Building research culture and capacity in academic family medicine departments: Insights from a simulation workshop.

OBJECTIVE: To use data from a workshop in which various representatives from departments of family medicine (DFMs) aimed to identify strategies to increase research activity, particularly among clinical faculty members. DESIGN: Descriptive qualitative study using data from a workshop in which participants role-played (ie, as clinician-teachers, department chairs, and mentors) and, while in the role-playing scenario, were asked to imagine strategies that would encourage the clinical faculty members to engage in research. SETTING: The 2014 North American Primary Care Research Group Annual Meeting in New York City, NY. PARTICIPANTS: Thirty-two workshop participants who belonged to DFMs and other academic primary care organizations: 18 from Canada, 11 from the United States, 2 from Australia, and 1 from the Netherlands. METHODS: Facilitators recorded the strategies at the workshop. Strategies were organized into themes and vetted by facilitators to ensure that they adequately represented the data. Finalized themes were compared and integrated across scenarios. MAIN FINDINGS: Participants enthusiastically and productively engaged in the role-playing scenarios. The themes that emerged from the workshop discussions indicated that in order to increase clinician-teacher engagement in research, the following factors needed to be attended to: gaining confidence in conducting research; finding research topics that have personal relevance; presenting clarity of expectations; fostering collaborative relationships; using a tailored approach; providing resources, structures, and processes; and having leadership and vision. Finally, it was important to recognize these efforts in the context of the existing research environment of the DFM and the various responsibilities of clinician-teachers. CONCLUSION: The analysis of data arising from this simulation workshop elucidated practical strategies for building and sustaining research in DFMs. There is a clear indication that one size does not fit all with respect to strategies for building a research culture in a DFM; the authors' recommendations guide departments to tailor strategies to their unique context.

Effect of long-term combined oral contraceptive pill use on endometrial thickness.

OBJECTIVE: To estimate whether there is any association of long-term use of combined oral contraceptive pills (OCP) with adverse endometrial growth. METHODS: We reviewed the charts of 137 patients with history of OCP use undergoing endometrial preparation with estrogen for frozen embryo transfer. Endometrial thickness was measured by transvaginal ultrasonography on day 10 after menses and patients were divided into two groups (less than 7 mm and 7 mm or more). RESULTS: Thirty patients had endometrial thickness less than 7 mm and 107 had thickness of 7 mm or more. Mean years of combined OCP use in each group were 9.8±4.54 and 5.8±4.52, respectively (P<.001). With 10 years of combined OCP use as the threshold, the difference between the two groups (63.35% users in less than 7 mm group compared with 28.04% in the 7 mm or more thickness group) was highly significant (P<.001 by Fisher exact test), with an odds ratio of 4.43 (95% confidence interval 1.89-10.41). Past use of 5 years of OCPs was also associated with a significant (P=.002) difference in endometrial thickness. The mean endometrial thicknesses on cycle day 10 in patients using combined OCP for less than 10 years and 10 years or more were 9.54±1.88 mm and 8.48±2.33 mm, respectively, with P=.007. The mean endometrial thickness was 9.72±1.69 mm in less than 5 years and 8.81±2.23 mm in 5 or more years of use, respectively (P=.008). Cycle cancellation rates in the less than 7 mm group and 7 mm or greater endometrial thickness group were 23% and 4%, respectively (P=.002), but there was no difference in the clinical pregnancy rates between the two groups (13% compared with 27%, respectively; P=.15). CONCLUSION: Long-term combined OCP use (5 years or more) can potentially affect optimal endometrial growth, leading to a higher cancellation rate and longer stimulation in frozen embryo transfer cycles. These findings suggest a previously unidentified adverse effect of long-term combined OCP use in women who are anticipating future fertility. LEVEL OF EVIDENCE: II.