The value of a core clinical rotation in urology for medical students.
Urological medical conditions become more prevalent with age and represent common medical complaints in general medical practice. This is likely to become increasingly common with a greater proportion of our population becoming elderly. In fact, the proportion of patients over the age of 65 in the United States was 15% in 2015 and is expected to increase to 21% by 2030. (1) Similar trends are seen in Canada, with 22% to 24% of the population expected to be over 65 by 2030. (2) These population-based changes highlight the impending burden of urological conditions for the general practitioner, which are further compounded by a stagnant urology workforce. (3) In fact, a recent study projects an increase in the number of men with lower urinary tract symptoms, for which the management may fall upon primary care physicians. (3) Taken together, there is a critical need for both undergraduate and graduate medical education to manage future urological disease.
Medical school exposure to urology can be quite heterogeneous. (4) A concerning finding in a recent Canadian study revealed that 44% of final year medical students considered their urological medical education insufficient, (5) suggesting that contemporary medical graduates may lack the necessary knowledge and skill sets required to manage common urological problems. This is in keeping with the documented decline in urological education in the United States. (6) One could imagine that lack of urological knowledge could lead to misdiagnosis and mismanagement, as well as poor resource utilization. Thus, identifying ways to improve these knowledge-discrepancies is important for the future curriculum of medical schools.
Historically, at our institution, didactic urological teaching took place through a series of lectures during the preclinical, second year of medical school. A recent change to our medical school curriculum was to add a mandatory 1-week clinical rotation in urology to the surgical clerkship beginning in the 2013-2014 academic year. In this paper, we evaluated the effect of this mandatory rotation on the subjective, self-described knowledge and skill sets of rotating medical students. A survey-based approach was taken to assess the pre-rotation and post-rotation experiences of third year medical students who were the first cohort to participate in this new mandatory rotation. Further, we surveyed the fourth year medical students who completed clerkship without a mandatory urology rotation to serve as a comparative group. We hypothesized that the mandatory rotation would lead to a perceived improvement in urological knowledge, practical skills and an overall confidence in managing urologic conditions.
Mandatory rotations consisted of a 1-week rotation on the clinical urology service. Students were presented with a comprehensive booklet on common urological problems prior to the start of their rotation. Students typically experienced a combination of clinics, minor procedures and operating room exposures in addition to attending weekly urology resident teaching rounds. Three surveys were drafted (Table 1). The first online survey consisted of 14 questions and was sent electronically to third year medical students about 1 week before the start of their rotation (pre-rotation survey). After completing their rotations, students were asked to complete a follow-up survey via an online link to the survey. The opinions of fourth year students (no mandatory rotation) were obtained to serve as a control group. Survey participation was completely voluntary and no compensation was awarded. Statistical analysis was performed with Stata (Stata Corp., College Station, TX, version 14), with statistical significance at p < 0.05.
In total, 108 third year medical students rotated through urology during the study period. Of these, 66 (61%) students responded to the pre-rotation survey and 54 (50%) to the post-rotation survey. Of the 110 students in the fourth year class, 44 (40%) responded to the questionnaire. Over 95% of the third and fourth year students had no prior urological experience in their training.
From the results of the pre-rotation questionnaire, we found that most third year students felt they lacked basic urology knowledge, skills and comfort with handling common urologic conditions. When the answers to the same questions were asked on the post-rotation questionnaire, there was a statistically significant improvement regarding urological knowledge, basic urology skills and overall comfort in investigating and managing common urologic conditions. At the end of the mandatory rotation, 87% of students felt the rotation was beneficial and 89% of students were glad it was mandatory. Students were also more likely to consider a career in urology. There were no significant differences between the pre- and post-rotation questionnaire as to whether students felt that urology was a male dominated specialty, whether urology encompassed an important component to a family medicine practice, whether they would recommend a urology rotation to a colleague, and if the undergraduate medical exposure to urology was sufficient (Table 1).
When comparing third year students' post-rotation results to the responses by the fourth year students who had no mandatory urology rotation, we found major differences (Table 1). Overall, after completing the urology rotation, third year medical students had a better understanding of the role of a urologist, felt more comfortable inserting a Foley catheter, would more likely consider urology as a career, considered urology an important component to a family medicine practice, felt they knew when to consult urology, and were more likely recommend a urology rotation to a colleague. However, there were no statistically significant differences between the two groups with regards to feelings that urology was a male dominated specialty, understanding a Foley catheter insertion and attempt, and investigating and managing common urological conditions. Importantly, a significant proportion of fourth year medical students felt their exposure to urology during their medical education was inadequate.
The role of undergraduate urological education in increasing theoretical knowledge, skill sets and shaping career decisions is seldom studied. Focusing on our institutional experience transitioning from an optional to mandatory urology rotation, we demonstrated that students who rotated through urology lead to a perceived improvement in knowledge, skill sets and confidence in managing common urological conditions. These findings highlight the vital role of early exposure to urology and validate this recent curriculum change.
