integration of patients into first-year neuroscience medical curriculum
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ID: 198894
2018
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Abstract
Background: A medical neuroscience curriculum that integrates broad categorization of neurological diseases in the first year of medical education has a functional utility to strengthen the foundation of medical students in clinical neuroscience. Students–patients interactive activities could provide an understanding of core curricula for basic neuroscience and clinical neurology.
Methods: Twelve neurological patients, with varying neurological diseases, volunteered to share their medical experiences with small groups of students in a 30-minute session. A debriefing segment with clinical and biomedical science faculty and students followed these sessions. Two structured student surveys – a pre and posttests were administered.
Results: 98.5% of students agreed (85.5% of these students strongly agreed) that patient integration into the first-year neuroscience module provided real-life experiences that were helpful in their understanding of clinical neuroscience. 95.6% of students agreed that their ability to interact with a diverse group of neurological patients was improved. Prior to the students–patients interactive session, only 91.1% of students agreed (52.6% of these students strongly agreed) that patient integration would be beneficial in their understanding of clinical neuroscience.
Discussion: The integration of patients into the neuroscience module provides better understanding of clinical concepts in neuroscience. It facilitates a meaningful discussions, stimulated critical thinking in neuroscience, and increased students׳ insights into patient–physician relationships, even at year one in the medical school, with significant real-life experiences.
| Reference Key |
pendergrass2018healthintegration
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|---|---|
| Authors | ;Jasmine Pendergrass;Bianca Stewart;Kelsey Williams;James Buggy;Asa Black;Sandip Jain;Mary Hughes;Chris Troup;Thomas I. Nathaniel |
| Journal | lipids in health and disease |
| Year | 2018 |
| DOI |
10.1016/j.hpe.2017.02.001
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