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

Frederic Flament; Anthony Galliano; Aurelie Abric; Christoph Matoschitz; Manfred Bammer; Miha Kampus; Diego Kanda-Diwidi; Salim Chibout; Matthieu Cassier; Caroline Delaunay

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

Frederic Flament
, Anthony Galliano
, Aurelie Abric
, Christoph Matoschitz
, Manfred Bammer
, Miha Kampus
, Diego Kanda-Diwidi
, Salim Chibout
, Matthieu Cassier
, Caroline Delaunay

Research output: Contribution to journal › Article › peer-review

Original language	English
Number of pages	1
Journal	Skin Research & Technology
Publication status	Published - 2021

Research Field

Former Research Field - Health and Bioresources

Cite this

Flament, F., Galliano, A., Abric, A., Matoschitz, C., Bammer, M., Kampus, M., Kanda-Diwidi, D., Chibout, S., Cassier, M., & Delaunay, C. (2021). 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. Skin Research & Technology.

@article{d7f8a0aac5124e368154f127b5b82c28,

title = "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",

author = "Frederic Flament and Anthony Galliano and Aurelie Abric and Christoph Matoschitz and Manfred Bammer and Miha Kampus and Diego Kanda-Diwidi and Salim Chibout and Matthieu Cassier and Caroline Delaunay",

year = "2021",

language = "English",

journal = "Skin Research \& Technology",

issn = "0909-752X",

publisher = "Wiley-Blackwell Publishing Ltd",

}

Flament, F, Galliano, A, Abric, A, Matoschitz, C, Bammer, M, Kampus, M, Kanda-Diwidi, D, Chibout, S, Cassier, M & Delaunay, C 2021, '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', Skin Research & Technology.

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. / Flament, Frederic; Galliano, Anthony; Abric, Aurelie et al.
In: Skin Research & Technology, 2021.

Research output: Contribution to journal › Article › peer-review

TY - JOUR

T1 - 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

AU - Flament, Frederic

AU - Galliano, Anthony

AU - Abric, Aurelie

AU - Matoschitz, Christoph

AU - Bammer, Manfred

AU - Kampus, Miha

AU - Kanda-Diwidi, Diego

AU - Chibout, Salim

AU - Cassier, Matthieu

AU - Delaunay, Caroline

PY - 2021

Y1 - 2021

M3 - Article

SN - 0909-752X

JO - Skin Research & Technology

JF - Skin Research & Technology

ER -