BIOME+ Dew Bright Serum

A hydrating oil-serum that leaves skin dewy and radiant, with certified microbiome-friendly squalane, fermented hyaluronic acid and niacinamide.

This clinically proven oil-serum is a dual-benefit formula that deeply hydrates and resets radiance, helping to reignite a dewy, lit-from-within glow in dull skin. It contains fermented, cross-linked hyaluronic acid to help fortify the skin’s own moisture barrier, attracting water to the skin and locking it in place for long-lasting hydration. Certified microbiome-friendly squalane helps to enhance elasticity to restore the feeling of smoothness, suppleness and youthful bounce to the skin. This serum features a trio of natural dullness-diminishing ingredients: Niacinamide to help smooth and even out the skin’s appearance, micro-sunflower extract to help boost skin clarity and unify uneven tone and adaptogenic plant extracts to give skin a radiant glow. The nourishing formula helps keep moisture intact, bringing skin to the ultimate state of brightness and balance.

The experience:
The creamy serum glides on clear, leaving skin with a dewy, hydrated finish. It contains a hint of natural fragrance from extracts of lavender, lemon peel and green tea.

Who it’s for:
All skin types

Key Ingredients:

Fermented squalane:
A plant-based emollient that is derived from renewable sugarcane using a biotech-based fermentation process. It provides a rapid and long-term moisturising effect, helping to support a healthy moisture barrier.

Niacinamide:
A form of vitamin B3 that helps to restore skin and even out skin tone and texture

Adaptogenic extracts:
A blend of tiger grass and holy basil plant extracts that give skin a radiant, healthy-looking glow and help to restore its ability to adapt to environmental stressors

Micro-sunflower extract:
A sustainably grown extract from sunflower microgreens known to promote more even-toned, luminous skin

Hyaluronic acid:
A fermented, cross-linked form of hyaluronic acid that helps to bind water to the skin and support its moisture barrier