In Vitro Acaricidal Effect of Proparacaine HCl on Demodex Folliculorum

G. Demirci
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Abstract

Purpose: This research aimed to assess the underlying cause behind the in vitro acaricidal impact of proparacaine HCl on Demodex Folliculorum. Methods: In accordance with Gao's suggestion we epilated a total of 8 eyelashes 4 from the lower and 4 from the upper eyelid of a patient who applied for blepharitis symptoms to the ophthalmology clinic. We fixated 4 of these eyelashes with classical immersion oil and covered them with a coverslip. We wetted 4 of them with Proparacaine Hydrochloride 5 mg (0.5%) and painted them with Na-fluorescein, and covered them with a coverslip. Results: When we examined the eyelashes that were wetted with Proparacaine Hydrochloride under the light microscope there was no difference in mobility in the Demodex of the eyelashes at first 15 minutes. After 30 minutes we saw that the creamy lipid-like structure which is seen normally in the middle of the Demodex was saponified in Demodex. The other Demodex samples that were in the immersion oil were still alive. Conclusions: In this case report, we wanted to evaluate the reason for the acaricidal effect of Proparacaine Hydrochloride a local anesthetic agent on Demodex folliculorum. The idea came true while trying to demonstrate Na-fluorescein uptake of Demodex folliculorum under the microscope after using Proparacaine Hydrochloride5 mg (0.5%) to wet the  Na-fluorescein paper and surprisingly we obtained these findings suggesting that it is a substance that may have an anti-acaricidal, anti-demodex effect potential to be a new player for treatment of demodicosis in the future.
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盐酸丙帕卡因对毛囊蠕形螨的体外杀螨作用
目的:本研究旨在评估盐酸丙帕卡因对毛囊蠕形螨体外杀螨作用的潜在原因。方法:根据高医生的建议,我们对一名因眼炎症状到眼科就诊的患者,共拔除8根睫毛,4根下眼睑,4根上眼睑。我们用传统的浸泡油固定这些睫毛,然后用盖子盖住。其中4只用盐酸丙帕卡因5mg(0.5%)浸湿,用荧光素na染色,盖上盖盖。结果:用盐酸丙帕卡因湿润睫毛,光镜下观察,15分钟后睫毛蠕形螨的活动性无明显差异。30分钟后,我们看到通常在蠕形螨中间看到的奶油脂状结构在蠕形螨中被皂化了。浸泡油中的其他蠕形螨样本仍然存活。结论:在本病例报告中,我们想要评估盐酸丙帕卡因局部麻醉剂对毛囊蠕形螨的杀螨作用的原因。这个想法是在用盐酸丙帕卡因5毫克(0.5%)湿润na -荧光素纸后,试图在显微镜下证明滤泡蠕形螨对na -荧光素的吸收时实现的,令人惊讶的是,我们得到的这些发现表明,它是一种可能具有抗螨、抗蠕形螨作用的物质,可能成为未来治疗蠕形螨病的新参与者。
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