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早期鉴别斯氏按蚊地理株主要依靠卵筏边缘形态,以及后来的多线染色体技术。近来,分析表皮烃被广泛用于区分种间及种内群体。研究表明对DDT和马拉硫磷敏感株Russ(采自前苏联)、Iraq(采自伊拉克)与抗性株Beech(采自印度)、St.Mal(采自巴基斯坦)的表皮烃成份有明显差异,因而有必要对不同株斯氏按蚊暴露于杀虫剂后的脂质层作进一步研究。 分别取斯氏按蚊Beech株42只、St.Mal
Early identification of Anopheles stephensi geographic strains rely mainly on the edge of the raft morphology, and later multi-line chromosome technology. Recently, the analysis of epidermal hydrocarbons has been widely used to distinguish between species and within populations. Studies have shown clear evidence of the epidermal hydrocarbon composition of DDT and the malathion-sensitive strains Russ (from the former Soviet Union), Iraq (from Iraq) and the resistant strains Beech (from India), St.Mal (from Pakistan) Therefore, it is necessary to further study the lipid layer of Anopheles sinensis exposed to insecticides. Respectively 42 Anchorage An. Beech strains, St.Mal