The science of Anti-Aging Skincare is rooted in multiple disciplines, including Anti-Aging Medicine, Cosmeceuticals, and Skin Biology. Over the centuries, advancements in these fields have shaped the way we understand and approach skin longevity.

The History of
Facial Anti-Aging Science

How NALANYA HERBS Integrates Facial Anti-Aging Science?

Ancient Era

Before the 20th Century

🔹 The concept of anti-aging skincare dates back over 2,000 years.
🔹 Ancient Egyptians (3,000 BCE) used honey, milk, and natural oils like olive oil for skincare.
🔹 Greeks & Romans applied wine, milk, and herbs to preserve skin health.
🔹 Traditional Chinese & Ayurvedic Medicine utilized herbs like ginseng and Ayurveda-based treatments for youthful skin.

20th Century

The Rise of Cosmetic Science

🔹 1900-1950: Scientists began studying the role of vitamins and lipids in skin health, such as Vitamin A, C, and E.
🔹 1950-1980: The rise of cosmeceuticals led to breakthroughs like:
✔ Retinoids (Vitamin A derivatives) for wrinkle reduction.
✔ Moisturizers with skin-like structures (ceramides & hyaluronic acid).
🔹 1980-1990:
✔ Alpha Hydroxy Acids (AHA) & Beta Hydroxy Acids (BHA) were introduced for exfoliation & anti-aging.
✔ Advanced sunscreens with improved UVA/UVB protection emerged.

 

21st Century

Advanced Biotechnology & Skin Longevity Innovations

🔹 2000s:
✔ Discovery of antioxidants like Coenzyme Q10 & plant extracts.
✔ Introduction of peptides to stimulate collagen production.
🔹 2010s:
✔ Nano-technology enhanced active ingredient delivery in skincare.
✔ Clean beauty and organic skincare gained momentum.
🔹 2020-Present:
✔ Personalized skincare using AI & DNA analysis.
✔ Stem cells, exosomes, and biotechnology for skin regeneration.

 

The science of skin aging has its origins dating back thousands of years, but it began to develop systematically in the 20th century. Over the past 30–40 years, there have been significant scientific advancements, with current trends focusing on the use of advanced technologies to improve facial skin structure at the molecular and cellular levels.

Â