Benefits
Visible wrinkle reduction — 88% response rate
In a double-blind placebo-controlled trial, subjects received either 350 mg of ceratiq oil or placebo daily for 12 weeks. In the ceratiq group, wrinkles were significantly and visibly reduced from 8 weeks onward (p<0.001) vs placebo. Visible wrinkle reduction was seen in nearly every (88%) woman in the clinical trial. Studies show ceratiq reduces wrinkle visibility three times better than placebo.
Fast-acting skin hydration (4 weeks)
ceratiq has been shown in clinical trials to improve skin hydration in as little as 4 weeks. The hydration effect is fast-acting compared to many beauty-from-within ingredients that require 8-12 weeks. Phytoceramides supplement the necessary ceramides used to rebuild the skin barrier, allowing skin to retain more moisture.
Improved skin elasticity and suppleness
Beyond hydration, ceratiq supports improved skin elasticity, suppleness, and radiance — the qualities associated with youthful skin appearance. Mechanism involves restoring the skin's lipid matrix that holds moisture and supports structural integrity. Effects extend to face and body skin, not just facial cosmetic outcomes.
Subjective skin improvement — 95% response
In one study, 95% of participants taking 200 mg of ceratiq daily reported dramatic improvement in the look and feel of their skin, with results verified by skin hydration measurements. The high subjective response rate combined with objective hydration verification supports ceratiq's positioning as one of the more consumer-relevant beauty-from-within ingredients.
UVB photoaging protection (preclinical)
Animal and cell culture studies demonstrate wheat extract oil (the ceratiq active) attenuates UVB-induced photoaging via collagen synthesis support in human keratinocytes and hairless mice. The mechanism extends beyond hydration to potentially protective effects against environmental skin damage — though clinical translation specifically for UV protection remains preliminary.
Vegan, non-GMO source vs animal-derived ceramides
Phytoceramides offer a vegan-friendly alternative to animal-derived ceramides for those seeking plant-based skin care nutrition. The ceramides that give younger skin its supple appearance are structurally identical between wheat and human sources. Sustainable non-GMO French/European wheat sourcing supports both consumer and supply chain ethics.
NutraIngredients Award + South Korea regulatory approval
ceratiq won the NutraIngredients Ingredient of the Year Award in the Healthy Aging category — independent industry validation. South Korea's Ministry of Food and Drug Safety granted regulatory approval for sale and beauty health claims — a meaningful milestone given Korea's rigorous beauty-supplement regulatory environment. Distinguishes ceratiq from less-validated phytoceramide products.
Mechanism of action
Ceramide replacement therapy
Ceramides comprise 35-40% of the binding matrix that maintains skin moisture balance and protects skin surface. Endogenous ceramide levels naturally decline with age, contributing to dry skin, wrinkles, and loss of barrier function. Oral phytoceramide supplementation restores the lipid matrix from within — supplementing what age has depleted.
Skin barrier reconstruction
Phytoceramides incorporate into the stratum corneum lipid matrix, rebuilding the brick-and-mortar barrier structure that holds water in skin. The mechanism explains the fast-acting hydration effect — ceramide-deficient skin loses water faster; replenishing ceramides immediately improves water retention. Sustainable hydration improves skin appearance and function.
Collagen synthesis support (preclinical)
Wheat extract oil supports collagen synthesis in keratinocytes (per preclinical mouse and cell studies). Collagen production declines with age, contributing to wrinkle formation. Supporting collagen synthesis may explain the wrinkle reduction effects documented in clinical trials beyond pure hydration mechanism.
Lipid matrix repair
Aging skin loses both ceramide lipids and the structural organization of the lipid matrix. ceratiq's phytoceramides not only replace lost ceramides but may support reorganization of the disrupted lipid structures. The combined effect of replacement plus structural support explains the visible appearance improvements beyond simple moisturization.
Clinical trials
Double-blind placebo-controlled trial evaluating efficacy of ceratiq on skin hydration and wrinkle reduction at 350 mg/day for 12 weeks. Outcomes included clinical wrinkle assessment and skin hydration measurements. by Boisnic et al.
Adult women with visible signs of skin aging. 12-week intervention.
Wrinkles were significantly and visibly reduced from 8 weeks onward (p<0.001) vs placebo. Visible wrinkle reduction observed in 88% of women in the trial. Skin hydration was significantly increased compared to placebo. Established 350 mg/day as the effective dose for wrinkle reduction applications. Foundation for the South Korean regulatory approval.
Randomized double-blind placebo-controlled trial of ceratiq at 200 mg/day for skin hydration in women. Published in a peer-reviewed journal as 'The moisturizing effect of a wheat extract food supplement on women's skin.' Demonstrated efficacy at the lower 200 mg dose for hydration applications.
Adult women experiencing dry skin or seeking skin hydration support. Multi-week intervention.
95% of participants taking 200 mg of ceratiq daily reported dramatic improvement in the look and feel of their skin, with results verified by objective skin hydration measurements. The 200 mg dose supports hydration applications; the 350 mg dose adds wrinkle reduction. Both doses are within the practical supplement dosing range.
Preclinical studies in human keratinocytes and hairless mice evaluating wheat extract oil's effects on UVB-induced photoaging. Mechanistic foundation extending beyond hydration to potential environmental skin damage protection. Presented at the American Society for Nutrition (ASN) as a poster.
Not applicable — cell culture (human keratinocytes) and animal (hairless mice) studies.
Wheat extract oil (the ceratiq active) attenuated UVB-induced photoaging via collagen synthesis support in both human keratinocytes and hairless mice. The collagen synthesis effect provides mechanism for the wrinkle reduction observed clinically beyond simple hydration. Translation to clinical UV protection applications remains preliminary and requires human clinical trials.