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Skin & Beauty Articles

In-Vivo-Imaging-Techniques-in-Skin-Tightening-Research-Non-Invasive-Assessment-of-Collagen EVENSKYN®

In Vivo Imaging Techniques in Skin Tightening Research: Non-Invasive Assessment of Collagen

Cellular repair and collagen regeneration work at a cellular level. Skin imaging helps to see the inner layers of the dermis and study it. This leads to identifying current conditions and diseases ...

Quantum Dots and Fluorescent Probes: Advancements in Skin Imaging for Research - EVENSKYN®

Quantum Dots and Fluorescent Probes: Advancements in Skin Imaging for Research

Skin imaging research is of great value in predicting diseases and developing treatment tools. Read and find how quantum dots and fluorescent probes play a significant role in skin imaging.  

Red Light Therapy for Youthful Complexion

Unleashing the Glow: At-Home Red Light Therapy for a Youthful Complexion

In the e­ver-evolving world of skincare and be­auty, new technologies continuously re­shape the landscape, offe­ring individuals innovative ways to achieve a youthful and radiant comple­xion. One s...

Molecular Signaling Pathways for skin tightening: Red Light Therapy - EVENSKYN®

Molecular Signaling Pathways for skin tightening: Red Light Therapy

Counter the effects of aging, a groundbreaking solution has emerged on the horizon: red light therapy (RLT). This innovative non-invasive skin tightening treatment harnesses the power of specific w...

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Skin Biomechanics and Viscoelasticity Measurements: Assessing the Impact of Microcurrent - EVENSKYN®

Skin Biomechanics and Viscoelasticity Measurements: Assessing the Impact of Microcurrent

Skin biomechanics and viscoelasticity play a significant role in skin health and rejuvenation. One way to support these functions is to use microcurrent therapy on the skin. With an increase in col...