understanding the physician role in preventing, screening for, and managing unhealthy substance use and prescription drug misuse in our patients,” Alford says.

Opioid Pills

“The first area focuses on prevention of this problem in the first place,” he says. “It’s emphasizing the use of multimodal treatments for chronic pain that minimize the use of opioids, or when opioids are indicated, to prescribe them in a way that’s safe and that follows guideline-based care.” Students will be taught to identify those patients who may be at higher risk for running into problems with these medications, including people who have a personal or family history of a substance use disorder and those with a history of mental illness. “It doesn’t mean that you shouldn’t ever prescribe opioids for those individuals,” Alford says. “But it means that they’re at a higher risk for prescription opioid misuse and they need to be informed about that risk and we need to monitor them more closely.”

The second area focuses on patients who have been identified as at risk for developing problems with prescription opioids. The expanded curriculum will teach students how to treat patients who have a history of substance use disorder in a way that accounts for that risk, Alford says, “so that you can decrease the likelihood that the patient in recovery will relapse to active drug use.”

The third area will teach medical students how to manage substance abuse disorders as a chronic disease. This means learning to talk to patients about treatment options (including using motivational interviewing to help patients adopt healthier behaviors) and guiding them to resources and evidence-based treatments.

The new curriculum will be woven throughout the students’ education. The first year they will be taught how to become comfortable asking patients about substance use in a nonjudgmental way and using validated questions so that patients feel comfortable answering honestly.

“This is going to be integrated much like the existing curriculum around nutrition and evidence-based medicine,” says Alford. “There’s no one department that owns it by itself, but it crosses all the various departments, with the curricula imbedded in multiple places.”

As well as lectures and workshops on the neurobiology of addiction and how to screen patients for unhealthy substance use, students will participate in simulations, where they will work with actors playing patients who are suffering from various substance use disorders.

“We really want our students to carefully listen to their patients, to what they say and what they don’t say, and to treat their patients’ pain responsibly,” says Douglas Hughes, Ramsey Professor of Theory and Practice and MED associate dean for academic affairs. “It’s so important they get it right.”

In addition to the new safe prescribing curriculum, all fourth year MED students will complete the two-hour Safe and Competent Opioid Prescribing Education (Scope of Pain) program, a continuing medical education course for physicians and nurses designed by Alford and based on a curricular blueprint created by the US Food and Drug Administration. SCOPE of Pain debuted as an online course in 2013, with live training offered about six months later.

As part of the new Safe Opioid Prescribing Curriculum, students will be required to demonstrate proficiency in the use of naloxone, an antidote for opioid overdose.

SCOPE of Pain is broken into three modules that follow a fictional female patient already taking opioids for her chronic pain when she visits her new doctor. In the first module, health care providers learn how to assess the patient’s pain and function and her risk for opioid misuse. In the second module, the patient returns a week later and the doctor must decide whether to continue, modify, or discontinue the opioids she’s taking, and if continued, how to monitor her to so she gets the most benefit and the least harm. In the final module, the patient shows up at an emergency room months after her first visit—she’s run out of her prescription and is asking for an early refill. That scenario helps physicians assess the kind of worrisome behavior she’s exhibiting: they need to consider all of the possible causes (differential diagnoses) and figure out how they might talk to her about the risk she’s facing. It also gives them a chance to consider how they might change the patient’s treatment plan. Alford says the program really aims to answer “how do you prescribe opioids in a way that maximizes benefit and minimizes harm.”

An evaluation of the SCOPE of Pain program was recently published in the journal Pain Medicine, showing how the program successfully shifted physician opioid prescribing practice toward safe guideline-coordinate care.

