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首页> 外文期刊>Behavioral and Brain Functions >Slow angled-descent forepaw grasping (SLAG): an innate behavioral task for identification of individual experimental mice possessing functional vision
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Slow angled-descent forepaw grasping (SLAG): an innate behavioral task for identification of individual experimental mice possessing functional vision

机译:慢速下降的前爪抓握(SLAG):识别具有功能性视力的单个实验小鼠的先天行为任务

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Background There is significant interest in the generation of improved assays to clearly identify experimental mice possessing functional vision, a property that could qualify mice for inclusion in behavioral and neuroscience studies. Widely employed current methods rely on mouse responses to visual cues in assays of reflexes, depth perception, or cognitive memory. However, commonly assessed mouse reflexes can sometimes be ambiguous in their expression, while depth perception assays are sometimes confounded by variation in anxiety responses and exploratory conduct. Furthermore, in situations where experimental groups vary in their cognitive memory capacity, memory assays may not be ideal for assessing differences in vision.
机译:背景技术对产生改进的分析以清楚地鉴定具有功能性视力的实验小鼠具有极大的兴趣,该功能可以使小鼠具有行为和神经科学研究的资格。当前广泛使用的方法在反射,深度知觉或认知记忆的测定中依赖于鼠标对视觉提示的反应。但是,通常评估的小鼠反射有时在表达上可能会模棱两可,而深度感知测定有时会因焦虑反应和探索行为的变化而混淆。此外,在实验组的认知记忆能力各不相同的情况下,记忆测定法可能不是理想的评估视力差异的方法。

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