Design and Implementation of a Safe Equine Radiation-Free Radiographic Simulator for Veterinary Skills Training in...

Area of Science:

• Veterinary Medicine
• Diagnostic Imaging
• Surgical Training

Background:

• Accreditation standards require comprehensive veterinary education, including diagnostic imaging.
• Equine radiography is crucial for pre-purchase and lameness evaluations.
• Acquiring quality equine radiographs is challenging due to patient size, temperament, and safety concerns.

Purpose of the Study:

• To describe the development of a novel equine radiographic simulator.
• To provide a safe, radiation-free environment for veterinary learners to practice radiographic techniques.
• To enhance proficiency in positioning imaging equipment and interpreting radiographic results.

Main Methods:

• Development of a realistic equine radiographic simulator model.
• Learners practice handling X-ray equipment and positioning imaging plates on the simulator.
• Simulator allows for safe, hands-on training in diagnostic image acquisition and interpretation.

Main Results:

• The simulator enables safe practice of radiographic positioning and marker placement without live animals.
• Learners can develop skills in handling imaging equipment and understanding radiographic techniques.
• The model facilitates learning without radiation exposure, mitigating safety risks.

Conclusions:

• The equine radiographic simulator offers a valuable tool for veterinary education.
• It addresses safety concerns and enhances practical skills in diagnostic imaging.
• Future research will assess the simulator's impact on learning outcomes and clinical examination performance.