While he is optimistic that initiatives like the new Safe Opioid Prescribing Curriculum will help to reduce the opioid misuse epidemic, Alford, who was just named this year’s recipient of the American Society of Addiction Medicine’s Educator of the Year award, says faculty as well as students need to be trained. “You can train students to know what the right thing to do is, but if they don’t see it modeled when they start doing their clinical rotations, if they go out in the community and they see some doctor who’s doing something completely different, it doesn’t reinforce this new approach,” he says. “It all needs to happen at the same time, but once that occurs, I think we will make a difference.”

Hughes concurs that training tomorrow’s physicians by itself won’t make the opioid crisis go away. “I think this expanded curriculum will be successful in reducing opioid addiction and overdose, but there are bigger forces at play here,” he says. “There is a population of people who have a difficult time finding a job, holding a job. They don’t have opportunities, they don’t have financial resources. And that precipitates trouble. We will deal with the opioid crisis, but there are social inequities that have to be addressed if we’re to really tackle opioid addiction and overdose.”

Medical school opens up to public

Elyssia Adamo has always been interested in a career in medicine.

"Throughout high school and even before that I've always had a very keen interest for the math and science fields," said Adamo, now a first-year student at the Northern Ontario School of Medicine's Thunder Bay campus.

Born and raised in the same city, Adamo hopes to build a career in the North and to help the medical school continue to make health care more accessible in the North by adding to the number of physicians practising in the region.

Adamo was one of several students, as well as staff, in attendance at NOSM's open house on Thursday.

The event was to feature the work the medical school has done since opening 10 years ago and also to attract potential students.

"I was attracted to NOSM because there are various characteristics that I think make it a very good and attractive medical school to want to go to," said Adamo, noting one of those reasons is the smaller class sizes.

"It allows a lot of small group learning, lets you build off of other students, have discussions on topics," she said. "I find it expands your scope of learning."

The open house featured information kiosks and interactive activities and NOSM's director of communications Kim Daynard said they also specifically invited high school and elementary students.

"We recognize there may be youth that haven't considered health as a career option and we want to make sure people have the information they need to make informed decisions," she said. "What we'd like to really do is spark an interest in health care and related professions in the youth of Northern Ontario."

The medical school has graduated 415 MDs since opening in 2015 and Daynard said 94 per cent of NOSM graduates who complete their residency in Northern Ontario are practicing in the North.

Daynard added that the open house is important to show the community they are living up to their social accountability mandate to continue improving the health of people in Northern Ontario.

"It's important that we report back to the community," she said, adding it's also about giving the community a chance to see what the school is doing and if they're accomplishing their goals.

Medical school access 'dominated by most affluent', says new study

Access to medical school across the UK is still dominated by students from more affluent parts of society, a new study led by the University of Dundee has shown.

The study has revealed considerable variation between the four UK nations and between different medical schools.

Researchers from the Universities of Dundee and Central Lancashire analysed application data for 22 medical schools and around 30,000 applicants across the UK for the three years from 2009-10 to 2011-12, The study was supported by the UK Clinical Aptitude Test consortium (www.ukcat.ac.uk/our-research ) which provided data.

The results are published in the journal BMC Medical Education.

The study looked at socioeconomic status using postcode data for applicants, school type and parental occupation.

Medical students have historically largely come from more affluent parts of society, leading many countries to seek to broaden access to medical careers on the grounds of social justice and the perceived benefits of greater workforce diversity.

However, the new study shows marked differences across the social gradient of applicants. Depending on which UK country they were from, between 19.7% and 34.5% of applicants lived in the most affluent tenth of postcodes, as opposed to only 1.8-5.7% in the least affluent tenth of areas.

The inequality between the most and least affluent appears to be greatest in Scotland, Wales and Northern Ireland, with England appearing to have the most equitable distribution of applicants, although researchers say comparisons between countries are difficult because they measure affluence and deprivation differently.

However, the majority of applicants in all postcodes had parents in higher end occupations. A quarter of people in the UK are in the two lowest occupational groups, but only one in twenty medical applicants had parents in these occupations.

There was also a higher rate of applications from students at independent schools as opposed to state schools.

"Regardless of which measure you look at, those coming from less affluent backgrounds are much less likely to apply to study medicine, and those that do apply are somewhat less likely to be offered a place at medical school," said Professor Bruce Guthrie, of the University of Dundee Medical School.

"One of the major implications arising from our results is that they show that modifying selection processes is unlikely to have a major impact on widening participation because so few people from less affluent backgrounds apply in the first place.

"There is a large variation between medical schools in terms of the applicants they attract, and the proportion of applicants from less affluent backgrounds who get a firm offer of a place. This may indicate that some medical schools have implemented effective strategies to widen participation. However, there needs to be better understanding of why these differences exist and how best practice can be shared.

"Admission to medical school determines the composition of the medical profession in the future and, based on our analysis, medicine in the UK will remain dominated by those from more affluent backgrounds.

"There is no quick fix to widening participation, partly because gaining a place remains, rightly, largely determined by academic ability."

Is the stethoscope dead? Time to check the pulse of a medical icon

Medical students and residents listen to their stethoscopes during a training session at Johns Hopkins School of Medicine in Baltimore. Photo / The Washington Post, Ricky Carioti

The stethoscope is having a crossroads moment. Perhaps more than at any time in its two-century history, this ubiquitous tool of the medical profession is at the centre of debate over how medicine should be practiced.

In recent years, the sounds it transmits from the heart, lungs, blood vessels and bowels have been digitised, amplified, filtered and recorded. Four months ago, the Food and Drug Administration approved a stethoscope that can faithfully reproduce those sounds on a cellphone app thousands of miles away or send them directly to an electronic medical record.

Algorithms already exist that can analyse the clues picked up by a stethoscope and offer a possible diagnosis.

But whether all this represents the rebirth of diagnostic possibility or the death rattle of an obsolete device is a subject of spirited discussion in cardiology. The widespread use of echocardiograms and the development of pocket-sized ultrasound devices are raising questions about why doctors and others continue to sling earphones and rubber tubing around their necks.

"The stethoscope is dead," said Jagat Narula, a cardiologist and associate dean for global health at the Icahn School of Medicine at Mount Sinai Hospital in New York. "The time for the stethoscope is gone."

Not so, counters W. Reid Thompson, an associate professor of pediatrics at Johns Hopkins University School of Medicine. "We are not at the place, and probably won't be for a very long time," where listening to the body's sounds is replaced by imaging. "It is valuable," he said.

One thing on which both sides agree, however, is that doctors aren't very good at using stethoscopes - and haven't been for a long while.

Medical students and residents listen to their stethoscopes during a training session at Johns Hopkins School of Medicine in Baltimore. Photo / The Washington Post, Ricky Carioti

In 1997, researchers examined how well 453 physicians in training and 88 medical students interpreted the information obtained via stethoscope. According to their study, "both internal medicine and family practice trainees had a disturbingly low identification rate for 12 important and commonly encountered cardiac events."

Nineteen years later, another team tried to determine when doctors stopped improving at "auscultation" - the art of listening to the body to detect disease. The answer: After the third year of medical school.

Worse, the researchers wrote in the Archives of Internal Medicine, that skill "may decline after years in practice, which has important implications for medical decision-making, patient safety, cost-effective care and continuing medical education."

That can't be what French physician René Laennec envisioned in 1816 when, reluctant to place his ear against a woman's chest to listen to her heart, he rolled sheets of paper into a tube that amplified the sounds. He went on to invent the stethoscope and is considered the father of auscultation.

In 2016, the device remains one of the last instruments that health care providers use to infer the nature of a problem, rather than viewing it directly.

Doctors "are the most conservative people on earth," said Sanjiv Kaul, head of the division of cardiovascular medicine at the Oregon Health & Science University. "Once they have learned something, they don't want to learn something else."

