Science

The skin is the largest organ of the human body, covering nearly 2m². With age, cells lose their ability to fight oxidative stress, and genetic mutations accumulate.

At the same time, epigenetic modifications disrupt gene expression, impacting skin regeneration.

Problematic

Beyond genetics, skin aging is accelerated by environmental factors such as sun exposure and pollution. These aggressions lead to a gradual loss of elasticity, hydration, and volume, promoting the appearance of fine lines, wrinkles, and skin sagging.

Methodology

Our approach stimulates the DNA of skin cells to restart the production of essential components for firmness, elasticity, and hydration, as well as regeneration factors whose production declines with age.

With our expertise in aging genetics and bioinformatics, we conduct in silico simulations to select the most effective anti-aging active ingredients and their optimal synergies.

Research into details

The rise of computing and biotechnology has revolutionized cellular analysis, reducing costs by several billion-fold in less than 20 years. This advancement has enabled the generation and exploitation of vast amounts of data from pharmacology and genetics.

Epigenetics, which studies cellular changes influencing gene expression, has paved the way for new strategies to stimulate the production of proteins essential for skin structure and regeneration.

Applying these discoveries to anti-aging skincare, we developed Swiss Epigen-Reset™, a technology that reactivates skin cells to restore their optimal function.

Our approach is based on in silico simulations and artificial intelligence to identify the most powerful active ingredients, capable of naturally stimulating skin elasticity, hydration, and protection.

Each molecule has been validated through an in-depth scientific review, human testing proving its efficacy and safety, and the strict elimination of potentially irritating or allergenic components. Our formulations are then clinically tested to ensure safety and optimal results.

 

Research into details

The rise of computing and biotechnology has revolutionized cellular analysis, reducing costs by several billion-fold in less than 20 years. This advancement has enabled the generation and exploitation of vast amounts of data from pharmacology and genetics.

Epigenetics, which studies cellular changes influencing gene expression, has paved the way for new strategies to stimulate the production of proteins essential for skin structure and regeneration.

Applying these discoveries to anti-aging skincare, we developed Swiss Epigen-Reset™, a technology that reactivates skin cells to restore their optimal function.

Our approach is based on in silico simulations and artificial intelligence to identify the most powerful active ingredients, capable of naturally stimulating skin elasticity, hydration, and protection.

Each molecule has been validated through an in-depth scientific review, human testing proving its efficacy and safety, and the strict elimination of potentially irritating or allergenic components. Our formulations are then clinically tested to ensure safety and optimal results.

 

Client services

Contact us

The Age Tech SA
Rue Cité-Derrière 15
CH-1005 Lausanne
hello@theagetech.ch

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Client services

Contact us

The Age Tech SA
Rue Cité-Derrière 15
CH-1005 Lausanne
hello@theagetech.ch

Social media

Newsletter

Client services

Contact us

Social media

Newsletter

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