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首页> 外文期刊>Chemical Reviews >The lipophilic bullet hits the targets: Medicinal chemistry of adamantane derivatives
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The lipophilic bullet hits the targets: Medicinal chemistry of adamantane derivatives

机译:亲脂性子弹击中目标:金刚烷衍生物的药物化学

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The article reviews concentrates on the numerous applications in medicinal chemistry and drug development of adamantane derivatives. The aminoadamantanes are synthetic drugs that have not been inspired by natural products like numerous other drugs. There are, however, also isolates from Nature incorporating an adamantane motif, like 'nature's marvel,' tetrodotoxin. Like amantadine, it also blocks an ion channel, the sodium channel. This potent pharmaceutical activity may be, at least in part, attributed to its rigid dioxaadamantane core. The mutations, in turn, destabilize the closed channel, making it easier to open, which counters the effect of the aminoadamantanes. This model could be advantageous for drug design, because drugs that are larger than hydrated ions do have to overcome a higher energetic barrier to find a binding site inside a pore than to bind to the channel complex from the membrane-facing outside.
机译:本文的评论集中于金刚烷衍生物在药物化学和药物开发中的众多应用。氨基金刚烷是合成药物,没有像许多其他药物一样受到天然产物的启发。但是,也有一些来自自然界的分离物带有金刚烷基序,例如“自然奇迹”,河豚毒素。像金刚烷胺一样,它也阻断离子通道钠通道。这种有效的药物活性可能至少部分归因于其刚性的二氧杂金刚烷核。突变反过来破坏了封闭通道的稳定性,使其更易于打开,从而抵消了氨基金刚烷的作用。该模型对于药物设计可能是有利的,因为大于水合离子的药物确实必须克服更高的能量屏障才能在孔内找到结合位点,而不是从面向膜的外部结合至通道复合物。

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