Several scientific theories have been proposed to explain the natural, age-related changes that occur in cellular function over time. One of the most discussed ideas is the free radical theory of aging, first described by Prof. Harman in 1956. This concept suggests that oxidative stress plays a role in the gradual decline in physiological resilience associated with aging.
Free radicals are unstable molecules containing one or more unpaired electrons. In seeking stability, they may interact with other molecules through oxidation. This process can place stress on components such as lipids, proteins, and DNA.
Compounds that can neutralize or stabilize free radicals are commonly referred to as antioxidants, and they help support the body’s natural defenses against oxidative stress. Dietary antioxidants are widely recognized for their supportive role in overall wellness and healthy aging.
Saberry® is proven to have a significant antioxidant potential
Amla Extract: Broad-Spectrum Antioxidant Support for Skin Wellness
Amla (Phyllanthus emblica) is recognized for its rich antioxidant profile and its role in supporting the body’s natural defense systems against everyday environmental stressors. Its unique composition makes it a valuable ingredient in both cosmetic and nutricosmetic formulations focused on skin vitality and age-defying benefits.
Antioxidant Support & Environmental Stressors
Amla extract helps support the body’s natural ability to neutralize free radicals, which can contribute to visible signs of aging. Standardized extracts of amla have demonstrated long-lasting and broad-spectrum antioxidant activity in laboratory studies. These properties help maintain oxidative balance and support skin wellness, even in the presence of environmental factors such as metals that may contribute to oxidative stress.
Preclinical Research on Cellular Resilience
In various laboratory and animal studies, amla extract has been shown to help support normal cellular function when exposed to environmental elements. These findings suggest that amla may help maintain cellular integrity and antioxidant capacity under challenging conditions.
Note: These observations are based on preclinical research and do not imply detoxification or treatment of toxicity in humans.
Collagen Pathways & Skin Appearance
Visible signs of aging are often associated with changes in collagen dynamics. With age, natural collagen production tends to decline while enzymes such as MMP-1 increase. In vitro research has shown that amla extract can support:
Healthy collagen-related pathways
Balanced matrix metalloproteinase (MMP-1) activity
Increased Procollagen type I C-Peptide (PIP)
Enhanced mitochondrial activity in skin fibroblasts
These findings support the use of amla in cosmetic applications aimed at promoting firmer, smoother, and more youthful-looking skin.
Cosmetic & Nutricosmetic Applications
With its robust antioxidant profile and ability to support
collagen-related pathways, amla extract is well-positioned for: