SL-based training used in assessing surgical residents

The Linden Lab press page has links to a couple of short articles reporting on the use of Second Life to create virtual environments to both enhance their patient managements skills and to assess how well they apply those skills.

The research was carried out by the St. Marys Hospital Medical Faculty of Imperial College, London, and the results have just been published in the August edition of the Journal of the American College of Surgeons (the abstract is free, the full report costs $31.50, downloadable in PDF).

The Imperial College has a long history of involvement in Second Life
The Imperial College has a long history of involvement in Second Life

Previous RL studies have shown that the management of patient complications following operations is an extremely important skill set for surgeons to master. However, obtaining the required skills has generally relied upon experience gained in dealing with real patients in the hospital ward, emergency room or intensive care unit, which has tended to make learning a little haphazard.

“The way we learn in residency currently has been called ‘training by chance, because you don’t know what is coming through the door next.’ the study’s co-author, Rajesh Aggarwal, MD, PhD, MA, FRCS, a National Institute for Health Research (NIHR) clinician scientist in surgery, explained in a press release accompanying the study’s publication. “What we are doing is taking the chance encounters out of the way residents learn, and forming a structured approach to training.”

For the study, the research team created three environments within Second Life to simulate a hospital ward, an intensive care unit and an emergency room. Within each of these environments. modules were created for three common surgical scenarios: gastrointestinal bleeding, acute inflammation of the pancreas, and bowel obstruction. Surgical residents (interns, junior and senior residents) together with attending surgeons were then tasked with assessing and managing the virtual patients in each of the simulations. Tasks assigned to the surgical staff included recording patient history, carrying out physical examinations, diagnosis illnesses, interpreting lab test results using X-ray and CT scans and defining an appropriate treatment / management plan.

In all, 63 surgeons participated in the simulations, with the performance of the experienced attending surgeons being used as a benchmark against which the performance of the surgical residents could be assessed.

“What we want to do—using this simulation platform—is to bring all the junior residents and senior residents up to the level of the attending surgeon, so that the time is shortened in terms of their learning curve in learning how to look after surgical patients,” Dr. Aggarwal explained.

The results of the research suggested that the environment created within Second Life was a remarkably accurate test of a resident’s abilities, with all three scenarios revealing similar levels of competency between the different groups of surgeons (intern, junior and senior), allowing the researchers to identify where skills need to be further refined and enhanced within each group.

It is now hoped that further research will see the virtual environment used to more effectively and efficiently train surgical residents from hospitals across London in post-surgical care of patients, allowing them to gain the skills they can take back to their working environments and become even more effective in handling patient management in real clinical situations, thus helping to improve patient safety.

“Going through these different steps is not going to teach residents everything they need to know for every patient with bowel obstruction, for example, but it is going to teach them about the majority of patients that he or she is going to look after and it’s going to do it in a much more education-efficient and appropriate manner,” Dr. Aggarwal said.

It is also hoped that that simulations can be used as a means of a refresher course, allowing  residents to maintain the skills and understanding they gain from the initial training in a more efficient manner than might be achieved through day-to-day activities at their place of work.

Inside one of the wards at the Imperial College's presence in SL
Inside one of the wards at the Imperial College’s presence in SL

Long History

The study doesn’t mark the first time that Imperial College has used Second Life for their research. They have been using the platform for several years, as the following video from a 2008/9 study demonstrates.

Related Links

One thought on “SL-based training used in assessing surgical residents

Comments are closed.