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首页> 外文期刊>Topics in cognitive science >Laser Lights and Designer Drugs: New Techniques for Descending Levels of Mechanisms 'in a Single Bound'?
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Laser Lights and Designer Drugs: New Techniques for Descending Levels of Mechanisms 'in a Single Bound'?

机译:激光灯和设计师药物:用于在单一界限中的机制水平的新技术?

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摘要

Optogenetics and DREADDs (Designer Receptors Exclusively Activated by Designer Drugs) are important research tools in recent neurobiology. These tools allow unprecedented control over activity in specifically targeted neurons in behaving animals. Two approaches in philosophy of neuroscience, mechanism and ruthless reductionism, provide explicit accounts of experiments and results using tools like these, but each offers a different picture about how levels of mechanisms relate. I argue here that the ruthless reductionist's direct mind-to-cellular/molecular activities linkages "in a single bound" better fits with both the experimental designs using these tools and some of the scientists' own judgments about their results than does the mechanist's "nested hierarchies of mechanisms-within-mechanisms." So at least some important work in current neuroscience appears to be ruthlessly reductive. Mechanism may not correctly characterize all current work in neuroscience, despite its recent popularity.
机译:Optimetics和Dreadds(专门由设计者药物激活的设计者受体)是最近神经生物学的重要研究工具。这些工具允许在表现动物的特异性针对性神经元中前所未有地对活动进行控制。神经科学,机制和无情减速主义的两种方法,提供了一种明确的实验和结果,使用这些工具,但每个都提供了关于机制程度如何相关的不同图。我争辩于这里,无情的减速剂的直接心态到细胞/分子活性联动“在单一的界限”更好地适合使用这些工具的实验设计和一些科学家对其结果的判断而不是机械师的“嵌套”机制机制层次结构。“因此,目前的神经科学中至少有一些重要的工作似乎是无情的还原。尽管最近的普及,机制可能无法正确地表征神经科学中的所有当前工作。

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