Comparison of two skin temperature assessment methods after the application of topical revulsive products: Conductive iButton data logger system vs contact-free infrared thermometry.

Stoop, Rahel and Hohenauer, Erich and Aerenhouts, Dirk and Barel, André Odilon and Deliens, Tom and Clijsen, Ron and Clarys, Peter (2020) Comparison of two skin temperature assessment methods after the application of topical revulsive products: Conductive iButton data logger system vs contact-free infrared thermometry. Skin Research and Technology, 00. pp. 1-6. ISSN 1600-0846

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Abstract

Abstract Background: Skin temperature assessments comprise conductive and contact-free techniques. Comparison between conductive data loggers and contact-free thermometry after the application of revulsive products is scarce. This study aimed to compare iButton data loggers with an infrared thermometer after the application of two revulsive products. Secondly, the relation between skin temperature kinetics with skin's perfusion of microcirculation was investigated. Materials and methods: Healthy females (n = 25) were randomly allocated to two groups, representing the products A and B. Skin temperature was measured with “iButtons” and an infrared pistol at baseline and up to 1 hour after application. Skin's perfusion of microcirculation was monitored with a laser speckle contrast imager. Results: Baseline “iButton” temperature values were significantly lower compared with infrared pistol values in both groups. After application of the products, skin temperature decreased as recorded with both devices followed by an increase to baseline values when measured with the pistol. The results obtained by the “iButtons” reached values above baseline in both products towards the end of the follow-up period. A moderate correlation was found between infrared pistol and “iButton” system in product A, with a weak negative correlation between skin's perfusion of microcirculation and temperature devices. For product B, the correlation between the devices was moderate and between skin's perfusion and temperature devices weak and positive. Conclusion: Both devices produced similar kinetics, except at baseline, where they may differ as metallic loggers have been insufficiently adapted to skin temperature. Skin's perfusion of microcirculation could not explain skin temperature changes. K E Y W O R D S infrared thermography, laser speckle contrast imaging, revulsive products, skin temperature, thermocouples

Item Type:	Scientific journal article, Newspaper article or Magazine article
Additional Information:	Swiss Cantonal Ethical Committee of Zurich, KEK-ZH ID 2016-01541
Subjects:	Subjects Allied to Medicine > Anatomy, physiology & pathology > Physiotherapy Subjects Allied to Medicine > Medical technology
Department/unit:	Dipartimento economia aziendale, sanità e sociale > Laboratorio di ricerca in riabilitazione
Depositing User:	Ron Clijsen
Date Deposited:	22 Mar 2021 09:15
Last Modified:	22 Mar 2021 09:18
URI:	http://repository.supsi.ch/id/eprint/12477

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