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首页> 外文期刊>International journal of medical and biological frontiers >TI-MTD MODEL. APPLICATIONS IN MOLECULAR DESIGN
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TI-MTD MODEL. APPLICATIONS IN MOLECULAR DESIGN

机译:Ti-MTD模型。 分子设计中的应用

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摘要

A bioactive molecule interacts with a biological receptor by means of an effector-receptor complex, in which the two partners mutually accommodate their structures such that the resulting complex exists sufficiently long for generating a biological response. The structural features of the bioactive molecule, responsible for a given biological activity (i.e. pharmacological profile), are called the pharmacophore. It plays an essential role in the recognition process preceding the complex formation. The receptor (i.e. a situs in a biomacromolecule) must contain complementary features to the pharmacophore for the recognition (complexation and ultimately biological response) to occur. In addition to the pharmacophore and its complementary points, the effector and biomacromolecule fix by areas of nonspecific interaction, which modulate the biological response.
机译:生物活性分子通过效应受体复合物与生物受体相互作用,其中两个伴侣相互适应其结构,因此所产生的复合物的存在足以产生生物学反应。 负责给定生物学活性(即药理学特征)的生物活性分子的结构特征称为药理。 它在复杂形成之前的识别过程中起着至关重要的作用。 受体(即生物大分子中的位点)必须包含药效团的互补特征,以使其识别(络合和最终生物学反应)。 除了药效团及其互补点外,效应子和生物分子分子还通过非特异性相互作用的区域固定,从而调节生物学反应。

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