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孤儿受体、新型神经肽与反向药物研发

Orphan receptors, novel neuropeptides and reverse pharmaceutical research.

作者信息

Civelli O, Reinscheid R K, Nothacker H P

机构信息

Department of Pharmacology, University of California, Irvine, CA 92697-4625, USA.

出版信息

Brain Res. 1999 Nov 27;848(1-2):63-5. doi: 10.1016/s0006-8993(99)02041-7.

Abstract

By the beginning of the next millennium, the search for the natural ligands of the orphan G-protein-coupled receptors will lead to the discovery of so many new neuropeptides that it may well double their present number. This bounty of new tools will direct us to new insights in brain function and to better understanding of brain disorders. It is expected that the novel neuropeptides will have a particular impact on molecular psychiatry. In view of their potential, the novel neuropeptides should also become the focus of drug discovery programs. It is hoped that these programs will be initiated at an early stage, when understanding of novel neuropeptide function has not necessarily been reached, to allow for the design of neuropeptide chemical surrogates that are crucial to the study of the novel neuropeptide system and may serendipitously develop into highly successful drugs.

摘要

到下一个千年伊始,对孤儿G蛋白偶联受体天然配体的搜寻将带来众多新神经肽的发现,其数量很可能会使目前的数量翻倍。这些丰富的新工具将引导我们对脑功能有新的认识,并更好地理解脑部疾病。预计这些新型神经肽将对分子精神病学产生特别的影响。鉴于其潜力,新型神经肽也应成为药物研发项目的重点。希望这些项目能在早期启动,此时对新型神经肽功能的理解不一定已经达成,以便设计出对新型神经肽系统研究至关重要且可能意外地发展成为非常成功药物的神经肽化学替代物。

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