近日,来自澳大利亚国立大学(Australian National University)的科学家通过研究开发了一种具有抗疟疾特性的新型化学物质,其或许可被用作开发治疗疟疾的新药,相关研究刊登于国际杂志PNAS上。研究人员开发的这种新型分子可阻断疟原虫表面的盐分子泵,从而使得疟原虫细胞中填满盐分子,该过程同时也会为疟原虫细胞中引入水分,从而使得疟原虫不断肿胀最后爆裂而死。尽管当前开发临床药物进入临床使用的过程非常复杂和漫长,但研究人员坚信本研究将会加大开发新型治疗疟疾的步伐。与此同时研究者还表示,这些阻断盐分子泵的化合物同时也具有一定的抗 Recently, scientists from the Australian National University have researched and developed a new anti-malarial chemical that may be used to develop new drugs for the treatment of malaria, and the related research is published in the international magazine PNAS. The new molecule, developed by the researchers, blocks the salt pump on the surface of the malaria parasite, filling the malaria parasite cells with salt molecules. This process also introduces water into the malaria parasite cells, causing continuous swelling of the malaria parasite Burst to death. Despite the complexity and length of the current process of developing clinical drugs for clinical use, researchers are convinced that this study will increase the pace of developing new types of malaria treatment. At the same time, researchers also said that these compounds that block the salt pump also have some resistance