Our findings make several important contributions to the literature. Our evaluation of fourth year medical students (no mandatory urology rotation) is in keeping with the University of British Columbia experience, (5) in that a significant number of students (26%) felt that their urological medical education was inadequate. In fact, others had cautioned that despite their single institution study, the results were likely representative of undergraduate urologic education across Canada. (7) These findings are not unique to Canada. In 2013 Slaughenhoupt and colleagues surveyed 41 randomly selected accredited medical schools in the United States and found 49% of schools offered no preclinical urology lectures or small group sessions and only 2 (5%) schools had a mandatory urology clinical rotation. (8) This is not new, as demonstrated by Loughlin and colleagues. They found the proportion of medical schools in the United States offering urology as a mandatory rotation has decreased from 38% in 1994 to only 17% in 2004. (6) This declining trend has also been shown by other investigators. (9) These trends are concerning and support research efforts at quantifying the benefit of undergraduate urological exposure if we are to invoke large-scale change.
With regards to how a urology rotation affects future career decisions, we found students who completed a mandatory rotation were more likely to consider urology as a potential career. This was also shown when we looked at third year students after they had completed their rotation compared with career choices of fourth year students who were not required to complete a rotation. However, a compounding factor would be that fourth year students have completed their mandatory rotations and have generally decided on their specialty of choice. Nonetheless, Kerfoot and colleagues (10) also found that clinical exposure to urology, mentorship opportunities and the development of realistic perceptions regarding the specialty substantially influenced recruitment efforts into urology.
As one may expect, implementing a mandatory 1-week clinical urology rotation increased student comfort in managing common urological conditions, including inserting a Foley catheter. This is important as the burden of urologic disease in North America is quite immense and continues to rise with our aging population. (11) This was also reflected in a study evaluating the changing healthcare needs with the projected increase in older Canadian men between 2005 and 2018. (3) Specifically, there is an anticipated substantial increase in males with lower urinary tract symptoms for which the management will likely fall on primary care physicians. (3)
We also found that rotating students showed improved comfort in determining when to consult urology, which has an impact on the management of urological complaints, as demonstrated by Mishail and colleagues. (12) In their study, questionnaires were sent to attending staff, fellows, and residents within the department of internal medicine, preventative medicine, family medicine and geriatric medicine as well as medical students with questions pertaining to the management of common urological complaints. They found a significant insufficiency with regards to general urology knowledge for all groups, and that results were superior if a person had performed a prior rotation in urology. Our results also highlight this finding with fourth year students, having not completed a urology clinical rotation, who were less likely to understand the scope of a urology practice, thus risking the inappropriate use urological consult services.
Our findings must be considered in the context of our limitations. First, this was a single centre experience and our results may not apply to other jurisdictions. Secondly, our sample size was relatively small and consists of the first cohort of students to participate in the mandatory rotation. Third, our questionnaire was not validated; it was derived by consensus among co-authors. In this regard, given the unique nature of our research question, it was difficult to use validated tools; however, we used Likert scales to facilitate comparison between groups. Fourth, our post-rotation surveys were generally conducted within the first few weeks after completing the urology rotation. Whether the aforementioned benefits of the mandatory rotation persist was unclear. However, others have suggested that long-lasting benefits exist. (11) Fifth, both surveys were sent to all medical students; therefore, there was a potential for different third year medical students responding to the pre-rotation and post-rotation questionnaire. This was highly unlikely, however, as students who completed the initial survey were likely to respond to the post-rotation survey.
The increasing burden of urological disease in the general population mandates increased exposure to the urological sciences. The introduction of a mandatory 1-week urology clinical rotation subjectively improved the perceived theoretical and practical urology knowledge required to manage common urological complaints. Our findings support the inclusion of a formal urology rotation in the undergraduate medical school curriculum.
Published online December 14, 2015.
Competing interests: The authors declare no competing financial or personal interests.
This paper has been peer-reviewed.
