首页> 外国专利> tonsil inhibitor, small molecule, use of a small molecule or inhibitor, three-dimensional crystal, methods for selecting or designing a small molecule, to identify a tonsil ard binding inhibitor to histone h4, to predict the inhibiting effect of tonsil and to identify a tonsil inhibitor and / or determine the inhibitory effect of a putative tonsil inhibitor, polynucleotide sequence or isolated amino acid sequence, and tonsil mutant polypeptide.

tonsil inhibitor, small molecule, use of a small molecule or inhibitor, three-dimensional crystal, methods for selecting or designing a small molecule, to identify a tonsil ard binding inhibitor to histone h4, to predict the inhibiting effect of tonsil and to identify a tonsil inhibitor and / or determine the inhibitory effect of a putative tonsil inhibitor, polynucleotide sequence or isolated amino acid sequence, and tonsil mutant polypeptide.

机译:扁桃体抑制剂,小分子,使用小分子或抑制剂,三维晶体,选择或设计小分子的方法,以鉴定扁桃体与组蛋白h4的结合抑制剂,预测扁桃体的抑制作用并鉴定扁桃体抑制剂和/或确定推定的扁桃体抑制剂,多核苷酸序列或分离的氨基酸序列以及扁桃体突变体多肽的抑制作用。

摘要

The present invention relates to small molecules that interfere with the conformational space of the tonsil ard occupied by the histone tail h4. These small molecules target the tonsil binding pocket that encompasses the h4 k12-r23 residues and act by preventing or disrupting the binding of the h4 tail k12-r23 residues to the tonsl ard via direct competition or via the allosteric disruption of the h4 tail. binding bag. The present inventors have identified and solved the structure of a histone reader tonson domain called ard (ankyrin repeat domain).
机译:本发明涉及干扰由组蛋白尾h4占据的扁桃体的构象空间的小分子。这些小分子靶向涵盖h4 k12-r23残基的扁桃体结合袋,并通过直接竞争或h4尾部的变构破坏阻止或破坏h4尾k12-r23残基与扁桃体的结合而发挥作用。装订袋。本发明人已经确定并解决了称为ard的组蛋白阅读器tonson域(锚蛋白重复域)的结构。

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