Highlights

Suitable for

All skin types looking to slow the aging process and get clear, radiant skin.

Why we stand behind it

Beauty begins in the biome. Many of us consume diets often higher in sugar and processed foods than we would like to without realizing the toll it takes on our skin. Excess glucose can accelerate the aging process, leading to dullness, breakouts, and reduced elasticity over time. This degradation of elasticity contributes to sagging and the formation of wrinkles. Collagen breakdown results in thinner, less resilient skin diminishing its structural integrity and giving it an aged appearance.

This is why Beauty Biome is specifically designed to target beauty benefits. The formula features skin-nourishing ingredients that help preserve the collagen and elastin you already have, unlike many supplements on the market that introduce animal-derived collagen with less longevity. It promotes a healthier, more radiant complexion from the inside out.

Key ingredients

Sakara Probiotic Blend (6 unique strains: B.longum ES1, B. lactis BPL1, L.caseri BPL4, Bacillus subtilis, Lactobacillus rhamnosus SP1, and Lactobacillus acidophilus NCFM)3 Billion CFU: This specially designed blend of clinically proven probiotic strains support clear and healthy skin, improve skin barrier function and integrity, and help reduce inflammation while nourishing the gut-skin axis.

Dermaval™ (Superfood Complex: Pomegranate Extract, Asparagus, Okra, Coffeeberry® Coffee Fruit Extract, Quercetin, Acerola, Camu Camu, Acai, Mangosteen) 50 MG: A natural, plant-based complex of 9 polyphenol-rich superfoods, Dermaval™ is clinically shown to inhibit key enzymes known to degrade elastin and collagen proteins. This supports collagen from within, helping to preserve it and improve skin elasticity.

Vitamins A, D, & E (As Beta Carotene, Cholecalcifero, & Alpha-Tocopheryl Succinate) 560 MCG, 1 MCG, & 15 MG: Support skin repair, barrier strength, and antioxidant protection

Spore-Based DE111® & Prebiotic XOS Fibers 10 MG: With a smart synbiotic design, these spore-based strains and prebiotic XOS enhance the survival and efficacy of beneficial skin-supporting bacteria.