W. Reid Thompson, a pediatric cardiologist and associate professor of pediatrics, encourages students to hone their listening skills to make better decisions. Photo / Washington Post, Ricky CariotiW. Reid Thompson, a pediatric cardiologist and associate professor of pediatrics, encourages students to hone their listening skills to make better decisions. Photo / Washington Post, Ricky Carioti

The stethoscope is also an icon, of course. Yet it carries more than symbolic value. It narrows the physical distance between doctor and patient. It compels human touch.

Medicine's familiar list of woes is at least partly to blame for auscultation's decline. Doctors, especially the overworked medical residents who staff hospitals, have much less time to spend with patients. That means less time for physical examinations, including listening with stethoscopes. The demands of electronic medical records have further eaten into time with patients, many doctors complain.

"It's all chart rounds and computer readout rounds. It's horrible. I cringe," said John M. Criley, professor emeritus of medicine and radiological sciences at the David Geffen School of Medicine at UCLA.

For decades now, it has been easier to send a heart patient for an echocardiogram, and that increasingly sophisticated imaging test has proven more accurate than scope-to-chest interpretation of the lub-dubs, clicks, gallops and whooshes produced by the human heart.

Some doctors point out glumly that providers and hospitals can charge separately for echocardiograms. A chest exam with a stethoscope nets nothing extra.

Now the cycle is repeating itself: Young physicians have fewer mentors who can pass on the skill of auscultation. Thompson, Criley and a handful of others teach special classes to doctors-in-training, an effort to push back.

During a late-December session at Johns Hopkins Children's Center in Baltimore, two young doctors and a medical student visiting from Syria listened intently to the recorded sounds of a heart coming through special stethoscopes, which receive an infrared signal from a computer. The "patient" was a teenage athlete who was suddenly having trouble keeping up on the soccer field. Was there a problem with her heart?

All three ventured that there was - perhaps a hole in the wall that separates the heart's top two chambers. This condition, known as an atrial septal defect, was indeed the correct answer.

"Think of the power of what you did," Thompson told the trio. "With no further assistance or technology than your stethoscope . . . you said 'I think she has an ASD.' "

Thompson has collected thousands of heart sounds and created MurmurLab.org for anyone who wants listening practice. This month he will unveil MurmurQuiz.org, a site that will allow professionals, students or anyone else to test their prowess interpreting what the sounds mean.

Some medical schools have chosen a different approach. Starting in 2012, Mount Sinai began giving its students hand-held ultrasound devices that are little bigger than a cellphone but can generate real-time images of the heart right at the bedside. Several other schools will join the experiment next fall.

Stethoscopes retain their value for listening to lungs and bowels for clues of disease, experts agree. But for the cardiovascular system, "auscultation is superfluous. We are wasting [students'] time," Narula said. "Why should I not have an echocardiogram in my hand if it's as small as the stethoscope?"

For now, that device is utilised most commonly in emergency rooms, where speed is critical. Its quality, said Thompson, is not yet good enough for routine use in other clinical settings.

But a 2014 study in the Journal of American Cardiological Imaging suggests the hand-held instruments are at least superior to physical examination. Cardiologists using them accurately identified 82 percent of patients with heart abnormalities, while cardiologists using physical examination caught just 47 percent.

"It is time to discard the inaccurate, albeit iconic, stethoscope and join the rest of mankind in the technology revolution," Kaul, one of the researchers, wrote in an editorial for the Knight Cardiovascular Institute at Oregon Health and Science University.

Others wonder what might be lost when doctors stop placing that round, often cold disc against a patient's skin. In an essay last month in the New England Journal of Medicine, Elazer Edelman pointed out that a stethoscope exam is an opportunity to create a bond between doctor and patient.

"The link between patient and physician . . . is unlike any other relationship between two non-related people," Edelman, a doctor who teaches at both Harvard Medical School and the Massachusetts Institute of Technology, stressed in an interview. "When one physically moves oneself farther and farther away, that link is either frayed or is torn.

"You can't trust someone who won't touch you."

- Washington Post