Photoaging: Why Sun Exposure Speeds Up Skin AgingMost of the visible signs of aging – wrinkles, sagging, uneven tone – aren’t just the result of time, but of sun exposure. Up to 90% of skin aging is linked to UV rays, which trigger oxidative stress, break down collagen and elastin, and accelerate the appearance of deep lines, spots, and rough texture. While natural (intrinsic) aging is inevitable, photoaging can be prevented. Daily sunscreen, sun protection, and antioxidant-rich skincare – like INNO-EPIGEN® Urban Day Cream and INNO-EPIGEN® Antiox Serum – are your best defence to keep skin firm, radiant, and resilient.
Read MoreAs we age, our skin’s renewal slows — leaving it thinner, drier, and less resilient. The science of retinol and epigenetics offers a smarter way forward. Retinol helps boost cell turnover and collagen, while epigenetic actives support your skin’s ability to “remember” its youthful function. At NEXTCHPTRSKIN™, we combine both in results-driven formulas like Age Rescue 24H Cream and Age Perfection Serum — designed for mature skin that deserves respect, not hype. Discover how this duo can help restore radiance, firmness, and confidence.
Read MoreWhat if your skincare could speak directly to your cells? At NEXT CHPTR SKIN™, we believe aging beautifully means working with your skin, not against it. And thanks to breakthrough epigenetic science, that belief is more than aspirational, it’s actionable. In this short animation [📽️ Watch the full video on YouTube], you’ll see how INNOAESTHETICS® uses Smart GPS® technology to deliver potent, clinically backed epigenetic ingredients right where they’re needed most: at the cellular level. It’s not just about surface hydration or covering up dark spots. It’s about restoring the skin’s natural ability to function like it did years ago. What Is Epigenetics and Why Does It Matter for Your Skin? Epigenetics is the science of how your lifestyle, environment, and skincare can influence how your genes express themselves. As we age, stress, sun damage, and hormonal changes cause the genes in our cells – like melanocytes and fibroblasts – to malfunction. The...
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