Williams S A, Laney S J, Bierwert L A, Saunders L J, Boakye D A, Fischer P, Goodman D, Helmy H, Hoti S L, Vasuki V, Lammie P J, Plichart C, Ramzy R M R, Ottesen E A
Clark Science Center, Smith College, Northampton, MA 01063, USA.
Ann Trop Med Parasitol. 2002 Dec;96 Suppl 2:S41-6. doi: 10.1179/000349802125002356.
PCR has recently been studied as a promising tool for monitoring the progress of efforts to eliminate lymphatic filariasis. PCR can be used to test concurrently at least 30 pools, with as many as 40 mosquitoes in each pool, for the presence of filarial larvae. The SspI PCR assay for the detection of Wuchereria bancrofti DNA in pools of mosquitoes has been used since 1994 in a variety of laboratories worldwide. During that time, the original assay has been modified in these different laboratories and no standardized assay currently exists. In an effort to standardize and improve the assay, a meeting was held on 15-16 November 2001, at Emory University in Atlanta, with representatives from most of the laboratories currently using the assay. The first round of testing was designed to test the four most promising methods for DNA extraction from pools of mosquitoes. Two of the four methods stood out as clearly the best and these will be now optimised and evaluated in two further rounds of testing.
聚合酶链反应(PCR)最近被作为一种监测消除淋巴丝虫病努力进展的有前景的工具进行研究。PCR可用于同时检测至少30个样本池,每个样本池中有多达40只蚊子,以检测丝虫幼虫的存在。自1994年以来,用于检测蚊子样本池中班氏吴策线虫DNA的SspI PCR检测方法已在全球多个实验室使用。在此期间,原始检测方法在这些不同实验室中进行了修改,目前不存在标准化检测方法。为了使检测方法标准化并加以改进,2001年11月15日至16日在亚特兰大的埃默里大学召开了一次会议,目前使用该检测方法的大多数实验室都有代表参加。第一轮测试旨在测试从蚊子样本池中提取DNA的四种最有前景的方法。四种方法中的两种明显脱颖而出,现在将在另外两轮测试中对其进行优化和评估。