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| - | Source: | ||
| - | Stefanidis D, Scerbo MW, Korndorffer JR, Scott DJ. Redefining simulator proficiency using automaticity theory.Am J Surg.2007; | ||
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| - | === What is automaticity? | ||
| - | Automaticity is a characteristic of **expertise** defined by the ability to perform a task without significant demands on **attention** | ||
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| - | Is this concept of automaticity synonymous with autonomy? | ||
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| - | === How to measure it? === | ||
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| - | - Stefanidis suggests use of a secondary visual-spatial task can differentiate experts/ | ||
| - | - primary FLS task: 300s suture tying | ||
| - | - secondary counting squares: look for 4x4 white square | ||
| - | - expert/ | ||
| - | - expert - similar primary scores but better secondary scores vs trained. | ||
| - | - secondary tasks assesses "spare attentional capacity" | ||
| - | - for simplified surgical simulation tasks, it may be difficult to identify the "true expert" | ||
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| - | One important characteristic that distinguishes between experts and novices is how they use ***attentional resources***. Experts can often perform multiple tasks simultaneously with little or no performance decrement. | ||
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| - | === How to train for it? === | ||
| - | Select an appropriate secondary task: selective, sensitive, unobtrusive | ||
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| - | Benefits? | ||
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| - | Problems/ limitations? | ||