Sanchez G, Wallace A, Muñoz S, Venegas J, Ortiz S, Solari A
Departamento de Bioquímica, Facultad de Medicina, Universidad de Chile, Santiago.
Biol Res. 1993;26(1-2):167-76.
Chilean T. cruzi populations from different endemic areas and transmission cycles were characterized at several biochemical levels, to mention: hybridization with kinetoplast DNA probes, molecular karyotype, isoenzyme studies and kinetoplast DNA restriction fragment length polymorphism. Furthermore, an immunological approach with immune sera from Balb/c infected mice with different T. cruzi populations was used to differentiate among parasite types by the in vitro complement-mediated lysis assay. Parasite grouping by the above described methods allows to classify T. cruzi populations on a very defined number, suggesting that they have a clonal structure.
对来自不同流行地区和传播周期的智利克氏锥虫种群在多个生化水平上进行了特征分析,具体如下:与动基体DNA探针杂交、分子核型分析、同工酶研究以及动基体DNA限制性片段长度多态性分析。此外,采用来自感染了不同克氏锥虫种群的Balb/c小鼠的免疫血清,通过体外补体介导的溶血试验,以区分不同类型的寄生虫。通过上述方法对寄生虫进行分组,能够将克氏锥虫种群分类为非常明确的数量,这表明它们具有克隆结构。