Hotez Peter J, Brindley Paul J, Bethony Jeffrey M, King Charles H, Pearce Edward J, Jacobson Julie
Department of Microbiology, Immunology, and Tropical Medicine, George Washington University School of Medicine and Health Sciences, Washington, DC 20037, USA.
J Clin Invest. 2008 Apr;118(4):1311-21. doi: 10.1172/JCI34261.
Helminths are parasitic worms. They are the most common infectious agents of humans in developing countries and produce a global burden of disease that exceeds better-known conditions, including malaria and tuberculosis. As we discuss here, new insights into fundamental helminth biology are accumulating through newly completed genome projects and the nascent application of transgenesis and RNA interference technologies. At the same time, our understanding of the dynamics of the transmission of helminths and the mechanisms of the Th2-type immune responses that are induced by infection with these parasitic worms has increased markedly. Ultimately, these advances in molecular and medical helminth biology should one day translate into a new and robust pipeline of drugs, diagnostics, and vaccines for targeting parasitic worms that infect humans.
蠕虫是寄生性的虫类。在发展中国家,它们是人类最常见的感染源,所造成的全球疾病负担超过了包括疟疾和结核病等更为人熟知的疾病。正如我们在此所讨论的,通过新近完成的基因组计划以及转基因技术和RNA干扰技术的初步应用,对蠕虫基础生物学的新见解正在不断积累。与此同时,我们对蠕虫传播动态以及由这些寄生虫感染所诱导的Th2型免疫反应机制的理解也有了显著提高。最终,分子和医学蠕虫生物学的这些进展有朝一日应能转化为针对感染人类的寄生虫的全新且强大的药物、诊断方法和疫苗研发流程。