The utilization of 3D pelvis model to improve the ability to understand complex anatomy among orthopaedic surgical trainees.

BACKGROUND

There is growing data and revolution for three-dimensional (3D) model use for multiple purposes included clinical and health professional education. While the 3D model of human body is utilized frequently during surgical procedures with beneficial effects, however, its usefulness for the surgical trainees at their education yet not evaluated.

OBJECTIVE

To evaluate is the 3D pelvis model helpful for the trainees to improve their ability and to understand complex pelvis anatomy. And the question, Does the hands-on use of a 3D model of a normal pelvis improve the trainee's knowledge of the technical skills to understand complex pelvic anatomy?

METHODS

The existing literature had been reviewed using PRISMA guideline and formulated this quantitative design study. The participants have been recruited through local orthopedic residency program. 29 trainees divided into two groups, experimental group with 3D pelvis model and control group without the model, based on their year of training experiences and gender. Both groups have been asked to solve a knowledge test that is created through Delphi process method. As well, all participants requested to read pre-test educational materials.

RESULTS

There were 14 residents at each group (one participant were excluded). The experimental group had higher overall scores than the control group, and specifically better at the anatomy questions subgroup (P value = 0.019, P value = 0.006 respectively). There was not statistically significance difference for the time required to complete the test between the two groups. At our study, we found the females scored higher than males.

CONCLUSION

3D model showed the beneficial role among orthopedics trainees to enhance their ability for understanding complex pelvis anatomy. We recommended further studies with well-designed and larger numbers among different surgical subspecialties and/or among different orthopedics sites.