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一氧化氮,一种神经信使。其在海马体神经元可塑性中的作用。

Nitric oxide, a neuronal messenger. Its role in the hippocampus neuronal plasticity.

作者信息

Salemme E, Diano S, Maharajan P, Maharajan V

机构信息

CNR Institute of Cybernetics, Naples, Italy.

出版信息

Riv Biol. 1996;89(1):87-107.

PMID:9122583
Abstract

Nitric oxide (NO), a free radical gas, has recently been recognized as an important messenger molecule having a neurotransmitter-like function. Studies on the localization of the enzyme synthesizing NO (NO synthase-NOS) have indicated its presence in almost all parts of the brain with a prevalence in the cerebellum. From recent experimental investigations it is apparent that NO might meet the essential criteria to function as a retrograde messenger for Long-term potentiation in hippocampal cells, a process known to be involved in mammalian learning and memory. However, within the hippocampus NO is present in a few cell types which probably form the local neuronal circuit. Thus NO might function as a paracrine factor rather than a retrograde messenger in the hippocampal neurons.

摘要

一氧化氮(NO)是一种自由基气体,最近已被公认为是一种具有类似神经递质功能的重要信使分子。对合成NO的酶(一氧化氮合酶,NOS)的定位研究表明,它几乎存在于大脑的所有部位,在小脑中尤为普遍。从最近的实验研究来看,很明显NO可能符合作为海马体细胞中长时程增强的逆行信使的基本标准,长时程增强这一过程已知与哺乳动物的学习和记忆有关。然而,在海马体内,NO仅存在于少数几种细胞类型中,这些细胞可能构成了局部神经回路。因此,在海马体神经元中,NO可能作为旁分泌因子发挥作用,而非逆行信使。

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