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使用带有智能手机的水合传感器贴片通过近场通信(NFC)进行皮肤水分评估。第一代贴片允许进行皮肤水分的自我记录,这是一项初步研究。

Skin moisture assessment using Hydration Sensor Patches coupled with smartphones via Near Field Communication (NFC). A pilot study with the first generation of patches that allow self-recordings of skin hydration.

机构信息

L'Oréal Research and Innovation, Clichy, France.

Eurosyn, Villebon-sur-Yvette, France.

出版信息

Skin Res Technol. 2021 Sep;27(5):959-965. doi: 10.1111/srt.13049. Epub 2021 May 17.

Abstract

OBJECTIVES

To evaluate the potency of a new skin hydration sensor patch in the fast self-recording of skin hydration.

MATERIAL AND METHODS

The Skin Hydration Sensor Patch (SHSP) turns the user's smartphone into a wireless skin moisture measuring device. The SHSP combines a capacitive measurement unit and Near Field Communication technology (NFC) for transmitting data and energy. The probe is fixed onto the back of the smartphone and pressed to the skin for a few seconds where the application immediately calculates the capacitance value. Once recorded, the probe is then immediately taken off from the skin. In a first study, this system was compared to the Corneometer technique, in vivo, on various skin sites of 23 healthy French women. In a second study, 20 women with moderate dry skin on face and forearm self-recorded, through the SHSP the changes in skin hydration induced by a Xanthan gel containing 3% (w/w) of Glycerol, along 24 hours. A questionnaire based on 5 types of questions was established to be filled by subjects about their perception of the use of this new system.

RESULTS

In the first study, the values recorded by the SHSP were found highly correlated with those provided by the Corneometer . The second study allowed to observe significant differences in skin hydration of both sites at all times, as compared to values obtained before the application of the gel. Differences between both sites were observed, the face being less hydrated than forearm. From a practical aspect, the self-recordings on the face show a higher variability (approx. 10% than those of the forearm). The questionnaire led to positive answers on almost all points.

CONCLUSION

This SHSP appears as a promising approach in the field of connected skin-related devices. As such, it opens or enlarges a new paradigm in the relationships between a consumer and a cosmetic product.

摘要

目的

评估新型皮肤水合传感器贴剂在快速自动记录皮肤水合作用方面的效果。

材料与方法

皮肤水合传感器贴剂(SHSP)可将用户的智能手机变成无线皮肤水分测量设备。SHSP 将电容测量单元和近场通信技术(NFC)结合在一起,用于传输数据和能量。探头固定在智能手机背面,然后按在皮肤上几秒钟,应用程序会立即计算电容值。记录完成后,探头即可立即从皮肤上取下。在第一项研究中,该系统在 23 位法国健康女性的不同皮肤部位进行了体内测试,与 Corneometer 技术进行了比较。在第二项研究中,20 位面部和前臂有中度干燥皮肤的女性通过 SHSP 自我记录,使用含有 3%(w/w)甘油的黄原胶凝胶 24 小时后皮肤水合作用的变化。受试者填写了一份基于 5 种问题类型的问卷,以评估他们对该新型系统使用的感受。

结果

在第一项研究中,SHSP 记录的值与 Corneometer 提供的值高度相关。第二项研究表明,与凝胶应用前的值相比,所有时间点两个部位的皮肤水合作用均有显著差异。还观察到两个部位之间存在差异,面部的皮肤水合作用低于前臂。从实际角度来看,面部的自我记录显示出更高的可变性(约为 10%,而前臂为 10%)。问卷结果几乎都是肯定的。

结论

这种 SHSP 在与皮肤相关的联网设备领域具有广阔的应用前景。因此,它为消费者与化妆品之间的关系开创或扩大了一个新的范例。

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