Neuron· Nima Khalighinejad, Matthew F.S. Rushworth·· 12 天前AI 评分62
Khalighinejad 与 Rushworth 提出中缝核调控行为状态转换的网络级框架
Raphe nuclei in cognition: A network-level framework for behavioral-state control
AI 导读
Khalighinejad 与 Rushworth 在 Neuron 提出一个网络级框架,认为中缝核通过整合环境统计信息、在分布式皮层-皮层下网络中调控行为状态的转换。依据摘要,该框架将多种血清素功能联系起来,并预测动机与认知状态何时维持、更新或切换。文章为观点/框架性论述,摘要未报告原始实验数据或验证结果,其预测仍需后续研究检验。
摘要
Khalighinejad and Rushworth propose that raphe nuclei regulate behavioral-state transitions by integrating environmental statistics within distributed cortico-subcortical networks. Their framework links diverse serotonergic functions and predicts when motivational and cognitive states persist, update, or switch.
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来源:Neuron · cell.com