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(12.) Mishail A, Shahsavari M, Kim J, et al. Deficits in urological knowledge among medical students and primary care providers: Potential for impact on urological care. J Urol 2008;180:2140-7. http://dx.doi.org/10.1016/j.juro.2008.07.043
Premal Patel, MD; * Jasmir G. Nayak, MD; ([dagger]) Thomas B. McGregor, MD, FRCSC *
* University of Manitoba, Section of Urology, Winnipeg, MB; ([dagger]) University of Washington, Department of Urology, Seattle, WA
Correspondence: Dr. Premal Patel, Section of Urology, University of Manitoba, 820 Sherbrook Street, Winnipeg, MB R3A 1R9; firstname.lastname@example.org
Table 1. Survey results and corresponding data analysis, statistically significant findings in bold Pre-rotation Questions Answers survey 1. Have you performed a prior 1 to 2 weeks 1 formal urology elective? 2 to 4 weeks 0 None 65 2. I understand what a Disagree 4 urologist does and the Neutral 19 pathology they treat? Agree 43 3. Urology is a male Disagree 5 dominated specialty. Neutral 16 Agree 44 4. Urology is an important Disagree 2 component of a family Neutral 7 medicine practice. Agree 57 5. I understand how to insert a Yes 50 Foley catheter. No 16 6. I have attempted a Foley Yes 37 insertion previously (Prerotation No 29 and 4th year students). I have attempted a Foley insertion during this rotation (Post-rotation). 7. I feel comfortable inserting Disagree 36 a Foley catheter. Neutral 15 Agree 15 8. I feel comfortable Disagree 23 performing a digital rectal Neutral 9 examination to screen for Agree 34 prostate cancer. 9. I feel comfortable Disagree 21 investigating/ managing Neutral 28 hematuria. Agree 17 10. I feel comfortable Disagree 21 investigating/ managing renal Neutral 27 colic. Agree 17 11. I know when and when not Disagree 35 to consult urology. Neutral 19 Agree 11 12. I think a urology rotation Disagree 0 is useful and would recommend Neutral 12 it to a friend. Agree 47 13. I would consider urology Disagree 26 as a career. Neutral 25 Agree 15 14. I think the undergraduate Inadequate 5 medical exposure is: Minimal 35 Sufficient 18 15. I found this rotation Disagree very beneficial. Neutral Agree 16. I am glad this Disagree rotation is mandatory. Neutral Agree p value (Pre-rotation Post-rotation vs. Post- Questions survey rotation) 1. Have you performed a prior 3 formal urology elective? 0 51 2. I understand what a 0 urologist does and the 1 <0.0001# pathology they treat? 53 3. Urology is a male 12 dominated specialty. 13 0.071 29 4. Urology is an important 0 component of a family 1 0.059 medicine practice. 53 5. I understand how to insert a 51 0.006# Foley catheter. 3 6. I have attempted a Foley 44 insertion previously (Prerotation 9 0.003# and 4th year students). I have attempted a Foley insertion during this rotation (Post-rotation). 7. I feel comfortable inserting 6 a Foley catheter. 15 <0.0001# 33 8. I feel comfortable 8 performing a digital rectal 6 0.026# examination to screen for 40 prostate cancer. 9. I feel comfortable 4 investigating/ managing 8 <0.0001# hematuria. 42 10. I feel comfortable 3 investigating/ managing renal 15 <0.0001# colic. 36 11. I know when and when not 1 to consult urology. 11 <0.0001# 42 12. I think a urology rotation 1 is useful and would recommend 4 0.061 it to a friend. 49 13. I would consider urology 16 as a career. 16 0.015# 21 14. I think the undergraduate 5 medical exposure is: 24 0.22 25 15. I found this rotation 0 very beneficial. 7 47 16. I am glad this 1 rotation is mandatory. 5 48 p value (Post- rotation vs. 4th Questions 4th year year students) 1. Have you performed a prior 1 formal urology elective? 1 42 2. I understand what a 3 urologist does and the 5 0.017 pathology they treat? 36 3. Urology is a male 6 dominated specialty. 11 0.64 25 4. Urology is an important 2 component of a family 35 <0.0001# medicine practice. 7 5. I understand how to insert a 40 1.00 Foley catheter. 3 6. I have attempted a Foley 35 insertion previously (Prerotation 8 1.00 and 4th year students). I have attempted a Foley insertion during this rotation (Post-rotation). 7. I feel comfortable inserting 19 a Foley catheter. 7 0.0014# 18 8. I feel comfortable 7 performing a digital rectal 12 0.087 examination to screen for 24 prostate cancer. 9. I feel comfortable 6 investigating/ managing 9 0.43 hematuria. 29 10. I feel comfortable 5 investigating/ managing renal 10 0.58 colic. 29 11. I know when and when not 13 to consult urology. 19 <0.0001# 12 12. I think a urology rotation 2 is useful and would recommend 7 0.023# it to a friend. 19 13. I would consider urology 37 as a career. 5 <0.0001# 1 14. I think the undergraduate 11 medical exposure is: 28 <0.0001# 4 15. I found this rotation very beneficial. 16. I am glad this rotation is mandatory. Note: Table 1. Survey results and corresponding data analysis, statistically significant findings in #
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|Title Annotation:||ORIGINAL RESEARCH|
|Author:||Patel, Premal; Nayak, Jasmir G.; McGregor, Thomas B.|
|Publication:||Canadian Urological Association Journal (CUAJ)|
|Date:||Nov 1, 2015|
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