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Synthesis and Biological Evaluation of CTP Synthetase Inhibitors as Potential Agents for the Treatment of African Trypanosomiasis

机译:CTP合成酶抑制剂作为非洲锥虫病潜在治疗剂的合成及生物学评价

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摘要

Acivicin analogues with an increased affinity for CTP synthetase (CTPS) were designed as potential new trypanocidal agents. The inhibitory activity against CTPS can be improved by increasing molecular complexity, by inserting groups able to establish additional interactions with the binding pocket of the enzyme. This strategy has been pursued with the synthesis of α-amino-substituted analogues of Acivicin and N1 -substitut- ed pyrazoline derivatives. In general, there is direct correlation between the enzymatic activity and the in vitro anti-trypanosomal efficacy of the derivatives studied here. However, this cannot be taken as a general rule, as other important factors may play a role, notably the ability of uptake/diffusion of the molecules into the trypanosomes.
机译:对CTP合成酶(CTPS)具有更高亲和力的阿西维林类似物被设计为潜在的新型锥虫杀灭剂。通过增加分子复杂性,插入能够与酶结合口袋建立额外相互作用的基团,可以改善对CTPS的抑制活性。通过合成阿西维奇和N1取代的吡唑啉衍生物的α-氨基取代的类似物,一直追求这一策略。通常,本文研究的衍生物的酶促活性与体外抗锥虫功效之间存在直接关系。但是,这不能作为一般规则,因为其他重要因素也可能起作用,特别是分子摄取/扩散到锥虫体内的能力。

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