Redefining sensorimotor mismatch selectivity in the visual cortex.

Redefining sensorimotor mismatch selectivity in the visual cortex.
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DOI:
10.1016/j.celrep.2023.112098
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发表时间:
2023-03-28
期刊:
影响因子:
8.8
通讯作者:
--
中科院分区:
生物学1区
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--
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本事件引起的回应包含我们对Vasilevskaya等人所写回应的评论,2023年,同时发表在细胞报告,为我们最近的文章“功能选择性可以解释小鼠视觉皮层中的失配信号。我们发现,结果的反应加强了我们的许多研究结果,并进一步支持他们的新结果,我们认为有必要重新定义感觉运动不匹配的选择性在小鼠视觉系统。视觉流扰动响应在开环可以更大时,动物运行感觉运动不匹配的选择性应重新定义这些反应占以前的结果感觉运动不匹配需要谨慎解释在这方面的问题引起的反应,Muzzu和Saleem认为,新的结果的问题引起的Vasilevkaya等人。支持了他们的许多原始发现。他们重申,需要重新定义感觉运动不匹配的选择性在小鼠视觉系统。
This Matters Arising Response contains our commentary to the response written by Vasilevskaya et al., 2023, publishing concurrently in Cell Reports, for our recent article “Feature selectivity can explain mismatch signals in mouse visual cortex.” We find that results in the response reinforced many of our findings and, further supported by their new results, we argue for the necessity to redefine sensorimotor mismatch selectivity in the mouse visual system. Visual flow perturbation responses in open-loop can be larger when animals run Sensorimotor mismatch selectivity should be redefined accounting for these responses Previous results on sensorimotor mismatch need to be interpreted with caution In this Matters Arising Response, Muzzu and Saleem argue that the new results of the Matters Arising by Vasilevkaya et al. support many of their original findings. They reiterate the need to redefine sensorimotor mismatch selectivity in the mouse visual system.
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