Tuesday, september 22, 2026 | Paris
Program
08:30-09:00 AM
Welcome of participants
Breakfast
09:00-09:10 AM
Opening speech
Weak Signals, major disruptions: where Is Beauty Heading?
Marketing & Foresight – Towards a Hybrid Care
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Break
Networking
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Upcoming speakers
Consumer insights
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Bioelectricity : Signals from Asia’s Avant-Garde
Electroporation, iontophoresis, lifting effects… At the forefront of beauty tech, Asia’s leading players are reshaping non-invasive skincare by harnessing the power of electricity. Learn more...
At the heart of signals: understanding electrome
Science of electrome
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Bioelectricity in epithelial tissues: principles and biological implications
Bioelectricity refers to the full range of electrical phenomena produced by living cells. Learn more...
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Electroporation: An innovative physical method for molecule delivery
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Cutaneous Bioelectricity: Endogenous mechanisms and therapeutic applications of electric fields
In physiological conditions, the epidermis actively maintains a trans-epidermal ionic gradient (notably Na⁺, K⁺, Cl⁻), generating a basal electrical potential. Learn more...
Electroporation is a physical method of cell permeabilization that relies on the local application of electric pulses via electrodes. Learn more...
Evidence & Safety — Measure, Validate, Secure
Assessment & Quantification
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Break
Networking
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3D bioprinting and neuro-cosmetics: assess your products' emotional impact on a smart, connected artificial skin
Epidermal keratinocytes are not only the terminal endpoints of neuronal receptors for heat, pain, and touch, but they also possess a strong intrinsic bioelectric capacity and regulation through abundant ion channels, transporters, and pumps.
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Microcurrents: where do cosmetic effects end and physiological effects begin?
The rise of microcurrent technologies—galvanic current, devices responsive to the skin’s electric field, and targeted micro-stimulation—is profoundly reshaping beauty care. Learn more...
From the modulation of bioelectric pathways to mechanotransduction
New mechanisms of action
When skincare becomes technology
Beauty Tech: the new energy of skincare
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Bioelectricity and skin ageing: toward a promising anti-ageing pathway
Bioelectricity relies on the exchange of ions (Na⁺, K⁺, Ca²⁺, Cl⁻) across the plasma membrane. Learn more...
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Modulating sweat gland bioelectricity: an innovative approach to reduce body odour and improve consumer well-being
Bioelectricity, though imperceptible, is ubiquitous in the body and plays a fundamental role in cellular communication and in the regulation of many physiological processes, including sweating. Learn more...
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Targeting Mechanosensitive Channels: Can Touch be ameliorated in Aging Skin?
Touch is a fundamental biological function that enables cells to convert mechanical stimuli into biochemical signals through mechanotransduction. Learn more...
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Break
Networking
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Mechanisms of a biological alternative to electroporation for skin care
This presentation explores the skin as a bioelectrical tissue capable of communicating through ionic signals that regulate homeostasis, defense, and regeneration. Learn more...
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Information coming soon
The program presented is indicative and may evolve in the coming weeks based on necessary adjustments. We will make sure to keep you informed of any changes.