When applicants for medical residencies plagiarize.

ResearchBlogging.org

Long-time readers of this blog will know that plagiarism is a topic that comes up with some regularity, sometimes fueled by “kids today!” stories from the mainstream media, and sometimes due to actual research on plagiarism in different educational and professional spheres.

Today, let’s have a look of a report of one such investigation, “Plagiarism in Residency Application Essays,” published July 20, 2010 in Annals of Internal Medicine. The investigators looked at the personal statements applicants wrote (or, in some cases, “wrote”) as part of their application to residency programs at Brigham and Women’s hospital. As they describe their study:

The primary goals of this investigation were to estimate the prevalence of plagiarism in applicants’ personal statements at our institution and to determine the association of plagiarism with demographic, educational, and experience related characteristics of the applicants. (112)

The people applying to residency programs have already successfully completed medical school. The residency is an additional part of their training to help them prepare to practice a particular medical specialty. And, the personal statement is a standard part of what’s involved in applying for a residency:

All applicants to U.S. residency programs must complete an original essay known as the “personal statement.” The format is free-form, the content is not specified, and expectations may vary by specialty. Common themes include the motivation for seeking training in a chosen specialty, the factors that affect suitability for a field or program, a critical incident that affected the applicant’s career choice, and circumstances that distinguish the applicant from others. (112)

There are some fairly commonsense reasons to expect that these personal statements ought to be original work, written by the applicant rather than copied from some other source. After all, the personal essay represents the applicant to the residency program, not as a transcript or a set of test scores but as a person. The essay gives insight into why the applicant is interested in a particular medical specialty, what training experiences and life experiences might bear on his or her motivation or likelihood of success, what kind of personal qualities he or she will bring to the table.

Also, since plagiarism is explicitly forbidden, these essays may give insight into the applicant’s personal and academic integrity, or at least into his or her grasp of rudimentary rules of scholarship:

The ERAS [Electronic Residency Application Service] also warns applicants that “any substantiated findings of plagiarism may result in reporting of such findings to the programs to which [they] apply now and in the future”. Applicants must certify that work is accurate and original before an ERAS application is complete. (112)

In the study, the investigators performed an analysis of the personal statements in residency program applications to Brigham and Women’s Hospital over an interval of about 18 months. They analyzed 4975 essays using software that compared them with a database that included previously submitted essays, published works, and Internet pages.

For the purposes of the study, the researchers defined evidence of plagiarism as a match of more than 10% of an essay to an existing work. Since the software was flagging matching strings of words between the essays and the sources in the database, this methodology may well have missed instances of plagiarism where the plagiarist changed a word here or there.

It’s also worth noting that the authors point, in the Discussion section of the paper, to the following definition of plagiarism:

Plagiarism may be defined as “the action or practice of taking someone else’s work, idea, etc., and passing it off as one’s own; literary theft”. (114)

This definition seems (at least to my eye) to make intent an element of the crime. As we’ve discussed before, this requirement is by no means a standard part of the definition of plagiarism.

What did this research find? In the 4975 essays analyzed, they detected evidence of plagiarism (i.e., a match of more than 10%) in 5.2% of the essays, for an incidence of a little more than one plagiarized paper in 20. Rather than relying solely on the software analysis, the researchers examined the essays the software flagged for plagiarism to rule out false positives. (They found none.)

I’m not sure whether this frequency of plagiarism is unusually high (or unusually low). However, for a personal statement, I reckon this is higher than it should be. Again, what better source could there be for your personal statement than yourself? Still, we might want some data on the frequency of plagiarism in personal statements for other sorts of things to get a better sense of whether the results of this study indicate a special problem with people applying for medical residencies, or whether they reflect a basic human frailty of which people applying for medical residencies also partake.

The authors also report demographic trends that emerged in their results. They found a higher incidence of plagiarism among the applicants who were:

  • international (which included non-U.S. citizens and those who had attended medical school outside the U.S.)
  • older
  • fluent in languages other than English
  • applying for a residency with previous residency training under their belts

They found a lower incidence of plagiarism among the applicants who:

  • were members of Alpha Omega Alpha (a medical honor society)
  • had research experience
  • had volunteer experience
  • had higher scores on the U.S. Medical Licensing Exam Step 1

The authors offer no hypotheses about causal mechanisms that might account for these correlations, and it seems likely that more research is required to tease out the factors that might contribute to these demographic differences, not to mention strategies that might address them. (I’m guessing that the applicants with research experience and/or volunteer experience had an easier time finding stuff to write about in their personal essays.)

