据物理学家组织网近日报道,一个由美国纽约大学和加利福尼亚大学欧文分校神经学家组成的研究小组,利用加利福尼亚海兔对形成短期、中期和长期记忆过程中,神经元分子活动的时间顺序和空间位置进行了区分。这一成果为记忆形成的分子活动提供了最新解释,也为开发相关疾病的干预疗法带来了更好的地图。相关论文发表在最近的美国《国家科学院学报》上。“记忆形成不是简单地将分子活动打开或关闭,而是由分子间相互作用和运动的复杂的时 According to a recent report by the Physiologist Network, a research team consisting of New York University and University of California Irvine neuroscientists used the time series of the activities of neurons in the formation of short-term, medium-term and long-term memory of the sea urchin in California Spatial location has been distinguished. This result provides an up-to-date explanation of the molecular activities that memory forms and a better map of interventions for the development of related diseases. Related papers published in the recent United States ”National Academy of Sciences“ on. ”Memory formation does not simply turn the molecular activity on or off, but rather by the complex interactions between molecules and motions