Validation of a web-based training tool for lumbar puncture.

Area of Science:

• Medical Education
• Surgical Simulation
• Digital Health

Background:

• Traditional medical training methods face challenges in providing consistent, accessible, and standardized procedural education.
• The integration of digital tools and virtual reality (VR) simulation offers a promising avenue for enhancing medical skills acquisition.
• WebSET, a European-developed internet-based educational platform, combines courseware, self-assessment, and VR simulation.

Purpose of the Study:

• To pilot and validate the effectiveness of the WebSET lumbar puncture (LP) module for training medical professionals.
• To assess the impact of WebSET training on procedural performance and knowledge acquisition for lumbar puncture.
• To compare the learning outcomes of trainees using WebSET against a control group.

Main Methods:

• A pilot study involving novice participants who had never performed a lumbar puncture.
• Randomization of participants into two groups: one receiving WebSET training and a control group.
• Pre-test and post-test assessment of lumbar puncture performance on a synthetic mannequin for both groups.

Main Results:

• The group trained with the WebSET lumbar puncture module demonstrated significant improvement in performance assessment compared to the control group.
• Participants in the training group showed a statistically significant enhancement in procedural knowledge post-intervention.
• WebSET training proved effective in improving both the practical execution and theoretical understanding of the lumbar puncture procedure.

Conclusions:

• The WebSET platform, specifically its lumbar puncture module, is an effective tool for medical procedure training.
• WebSET facilitates significant improvements in both practical skills and procedural knowledge for novice learners.
• This study supports the use of internet-based educational tools with VR simulation for enhancing medical training efficacy.