One might reasonably ask whether plagiarism in these personal essays is a problem that ought to worry those training the next generation of physicians. The authors of this study argue that it is. They write:

First, residency selection committees would probably find misrepresentation on the application to be a strong negative indicator of future performance as a resident. The Accreditation Council for Graduate Medical Education has deemed professionalism 1 of the 6 core competencies to be taught and assessed in undergraduate and graduate medical education. We believe that program directors would find a breach of professionalism in an application to be an unacceptable baseline from which to begin residency. Second, lapses in professionalism in medical school and residency training can be predictive of future disciplinary action by state medical boards. Third, increasing public scrutiny of physicians’ ethical behavior is likely to put pressure on training programs to enforce strict rules of conduct, beginning with the application process. (114-115)

The presumption is that honesty is a quality that physicians (and those training to be physicians) ought to display — that there is something wrong with lying not only to the patients you are treating but also to other members of your professional community. Indeed, the “professionalism” to which the authors refer is important in large part because it allows member of the larger public to recognize the professional community of physicians as possessing the necessary skills, judgment, and trustworthiness. Without this recognition, why should your average patient trust an M.D. any more than a snake-oil salesman?

In this study, as in all studies with human subjects, the researchers were required to look out for the interests of their human subjects — here, the applicants to the residency programs who wrote the personal essays that were analyzed. Protecting their interests included maintaining the anonymity of the authors of the essays in the context of the study. This, in turn, means that it’s possible that the plagiarism identified in the study may not have been identified by the residency selection committees who were also reading these essays.

Finally, near the end of the paper, the authors offer recommendations for how to address the general problem of plagiarism in applications for residency programs:

Ideally, the submission of applicant essays for comparison in a centralized database would occur at the level of ERAS, which would make this process unavoidable for applicants.This method also would eliminate the difficulties inherent in having multiple institutions using plagiarism detection software programs simultaneously, because submitted essays become part of the database for future submissions. Furthermore, manual inspection of the similarity report itself rather than simply reporting the score would allow individual program directors to make independent judgments about the seriousness of any putative offense. Finally, the mere knowledge that essays are being screened by plagiarism-detection software may substantially deter would-be plagiarizers. (119)

These recommendations are clearly leaning toward detecting plagiarism that has been committed, rather than being weighted towards prevention efforts. As they note, and as other researchers have found, an expectation that there will be a plagiarism screening may discourage applicants from committing plagiarism, but it’s possible that prevention efforts that depend on fear of detection may just end up separating the risk averse applicants from the gamblers.

Segal S, Gelfand BJ, Hurwitz S, Berkowitz L, Ashley SW, Nadel ES, & Katz JT (2010). Plagiarism in residency application essays. Annals of internal medicine, 153 (2), 112-20 PMID: 20643991

Science prerequisites for medical school: (uh!) what are they good for?

Last week, in response to a New York Times article about a medical school with a program to admit students who have not taken physics, organic chemistry, or the MCAT, Chad Orzel expressed some qualms:

On the one hand, I tend to think that anyone who is going to be allowed to prescribe drugs ought to know enough organic chemistry to have some idea how they work. On the other hand, though, I would shed no tears if the pre-med physics class disappeared entirely– most of the students resent having to take physics, and I’m not wild about being used as a weed-out course for somebody else’s major program, which is a combination that easily turns into a thoroughly miserable experience for everyone. …

Still, I’m a little uneasy about people getting to be doctors without taking science in college at all … I suspect Mount Sinai has good results from this program because it’s just about the only one going, and they get their pick of the very best students, who are able to pick up what they need from “summer boot camp.” I’m less comfortable with the idea of making this a general policy– a lot of the students I see struggling in pre-med physics are struggling because of things that would not be positive features in a doctor.

Nowadays, in my capacity as a philosophy professor, I’m actually teaching more chemistry and physics and biology majors, and fewer pre-meds, than I did back in the days when I was a chemistry graduate student. If I recall correctly, all but one of the undergraduate courses for which I was a teaching assistant in my chemistry program were part of the pre-med sequence, including not only first term organic chemistry and the qualitative analysis laboratory course, but also physical chemistry for pre-meds.

I think it’s safe to say that the pre-meds were not always enthusiastic about the material we were trying to teach them.

Indeed, “What am I ever going to use this for?” was an oft heard question in those courses:

“When am I ever going to need to balance a redox reaction when I’m performing brain surgery?”

“How is knowing the difference between SN1 and SN2 reactions going to help me deliver babies?”

“What the hell does understanding how a refrigerator works have to do with orthopedics?”

I’m not that kind of doctor (nor do I play one on TV), so I’d probably refer these questions to people like PalMD or Orac or Pascale. (I will note that I recognized some nice chemical content in Pascale’s post on salt and bloat, so I’m guessing that she wouldn’t be writing any pre-meds a doctor’s note to excuse them from chemistry altogether.)

The course prerequisites for medical school, however, have been set by the medical schools. One would hope that they have some good reason for setting them — whether because they impart information and skills directly applicable in the work of being a physician, or because they impart information and skills that will be assumed in the coursework to be completed in medical school, or because they expose students to patterns of thought and problem-solving strategies that are expected to be useful to them in tackling the medical problems they will be tasked to address.

