首页> 外文期刊>Progress in Neuro-Psychopharmacology & Biological Psychiatry: An International Research, Review and News Journal >Function of the hippocampus in memory formation: desperately seeking resolution.
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Function of the hippocampus in memory formation: desperately seeking resolution.

机译:海马在记忆形成中的功能:拼命寻求解决方法。

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摘要

Despite considerable efforts and successes investigating the function of the hippocampal formation in memory processes, there are still numerous elusive key issues. Some of them will be addressed in this review. We will argue that recent evidence supports hippocampal participation in several memory processes, such as encoding, short-term and long-term consolidation and retrieval. While some processes, for example encoding and short-term consolidation, have been the subject of detailed investigations, at least for specific and repeatedly used behavioural paradigms, there appears to be considerable lack of information with respect to other processes, for example long-term consolidation. Although the existence of long-term consolidation is not at debate here, there is only very fragmented information as to the cellular processes enabling long-term consolidation. Recent ample evidence now suggests a potential role in metabotropic glutamate receptors, and more specifically the phospholipase C-coupled receptor 5, in long-term consolidation. The hyperexpression of receptor protein was limited to CA1 indicating a specific role of this brain region in the consolidation of memories. Future work should further explore this important issue especially since long-term consolidation appears to be a necessity for permanent storage of information, and may thus engage memory mechanism that fail during ageing and dementia.
机译:尽管在研究海马结构在记忆过程中的功能方面进行了大量的努力和成功,但是仍然存在许多难以捉摸的关键问题。本文中将解决其中一些问题。我们将争辩说,最近的证据支持海马参与多个记忆过程,例如编码,短期和长期合并与检索。尽管某些过程(例如编码和短期合并)已经成为详细研究的主题,至少对于特定的和重复使用的行为范例而言,但是相对于其他过程(例如长期的),似乎仍然缺乏足够的信息合并。尽管这里没有讨论长期合并的存在,但是关于能够进行长期合并的细胞过程的信息非常零散。现在,最近的大量证据表明,在长期整合中,代谢型谷氨酸受体,尤其是磷脂酶C偶联受体5具有潜在的作用。受体蛋白的过表达仅限于CA1,表明该脑区域在记忆巩固中具有特定作用。未来的工作应该进一步探讨这个重要问题,尤其是因为长期整合似乎是永久存储信息的必要条件,因此可能会导致在衰老和痴呆症中失效的记忆机制。

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