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Ovicidal Efficacy of Abametapir Against Eggs of Human Head and Body Lice (Anoplura: Pediculidae)

机译:阿巴美哌尔对人头和身体虱卵卵的卵生功效(无臭虫:Pediculidae)

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摘要

Studies were undertaken to determine the ovicidal efficacy of 5,5′-dimethyl-2,2′-bipyridyl (abametapir) against eggs of both human head and body lice. Head lice eggs of different ages (0–2, 3–5, and 6–8-d-old eggs) were exposed to varying concentrations of abametapir in isopropanol and concentration-dependent response relationships established based on egg hatch. One hundred percent of all abametapir-treated eggs failed to hatch at the 0.74 and 0.55% concentrations, whereas 100% of 6–8-d-old head louse eggs failed to hatch only at the 0.74% concentration. The LC50 value for abametapir varied, depending on the age of the head lice eggs, from ∼0.10% recorded for 0–2-d-old eggs and increasing to ∼0.15% for 6–8-d-old eggs. Abametapir was also evaluated once formulated into a lotion referred to as Xeglyze (0.74% abametapir) and serial dilutions made. Ovicidal efficacies were determined against head lice eggs 0–8-d-old. Results indicated 100% ovicidal activity at the 0.74, 0.55, 0.37, and 0.18% concentrations. Additional studies undertaken using body lice eggs also demonstrated that abametapir was 100% ovicidal against eggs of all ages when evaluated at a concentration of 0.37 and 0.55%. Given that ovicidal activity is a critical component of any effective treatment regime for louse control, the data presented in this study clearly demonstrate the ability of abametapir to inhibit hatching of both head and body louse eggs as assessed in vitro.
机译:进行研究以确定5,5'-二甲基-2,2'-联吡啶(abametapir)对人头和身体虱子卵的杀卵效力。将不同年龄的头虱卵(0–2、3–5和6–8-d大卵)暴露于异丙醇中不同浓度的阿巴吡哌胺,并根据卵孵化建立浓度依赖性的响应关系。在abametapir处理的所有卵中,有100%在0.74和0.55%的浓度下不能孵化,而6-8 d大头虱的卵只有100%在0.74%的浓度下不能孵化。取决于头虱卵的年龄,abametapir的LC50值有所不同,从0–2日龄卵记录为〜0.10%,而对于6–8日龄卵记录为〜0.15%。配制成称为Xeglyze(0.74%abametapir)的乳液并制成系列稀释液后,也对Abametapir进行了评估。测定了对0-8日龄头虱卵的杀卵功效。结果表明在0.74、0.55、0.37和0.18%的浓度下具有100%的杀卵活性。使用体虱卵进行的其他研究还表明,当以0.37和0.55%的浓度评估时,abametapir对所有年龄的卵均具有100%的杀卵活性。鉴于杀卵活性是控制虱子的任何有效治疗方案的关键组成部分,因此本研究中提供的数据清楚地证明了阿美达吡在体外评估时抑制头虱和体虱卵孵化的能力。

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