Comparison of Fine Arts– and Pathology-Based Observational Skills Training for Veterinary Students Learning Cytology
| Autor: | Marina Fischer, Nicole J. Fernandez, Hilary J. Burgess, Benjamin W. Elwood, Amy L. Warren, Melissa D. Meachem, Ryan M Dickinson |
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| Rok vydání: | 2022 |
| Předmět: |
medicine.medical_specialty
Veterinary medicine Students Medical education Visual literacy Observation Education Skills training medicine Animals Humans Medical humanities Student learning Curriculum General Veterinary Clinical pathology business.industry General Medicine Fine art Observational study Clinical Competence Education Veterinary business Psychology Art |
| Zdroj: | Journal of Veterinary Medical Education. 49:393-406 |
| ISSN: | 1943-7218 0748-321X |
| DOI: | 10.3138/jvme-2020-0096 |
| Popis: | Keen observational skills are essential for veterinarians; however, the development of these skills is not usually an explicit part of the veterinary curriculum. Fine arts–based (FAB) observation training has been shown to improve medical students’ observational skills and might also improve veterinary students’ observational skills. We compared FAB and pathology-based (PB) observation training in a veterinary cytology course. Students initially wrote a pre-test in which they described two cytology images and one art image, followed by participation in either FAB or PB observation training. Both groups completed a similar post-test immediately after training and a delayed post-test 4 weeks later following instruction in cytology. Differences between groups were noted only in the immediate post-test cytology descriptions. The PB group used significantly more specific vocabulary terms and significantly more accurate observations than the FAB group, suggesting an immediate benefit to the discipline-specific information gained in the PB observation training. In the delayed post-test, results for both groups were similar. The FAB group significantly increased their use of specific vocabulary terms and maintained but did not increase accurate observations following cytology instruction, while accurate observations decreased significantly for the PB group. The FAB group might have been able to generalize their observation skills to the discipline of cytology and to better retain these skills. Neither type of training resulted in both achievement and maintenance of the highest recorded scores for accurate observations. Both FAB and PB training led to improved observational skills, and explicit observation training may be useful for veterinary students. |
| Databáze: | OpenAIRE |
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