Chlorella Vulgaris Extract

A nutrient-dense freshwater microalgae that delivers deep cellular nourishment to skin weakened by hormonal decline.

Chlorella vulgaris is a single-celled green microalgae cultivated in controlled freshwater environments. Exceptionally rich in amino acids, peptides, vitamins, and minerals, it provides a concentrated source of nourishment that skin cells can readily absorb. Its extract has been shown to stimulate collagen synthesis and support fibroblast activity, making it a powerful ally for skin that is losing structural integrity.

For women navigating menopause, chlorella vulgaris extract offers targeted support where it matters most. Its growth factor content helps accelerate cellular renewal, counteracting the slowdown in skin turnover that accompanies falling oestrogen levels. The extract also provides antioxidant protection against environmental aggressors, which become more damaging when the skin's natural defences are hormonally compromised.

A Brief History of Chlorella Vulgaris Extract in Skincare

Chlorella was first identified by Dutch microbiologist Martinus Beijerinck in 1890, though it gained wider attention in the mid-twentieth century as a potential superfood. Japanese researchers were among the first to explore its topical applications, discovering that chlorella growth factor — a unique nucleotide-peptide complex — could stimulate tissue repair and cellular regeneration at a remarkable rate.

By the 2010s, chlorella vulgaris extract had become a staple in bioactive skincare, prized for its ability to energise tired skin and support barrier function. Its sustainable cultivation and potent nutrient profile make it particularly well suited to modern formulations targeting age-related skin concerns.

How Chlorella Vulgaris Extract Supports Skin During Menopause

Menopausal skin undergoes significant structural changes as oestrogen withdrawal reduces collagen production by as much as thirty per cent in the first five years. Chlorella vulgaris extract helps bridge this gap by stimulating fibroblast activity and promoting the synthesis of new collagen and elastin fibres. Its rich peptide content supports the skin's repair mechanisms, whilst its antioxidant properties help neutralise the oxidative stress that accelerates visible ageing during hormonal transition.