Mounsey Kate E, Holt Deborah C, McCarthy James, Currie Bart J, Walton Shelley F
Charles Darwin University, Menzies School of Health Research, Darwin, Northern Territory, Australia.
Future Microbiol. 2008 Feb;3(1):57-66. doi: 10.2217/17460913.3.1.57.
Limited effective treatments, coupled with recent observations of emerging drug resistance to oral ivermectin and 5% permethrin, raise concerns regarding the future control of scabies, especially in severe cases and in endemic areas where repeated community treatment programs are in place. There is consequently an urgent need to define molecular mechanisms of drug resistance in scabies mites and to develop and assess alternative therapeutic options, such as tea tree oil, in the event of increasing treatment failure. Molecular studies on scabies mites have, until recently, been restricted; however, recent advances are providing new insights into scabies mite biology and genetic mechanisms underlying drug resistance. These may assist in overcoming many of the current difficulties in monitoring treatment efficacy and allow the development of more sensitive tools for monitoring emerging resistance.
有效的治疗方法有限,再加上最近观察到对口服伊维菌素和5%氯菊酯出现耐药性,这引发了人们对未来疥疮控制的担忧,尤其是在严重病例以及实施反复社区治疗项目的流行地区。因此,迫切需要明确疥螨耐药性的分子机制,并在治疗失败情况增多时开发和评估替代治疗方案,如茶树油。直到最近,对疥螨的分子研究仍受到限制;然而,最近的进展为疥螨生物学和耐药性潜在遗传机制提供了新的见解。这些可能有助于克服当前监测治疗效果的许多困难,并有助于开发更灵敏的工具来监测新出现的耐药性。