It’s also possible, I suppose, that medical schools have selected the slate of courses required for admission in order to thin out the numbers of applicants that they will have to sift through to build a class. If that’s the case, though, one wonders why they would choose just the hard-enough-to-get-rid-of-the-chaff courses that they did. Why Newtonian physics and not quantum mechanics (or hell, even E&M)? Why organic chemistry or “baby P-chem” rather than the thermodynamics course the chemistry majors have to take (followed by the quantum chemistry course those chemistry majors need to take)?

If you really want to weed them out, why not a serious first order logic course?

I, personally, think the whole philosophy of the “weeder” course is problematic. Moreover, I suspect that setting up intro science courses to “weed out” some large proportion of the students taking them from moving on to the next course in sequence (or to the professional program for which these courses are prerequisites) probably does as much to undermine students’ understanding of the course material, or enthusiasm to engage with it, as the objective difficulty of the material itself.

Maybe if medical schools have more people interested in applying to them than they know how to handle, they should do their own dirty work as far as screening applicants goes. The alternative is to create legions of physics and chemistry professors who would be just as happy not to have to deal with premeds at all.

Myself, I feel more comfortable with a doctor whose brain is hungry for knowledge, someone who wants to learn not only because it means picking up useful information about our world and how it works, but also because it’s fun. I have no idea if this kind of attitude tends to lead to better physicians or more successful medical students, but my hunch is that it may lead to human beings who are better prepared for life in the fullest sense.

That seems like an important thing even for premeds.

Friday Sprog Blogging: limits on screen time.

Dr. Free-Ride: I know you have some views, maybe, or questions, or something, about the American Academy of Pediatrics recommendations about children, adolescents, and television. Although it’s not actually just television, it’s other screens, too. So, first off, can I get your general reaction to the fact that your pediatrician even has a view about what you should be doing with respect to screen time?
Elder offspring: (Piteous wailing.)
Dr. Free-Ride: That’s rather inarticulate.
Elder offspring: (Poses like the figure in “The Scream”)
Dr. Free-Ride: While this shows that you’ve been educated about art, it doesn’t really answer my question. Here, have a look at the concerns that their document lists. Are there particular of these concerns that you think are reasonable and particular one that you, personally, maybe think are not?

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Animal research, abortion, and ethical decision making as a matter of balance, not absolutes.

Making good ethical choices in the real world is hard, in large part because it requires us to find the best balance in responding to interested parties whose legitimate interests pull in different directions. The situation is further complicated by the fact that as we are trying to make the best ethical decision we can, or evaluating the ethical decision-making of others, we can’t help but notice that there is not universal agreement about who counts as a party with legitimate interests that ought to be taken into account, let alone about how to weight the competing interests in the ethical calculus.
We’ve talked about these difficulties before, especially in the context of the ethics of research with animals. In these discussions, we’ve noticed that some folks oppose such research across the board (at least if the research includes anything beyond purely observational studies in the field) on the basis that non-human animals’ capacity to feel pain creates a situation where it is unethical for humans to use them in any manner that might cause them pain (or discomfort, or distress, or boredom), no matter what benefit such use might bring to humans. Here, at least one set of people doing the ethical calculus assert that non-human animals need to be counted as an interested party, and that their interests ought not to be sacrificed in favor of those of any other interested party.
Of course, arguments about the ethical status of animal research are not the only place such ethical claims arise. I refer you to the new law signed this week by the Governor of Nebraska. As The New York Times reports:

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Video of the UCLA panel discussion on animal-based research.

As promised, here’s the video of the February 16, 2010 panel discussion at UCLA about the science and ethics of animal-based research, sponsored by Bruins for Animals and Pro-Test for Science.

UCLA Panel on Science and Ethics of Animal Research from Dario Ringach on Vimeo.

The video runs for about 2.5 hours, so you might want to grab a glass of water or a cup of coffee before you launch it.

Ask Dr. Free-Ride: How should I address multiple doctors?

I have, of late, received a number of emails asking advice on matters somewhere in the territory between ethics, etiquette, and effective communication with members of the tribe of science. While I’m no Ann Landers (as has been noted before), I’ll do my best to answer these questions on the blog when I can, largely so my very insightful commentariat can chime in and make the resulting advice better than what I could generate on my own.
Today we have a question from a reader struggling with the question of how to address one letter to two doctors. He writes:

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In which the school newspaper’s article on H1N1 vaccination angries up my blood.

This, our first week of classes of the Spring semester, also marked the return of regular publication of the daily student newspaper. Since I’m not behind on grading yet (huzzah for the first week of classes!), I picked up yesterday’s copy and read one of the front-page articles on my way to my office.
And dagnabbit if that article didn’t angry up my blood.
The trouble is, I’m having a hard time figuring out where properly to direct that anger.

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Getting neti with it.

One of the sprogs gave me a cold. There is nothing like being knocked on your butt by a cold to take all of the fun out of a weekend spent not-grading research projects.

Also, it seems to have filled my head with phlegm that then got … phlegmatic. Not quite congealed, but on its way in that direction. Desperate for relief, this led me to try something new.

NetiPot.jpg

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