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Step By Step: Microsurgical training method combining two nonliving animal models

Step By Step: Microsurgical training method combining two nonliving animal models

Published on: May 9, 2015

Twelve tips for postgraduate or undergraduate medics building a basic microsurgery simulation training course.

Katrina A Mason¹, Evgenia Theodorakopoulou¹, Georgios Pafitanis¹

¹a Academic Plastic Surgery Group, Centre for Cutaneous Research , Barts and The London School of Medicine and Dentistry, The Blizard Institute , London , UK.

Medical Teacher

|April 14, 2016

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This study offers twelve practical tips for medical students and professionals to establish and conduct basic ex-vivo microsurgery simulation training. These tips aim to simplify microsurgical skill acquisition for peers, addressing its steep learning curve.

Area of Science:

Surgical Education
Microsurgery Training
Medical Simulation

Background:

Microsurgery is a technically demanding surgical field requiring precise motor skills.
Skill acquisition in microsurgery presents a significant initial learning curve.
Microsurgical simulation offers a safe, controlled environment for training.

Purpose of the Study:

To provide guidance on establishing and running basic ex-vivo microsurgery simulation courses.
To offer practical tips for postgraduate and undergraduate medical trainees.
To facilitate peer-to-peer microsurgical skill development.

Main Methods:

Development of twelve practical tips for organizing microsurgery simulation.
Focus on ex-vivo training models suitable for peer-led courses.

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Guidance tailored for medical students and postgraduate trainees.

Main Results:

A structured set of twelve actionable tips for basic microsurgery simulation.
A framework for creating accessible, peer-led microsurgical training.
Strategies to overcome the initial challenges in microsurgical skill acquisition.

Conclusions:

Basic ex-vivo microsurgery simulation courses are feasible and beneficial for trainees.
Peer-led training can effectively address the steep learning curve in microsurgery.
Implementing these tips can enhance microsurgical skill development in medical education.