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化学采样技术概述。

Overview of chemical sampling techniques.

作者信息

Gardner E L, Chen J, Paredes W

机构信息

Program in Brain and Behavior, Albert Einstein College of Medicine, New York, NY 10461.

出版信息

J Neurosci Methods. 1993 Jul;48(3):173-97. doi: 10.1016/0165-0270(93)90091-5.

Abstract

Although many of the ideas for sampling the chemical microenvironment of the brain were present, at least in nascent form, three decades ago or more, the last 10 years have witnessed a particularly spectacular surge of development, refinement, and use. We are now able to measure virtually any endogenous brain chemical in vivo at commendable levels of sensitivity, selectivity, and speed. The long-dreamt-of goal of being able to correlate neurochemical events with ongoing behavior and/or presentation of salient environmental cues and stimuli has already been largely achieved. Further refinements of existing techniques may well lead to levels of analysis inconceivable even a few years ago. The implications for theory-building and hypothesis-testing are enormous, particularly within such essentially virgin domains as behavioral neuroscience and biological psychiatry. These are truly exciting times.

摘要

尽管许多用于对大脑化学微环境进行采样的想法在至少三十年前或更早就已存在,至少是以雏形的形式存在,但在过去十年里,相关技术经历了特别显著的发展、完善和应用热潮。如今,我们几乎能够在灵敏度、选择性和速度都值得称赞的水平上,在体内测量任何一种内源性脑化学物质。能够将神经化学事件与正在进行的行为和/或显著环境线索及刺激的呈现相关联这一长期以来梦寐以求的目标,如今已基本实现。现有技术的进一步完善很可能带来即便在几年前都难以想象的分析水平。这对于理论构建和假设检验的意义重大,尤其是在行为神经科学和生物精神病学等基本上尚属空白的领域。这确实是令人兴奋的时代。

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