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The Use of Contextualized Standardized Client Simulation to Develop Clinical Reasoning in Final-Year Veterinary
Claire E K Vinten1, Kate A Cobb2, Liz H Mossop3
1Veterinary Education, Royal Veterinary College, The LIVE Centre.
Journal of Veterinary Medical Education
|March 29, 2019
Summary
Veterinary students improved clinical reasoning skills through standardized client simulations. This method enhanced history-taking and data interpretation, preparing them for real-world practice.
Area of Science:
- Veterinary Education
- Clinical Skills Development
- Medical Simulation
Background:
- Clinical reasoning is crucial for veterinary students.
- Evidence for simulation's effectiveness in veterinary education is limited.
- Standardized client simulations offer a potential training method.
Purpose of the Study:
- To assess the impact of a standardized client simulation on final-year veterinary students' clinical reasoning ability and confidence.
- To evaluate the effectiveness of simulation in improving clinical decision-making skills.
Main Methods:
- Sixty-eight final-year veterinary students participated in three simulated primary-care consultations.
- Actors played standardized clients, and healthy animals were used.
- Data collected via surveys, validated self-assessment rubrics, and blinded video analysis.
- Focus groups explored student experiences with the simulation.
Main Results:
- All participants reported improved clinical decision-making.
- Self-assessments showed enhanced perception of clinical reasoning skills post-simulation.
- Blinded analysis revealed significant improvements in history-taking and data interpretation (including differential diagnosis formation).
- Focus groups highlighted the simulation's role in bridging educational and practical decision-making.
Conclusions:
- Standardized client simulation is an effective tool for developing clinical reasoning in veterinary students.
- Simulation helps students adapt their decision-making from academic to practical settings.
- Further research is needed to explore simulation's full potential in veterinary medical education.
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