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The Historical Significance of the Discovery of Long-Term Potentiation: An Overview and Evaluation for Nonexperts

机译:长期潜力发现的历史意义:概述和评估非处外

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This article evaluates, in nontechnical language for those not familiar with neuroscience jargon, the historical significance of Bliss and L circle divide mo's (1973) landmark discovery of long term potentiation (LTP) by establishing precedent context, describing the finding, and then looking at the subsequent decades of LTP research. To set the LTP discovery in context, the article briefly reviews the precedent theories of synaptic information storage and the empirical precedents of frequency potentiation, synaptic facilitation, and the identification of the hippocampal area as being memory related. I then discuss and explain Bliss and L circle divide mo's initial work whereby they found synaptic strengthening that lasted for hours. To better evaluate the importance of their discovery, the article discusses the confirmatory evidence of the decades of LTP research that followed. In this way the article evaluates the replicability, generalizability, and mechanisms behind the phenomena. Perhaps most importantly, I discuss the evidence for LTP being an important mechanism that explains some aspects of learning and memory. The article concludes that at this time Bliss and L circle divide mo's discovery looks to be a profound discovery in the history of science.
机译:本文评估,以非熟悉神经科学术语的非技术语言,幸福和L圈划分的历史意义通过建立先例的上下文,描述了寻找的先决背景,然后看看随后的几十年的LTP研究。为了在上下文中设置LTP发现,文章简要介绍了突触信息存储的先例理论和频率升级,突触促进和海马区域的鉴定作为相关内存的识别理论。然后,我讨论并解释了幸福和L圈划分Mo的初始工作,从而发现他们发现突触加强持续时间。为了更好地评估他们发现的重要性,文章讨论了对随后的LTP研究数十年的确认证据。通过这种方式,文章评估了现象背后的可复制性,概括性和机制。也许最重要的是,我讨论了LTP的证据是解释学习和记忆的某些方面的重要机制。这篇文章的结论是,此时幸福和L Circle Divide Mo的发现看起来在科学史上深刻的发现。

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