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Target identification and validation of novel antimalarials

机译:新型抗疟药的目标识别和验证

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It has been recognized that new antimalarials with a novel mode of action are critical to combat the continued emergence and dissemination of drug-resistant parasites that threaten the efficacy of current malaria treatments. Thus, recent high-throughput screening campaigns have been initiated using asexual intraerythrocytic stage cell-based assays of Plasmodium falciparum.These have led to the unprecedented identification of over 10,000 new antimalarial compounds. Inherently, novel compounds identified by cell-based assays will have poorly defined modes of action. While some of these compounds may have recognizable targets, the majority of cell-based hits are comprised of unique chemical scaffolds usually lacking cross-resistance with known drugs. It is likely that these novel antimalarial scaffolds will reveal new targets. A challenge for the community will be to assign these small molecules to their targets. In this article, we review methodologies to assist in the determination of a compound's mode of action.
机译:已经认识到,具有新颖作用方式的新抗疟药对于抵抗威胁当前疟疾治疗功效的耐药性寄生虫的不断出现和传播至关重要。因此,最近的高通量筛选活动已开始使用无性红细胞阶段性恶性疟原虫进行基于细胞的检测,从而导致了10,000多种新的抗疟疾化合物的空前鉴定。从本质上讲,通过基于细胞的测定鉴定出的新型化合物将具有定义不明确的作用方式。尽管这些化合物中的一些可能具有可识别的靶标,但大多数基于细胞的命中物都是由独特的化学支架组成,这些化学支架通常与已知药物缺乏交叉耐药性。这些新颖的抗疟疾支架可能会揭示新的靶标。社区面临的挑战是将这些小分子分配给他们的目标。在本文中,我们回顾了有助于确定化合物作用方式的方法学。

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