Investing in the Future: A Premedical Surgical Elective for Undergraduate Students.

BACKGROUND: Research has shown that providing surgical exposure and mentorship before clerkship can bolster interest and cultivate quality surgical residents. However, most studies have focused exclusively on programs for 1st and 2nd year medical students. The purpose of this study is to describe a novel undergraduate premedical surgical elective (PMSE) and the interests and perceptions of PMSE participants of the surgical field. METHODS: Undergraduate students applied for a semester long PMSE that included surgical shadowing, mentorship, a research component, attendance at seminars, and hands-on workshops. Post-PMSE completion, participants were invited to complete an online survey about their perceptions of pursuing a career in surgery and their specialties of interest. RESULTS: Thirty-six PMSE participants completed the survey (21 females and 15 males). More than half (57%) of female respondents expressed interest in a surgical career. Most respondents (78%) agreed or strongly agreed that they are confident in their ability to become a surgeon. A lower proportion of female respondents (33%) believed the atmosphere of the surgical field to be inclusive than males (53%). Males accumulated significantly more surgical shadowing hours than females (P < .05). DISCUSSION: Findings from this study describe a novel PMSE at a large undergraduate institution. Survey data of PMSE participants revealed a high proportion of female respondents would like to pursue a career in surgery and reported confidence in achieving this. However, females perceived the field to be less inclusive than male respondents. Improving inclusivity may require increased focus and attention by PMSEs and surgical education programs.

CT and MR Imaging of the Postoperative Ankle and Foot.

A variety of surgical procedures exist for repair of both traumatic and degenerative osseous and soft-tissue pathologic conditions involving the foot and ankle. It is necessary for the radiologist to be familiar with these surgical procedures, so as to assess structural integrity, evaluate for complicating features, and avoid diagnostic pitfalls. Adequate interpretation of postoperative changes often requires access to surgical documentation to evaluate not only the surgery itself but the expected timeline for resolution of normal postoperative changes versus progressive disease. Appropriate use of surgical language in radiology reports is another important skill set to hone and is instrumental in providing a high-quality report to the referring surgeons. The pathophysiology of a myriad of surgical complaints, beginning from the Achilles tendon and concluding at the plantar plate, are presented, as are their common appearances at computed tomography and magnetic resonance imaging. Commonly encountered entities include Achilles tendon tear, spastic equinus, nonspastic equinus, talar dome osteochondral defect, tarsal tunnel syndrome, plantar fasciitis, pes planovalgus, pes cavovarus, peroneal tendinosis, lateral ligament complex pathology, Morton neuroma, plantar plate tear, and metatarsophalangeal joint instability. Computer-generated three-dimensional models are included with many of the procedures to provide a more global view of the surgical anatomy. Correlation with intraoperative photographs is made when available. When appropriate, discussion of postoperative complications, including entities such as infection and failure of graft integration, is presented, although a comprehensive review of postoperative complications is beyond the scope of this article. Notably absent from the current review are some common foot and ankle procedures including hallux valgus and hammertoe corrections, as these are more often evaluated radiographically than with cross-sectional imaging. ©RSNA, 2016.