Training device for dental students to practice mirror-inverted movements.

Area of Science:

• Dental Education
• Motor Skill Acquisition
• Surgical Simulation

Background:

• Indirect vision is essential for dental procedures.
• Developing precise motor control for mirror-inverted movements is challenging for dental students.
• Existing training methods may not adequately prepare students for clinical indirect vision tasks.

Purpose of the Study:

• To evaluate the learnability and improvability of mirror-inverted movements using the Mirroprep device.
• To assess the transferability of skills practiced with Mirroprep to clinical dental preparations.
• To determine the efficacy of Mirroprep as a preclinical training tool.

Main Methods:

• Three groups of dental students at varying study levels performed a drawing exercise using indirect vision with the Mirroprep device.
• Senior students were surveyed on the clinical applicability of skills acquired through Mirroprep practice.
• Performance on the drawing exercise was assessed to measure learning and improvement.

Main Results:

• Students demonstrated a significant ability to learn and improve mirror-inverted motor functions through practice with Mirroprep.
• The motor skills acquired using the Mirroprep device were reported as helpful in performing clinical tooth preparations.
• Practice success with the device correlated with improved performance in simulated and clinical tasks.

Conclusions:

• The Mirroprep device is an effective tool for learning and enhancing mirror-inverted motor skills in dental students.
• Preclinical training with Mirroprep facilitates skill transfer to clinical dental mirror use.
• Integrating Mirroprep practice early in dental education, during preclinical studies, is recommended for skill development.