首页> 外文期刊>Trends in pharmacological sciences >'Seeing through a glass darkly': casting light on imidazoline 'I' sites.
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'Seeing through a glass darkly': casting light on imidazoline 'I' sites.

机译:“黑暗地看透玻璃”:在咪唑啉“ I”位投射光线。

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Although imidazoline sites have been the subject of research for several years, there is still controversy about their structure, diversity and physiology. The I1 site is thought to exist principally as a binding site and is widely purported to play a role in controlling systemic blood pressure, although this is still unclear. The majority of I2 sites are widely accepted as being allosteric sites on monoamine oxidase; however, even with selective ligands, their exact function remains to be determined. A putative I3 site modulates insulin secretion and could represent the first functional site to be pharmacologically defined with selective agonists and antagonists. The structure and relevance of the proposed endogenous ligand 'clonidine-displacing substance' remains elusive. A potential candidate for this substance is agmatine; however, although it is capable of displacing bound clonidine from imidazoline sites, it lacks the functionality ascribed to the clonidine-displacing substance. In this review, Richard M. Eglen and colleagues assess our knowledge of imidazoline sites in the light of recent data.
机译:尽管咪唑啉部位已成为研究的主题,但其结构,多样性和生理学仍存在争议。 I1位点被认为主要是作为结合位点存在,并且据称在控制系统性血压中起着重要作用,尽管目前尚不清楚。大多数I2位点被认为是单胺氧化酶的变构位点;然而,即使具有选择性配体,其确切功能仍有待确定。推定的I3位点可调节胰岛素的分泌,可能代表第一个要在药理学上定义为选择性激动剂和拮抗剂的功能性位点。拟议的内源性配体“可乐定置换性物质”的结构和相关性仍然难以捉摸。这种物质的潜在候选者是胍丁胺。然而,尽管它能够从咪唑啉位点置换结合的可乐定,但它缺乏可乐定置换性物质的功能。在这篇评论中,Richard M. Eglen及其同事根据最新数据评估了我们对咪唑啉部位的了解。

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