• Home
  • Search
  • Microsurgical Simulation Training Enhances Medical Student Subinternship Experience.
  • Open Access IconOpen Access
  • https://doi.org/10.1097/gox.0000000000005502Copy DOI Icon

Microsurgical Simulation Training Enhances Medical Student Subinternship Experience.

Show More
  • Abstract
  • Literature Map
  • References
  • Similar Papers
Abstract

INTRODUCTION Microsurgical education typically does not begin until surgical residency, and requires significant investment of time and practice.1 Various models and simulations have been reported to support microsurgical training, and have mostly focused on postgraduate surgical trainees.2 It has been demonstrated that medical students are capable of learning microsurgical techniques, and exposure to microsurgery may improve their interest in plastic surgery.3 There is limited literature on how exposure to microsurgery training influences the professional and technical development of senior medical students applying to plastic surgery residency. MATERIAL AND METHODS In the 2022–2023 application cycle, 19 fourth-year medical student subinterns completed a 4-hour, individual training session with an expert microsurgeon at our institution. The training session began with basic instruction on use and adjustment of the surgical microscope, names and handling of microsurgical instruments, suture placement, and knot-tying technique. The session culminated with the medical student performing an end-to-end anastomosis of a synthetic vessel (Fig. 1). Medical students completed pretraining and posttraining surveys, and responses were compared using Wilcoxon signed rank test.Fig. 1.: Medical student performing end-to-end anastomosis on a synthetic bessel. A, Medical student placing suture across vessel anastamosis. B, Completed vessel anastamosis by medical student.RESULTS Eighty-nine percent of students (17 of 19) came from institutions without a microsurgery fellowship program. Eighty-nine percent of students (15 of 19) had no prior hands-on microsurgery experience. Eighty-nine percent of students (17 of 19) were either extremely or somewhat uncomfortable performing end-to-end anastomoses of synthetic vessels. After the session, 74% of students (14 of 19) felt extremely or somewhat comfortable, with only 10% (2 of 19) feeling somewhat uncomfortable (P = 0.001). All students rated the session as very or extremely useful, with 95% finding the level of instruction and skills practiced reasonable. When asked to rank their interest in plastic surgery subspecialties, 26% (5 of 19) of students ranked microsurgery higher among subspecialties of interest than they did before the training session. Ninety-five percent of students reported that it was important for them to be at a residency program that would prepare them to perform microsurgery independently after graduation. CONCLUSIONS The subinternship is central to the plastic surgery applicant experience. Positive experiences such as engagement from faculty or negative experiences such as lack of operative or educational opportunities can leave a strong lasting impression of the program.4 Moreover, experiences during away rotations and the importance placed on resident training by faculty are among the most important residency characteristics considered by plastic surgery applicants.5 Our experience suggests that medical students can successfully learn microsurgical skills in a single training session, leading many to develop greater interest in the subspecialty. By exposing medical students to our institution’s microsurgery training, we hoped to enrich their rotation experience and demonstrate our educational mission. The findings are not without limitations, however. We did not collect formal qualitative data in this pilot study, which limits the interpretation of why a few students still felt uncomfortable with vessel anastomoses. Nevertheless, subjective exit interviews indicated strong engagement. Students desired additional training sessions, including on animal tissue models, to build comfort in their skills. Future studies will focus on quantifying these findings further and following this cohort as they continue their trajectory from student to plastic surgeon. DISCLOSURES Ethicon provided unrestricted education grant donations for microsutures. ZimmerBiomet provided unrestricted education grant donations of microsurgery training kits. None of the authors have financial interests with either corporation. The authors have no financial interest to declare in relation to the content of this article.

Similar Papers
  • PDF
  • Research Article
  • Citations11

Impact of medical school experiences on the career choice of neurosurgery: a cross- sectional study from Pakistan

  • Apr 26, 2024
  • BMC Medical Education
  • Muhammad Shakir +5
  • Research Article

How I Do It: Improving Resident Led Medical Student Education With Premade Chalk Talks.

  • Aug 01, 2025
  • Journal of surgical education
  • Ezra S Brooks +1
  • Research Article
  • Citations38

Teaching laboratory medicine to medical students: implementation and evaluation.

  • Nov 01, 2012
  • Archives of Pathology & Laboratory Medicine
  • Ross J Molinaro +10
  • Research Article

Medical Students' Experiences With Virtual Reality Simulation Training: Qualitative Study.

  • Apr 02, 2025
  • JMIR medical education
  • Vanshika Sharma +3
  • Research Article
  • Citations12

Opiate use disorders and overdose: Medical students' experiences, satisfaction with learning, and attitudes toward community naloxone provision

  • Nov 22, 2017
  • Addictive Behaviors
  • H Tobin +4
  • PDF
  • Research Article
  • Citations32

Health risks encountered by Dutch medical students during an elective in the tropics and the quality and comprehensiveness of pre-and post-travel care

  • Dec 01, 2010
  • BMC Medical Education
  • Elhadi Sharafeldin +4
  • Research Article
  • Citations5

The impact of medical knowledge on attitudes towards the use of OTC drugs

  • Sep 01, 2015
  • Polish Journal of Public Health
  • Barbara Kołłątaj +4
  • Research Article
  • Citations2

Global versus local: A regional core embryology syllabus for medical students.

  • Dec 22, 2021
  • Clinical Anatomy
  • Carolina Frandsen Pereira Da Costa +3
  • Research Article
  • Citations2

Student giving health advice to family and friends.

  • May 29, 2015
  • The Clinical Teacher
  • Simon Tso +1
  • Research Article
  • Citations22

Qualitative exploration of medical student experiences during the Covid-19 pandemic: implications for medical education

  • May 19, 2021
  • BMC Medical Education
  • Helen Nolan +1
  • Research Article

Unpacking medical students’ resit experiences: a qualitative study of early years medical students´ experiences of a peer-assisted learning programme during summer resit exams

  • Mar 12, 2025
  • Medical Education Online
  • Cate Goldwater Breheny +2
  • Research Article
  • Citations9

Clinical Topics in Global Health: A Practical Introduction for Pre-Clinical Medical Students

  • Jul 09, 2013
  • MedEdPORTAL
  • Patrick Lee +7
  • Research Article
  • Citations66

Crying in hospitals: a survey of doctors', nurses' and medical students' experience and attitudes.

  • Jan 01, 1997
  • Medical Journal of Australia
  • Renate E Wagner +3
  • Research Article
  • Citations32

Effect of Medical Students' Experiences With Residents as Teachers on Clerkship Assessment

  • Sep 01, 2011
  • Journal of Graduate Medical Education
  • Anhtuan Huynh +4
  • Research Article

Personality traits and academic attitudes of medical students in the COVID-19 pandemic: a person-centered approach, empirical research, Korea.

  • Dec 01, 2024
  • Korean journal of medical education
  • Jaesang Hwang +6
Cactus Communications logo

Copyright 2026 Cactus Communications. All rights reserved.