This paper presents a class of hydration monitor that uses ultrathin, stretchable sheets with
arrays of embedded impedance sensors for precise measurement and spatially multiplexed …

We present the design and use of an ultrathin, stretchable sensor system capable of
conformal lamination onto the skin, for precision measurement and spatial mapping of levels …

Accurate measurements of skin hydration are of great interest to dermatological science and
clinical practice. This parameter serves as a relevant surrogate of skin barrier function, a key …

Precise, quantitative in vivo monitoring of hydration levels in the near surface regions of the
skin can be useful in preventing skin-based pathologies, and regulating external …

Without conformal contact between hydration sensors and skin, measured signals (either
capacitance or impedance) can be susceptible to artifacts associated with motion-induced …

Precise, quantitative measurements of the hydration status of skin can yield important
insights into dermatological health and skin structure and function, with additional relevance …

This paper presents materials and designs for an ultrathin, stretchable class of device that is
capable of lamination onto the surface of the skin, for wireless determination of dielectric and …

This research describes a wearable skin hydration sensor based on cotton textile to
determine the state of hydration within the skin via impedance analysis. The sensor structure …

Monitoring the composition, blood flow properties, and hydration status of human skin can
be important in diagnosing disease and tracking overall health. Current methods are largely …

Flexible electronic sensors show great potential for health monitoring but are usually limited
to single sensing functionality. To enrich their functions, complicated device configurations …