Advanced Night Repair Was Updated Based on Epigenetic Research
Laura McQuarrie — September 4, 2020 — Fashion
References: esteelauder & ellecanada
Estée Lauder's beloved Advanced Night Repair complex is now better than ever thanks to a refreshed formula that was updated based on breakthroughs in epigenetics. The Advanced Night Repair serum, patented until 2033, includes Chronolux Power Signal Technology to visibly reduce multiple signs of aging for a more youthful appearance.
With this new and improved serum, Estée Lauder recognizes that just 25% of skin aging is predetermined by genetics and the majority is regulated by micro-signaling molecules that respond to environmental conditions and lifestyle choices. Thanks to its patented molecule activator, the updated Advanced Night Repair taps into the power of potent plant ingredients, yeast extract and peptides to boost collagen production and support rapid cell renewal.
Image Credit: Estée Lauder
With this new and improved serum, Estée Lauder recognizes that just 25% of skin aging is predetermined by genetics and the majority is regulated by micro-signaling molecules that respond to environmental conditions and lifestyle choices. Thanks to its patented molecule activator, the updated Advanced Night Repair taps into the power of potent plant ingredients, yeast extract and peptides to boost collagen production and support rapid cell renewal.
Image Credit: Estée Lauder
Trend Themes
1. Epigenetic Anti-aging - The use of epigenetic research to develop anti-aging skincare products presents opportunities for disruptive innovation in the beauty industry.
2. Micro-signaling Molecules - Exploring the potential of micro-signaling molecules in skincare can lead to disruptive advancements in anti-aging treatments and products.
3. Patented Molecule Activators - The development of patented molecule activators opens doors for disruptive innovation in the creation of more effective anti-aging serums and skincare solutions.
Industry Implications
1. Beauty and Skincare - Epigenetic anti-aging trends create opportunities for disruptive innovation in the beauty and skincare industry.
2. Biotechnology - The exploration of micro-signaling molecules in skincare offers potential for disruptive innovations in the biotechnology industry.
3. Pharmaceuticals - Patented molecule activators can drive disruptive innovation in the development of anti-aging treatments and products within the pharmaceutical industry.
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