Andrews R H, Beveridge I, Adams M, Baverstock P R
Evolutionary Biology Unit, South Australian Museum, Adelaide.
J Helminthol. 1989 Jun;63(2):87-92. doi: 10.1017/s0022149x00008828.
The technique of allozyme electrophoresis was applied to species of Onchocerca from cattle to increase the number of enzyme loci established and therefore provide a genetic basis for a rational species-level taxonomy. Twenty-three enzyme loci were established and provided unequivocal genetic evidence for the taxonomic validity of Onchocerca gibsoni, O. gutturosa and O. lienalis. Furthermore, the diagnostic enzyme markers detected form the basis for identification of life-cycle stages, individuals and species and population structure analyses.
等位酶电泳技术被应用于牛体内的盘尾丝虫物种，以增加已确定的酶位点数量，从而为合理的物种水平分类学提供遗传基础。已确定了23个酶位点，并为吉氏盘尾丝虫、喉瘤盘尾丝虫和线性盘尾丝虫分类的有效性提供了明确的遗传证据。此外，检测到的诊断性酶标记物构成了鉴定生命周期阶段、个体和物种以及进行种群结构分析的基础。
