Skin decontamination with and without water irrigation.

IF 1.9 4区 医学 Q3 PUBLIC, ENVIRONMENTAL & OCCUPATIONAL HEALTH
Mikayla J Whalen, Adiel M Aizenberg, Farshad Mazda Shirazi, Jeffrey J Berrigan, Frank G Walter
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引用次数: 0

Abstract

Objective: Rinsing only with water or washing with soap and water are common methods of skin decontamination for skin contaminated during a chemical hazard release. The null hypothesis was that a 15-minute water irrigation (decontamination method 1) would not be superior to decontamination using a microfiber towel, followed by a wet wipe (Signature Select Softly Flushable Tissue Better Living Brands LLC, Pleasanton, CA), followed by using another microfiber towel (decontamination method 2).

Methods: A simulated contaminant (Magic Fluorescent Glow Paint for Face and Body, iLC Shenzhen Fulimei Technology Co. LTD, Shenzhen, the People's Republic of China) was applied to the dorsal skin of each subject's forearms. Then, photographs of these subject's skin were taken before and after decontamination of the simulated contaminant by using either decontamination method 1 or 2. Each of the subjects underwent both decontamination methods in separate trials, with each subject using one forearm for decontamination method 1 and their other forearm for decontamination method 2. Discrete points of contamination were quantified on the photographs that were taken with the skin illuminated by ambient visible light or ultraviolet light (395nm, Roceei ultraviolet flashlight, China).

Results: Under visible light, no residual contamination was seen by inspecting photographs taken after decontaminating with either method. Under ultraviolet light, less visible contamination was seen by inspecting photographs taken after decontaminating with method 1 than after decontaminating with method 2.

Conclusion: In this study, skin decontamination with water irrigation was superior to skin decontamination without water irrigation.

使用或不使用水冲洗皮肤。
目的:仅用水冲洗或用肥皂和水清洗是在化学危险品释放过程中对受污染皮肤进行净化的常用方法。零假设是,15 分钟的水冲洗(去污方法 1)不会优于使用超细纤维毛巾,然后用湿巾(Signature Select Softly Flushable Tissue Better Living Brands LLC, Pleasanton, CA)擦拭,最后再使用另一条超细纤维毛巾(去污方法 2)的去污方法:模拟污染物(面部和身体用魔力荧光颜料,iLC Shenzhen Fulimei Technology Co.方法:在每位受试者的前臂背侧皮肤上涂抹一种模拟污染物(用于面部和身体的神奇荧光涂料,iLC Shenzhen Fulimei Technology Co.然后,使用去污方法 1 或方法 2 对模拟污染物进行去污前后的受试者皮肤进行拍照。每个受试者都在不同的试验中使用两种去污方法,每个受试者使用一只前臂进行去污方法 1 的试验,另一只前臂进行去污方法 2 的试验。在环境可见光或紫外线(395 纳米,中国 Roceei 紫外线手电筒)照射下拍摄的照片上,对离散的污染点进行量化:在可见光下,用两种方法去污后拍摄的照片均未发现残留污染物。在紫外线下,用方法 1 去污后拍摄的照片比用方法 2 去污后拍摄的照片可见污染更少:在这项研究中,用水冲洗皮肤比不用水冲洗皮肤更有效。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Disaster Medicine and Public Health Preparedness
Disaster Medicine and Public Health Preparedness PUBLIC, ENVIRONMENTAL & OCCUPATIONAL HEALTH-
CiteScore
4.40
自引率
7.40%
发文量
258
审稿时长
6-12 weeks
期刊介绍: Disaster Medicine and Public Health Preparedness is the first comprehensive and authoritative journal emphasizing public health preparedness and disaster response for all health care and public health professionals globally. The journal seeks to translate science into practice and integrate medical and public health perspectives. With the events of September 11, the subsequent anthrax attacks, the tsunami in Indonesia, hurricane Katrina, SARS and the H1N1 Influenza Pandemic, all health care and public health professionals must be prepared to respond to emergency situations. In support of these pressing public health needs, Disaster Medicine and Public Health Preparedness is committed to the medical and public health communities who are the stewards of the health and security of citizens worldwide.
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