Products Description
Breakthrough plant‑based biomimetic peptide
Discovered in 1900, L-Carnosine is a natural small molecule dipeptide composed of L-histidine and β-alanine , and is widely present in the human body. For many years, L-Carnosine has been widely used in cosmetics and health food.
1. Block glycation & oxidation, target multiple pathways, achieve skin longevity

Particularly, L-Carnosine has fantastic anti-glycation effect. It preferentially binds to free sugar, blocking the glycation reaction between collagen and free sugar, thereby reducing AGEs, maintaining skin elasticity and radiance.

2. Next-generation production technology
Production methods | Hydrazine hydrate risk | Natural index or Natural origin index | Origin |
Chemical synthesis | Yes | 0% | Petroleum-based |
Enzymatic synthesis | No | 0-76% | Petroleum-based+Corn |
Fermentation (UNIBIO_CARNOSINE) | No | 100% | Corn |
Our fermentation‑derived biomimetic L-Carnosine is the next-generation choice for natural products and eco-friendly.
3. Proven efficacy
3.1 ABTS radical scavenging test
ABTS is a classic and widely used industry method for evaluating antioxidant capacity. The antioxidant capacity of L-Carnosine is as follows,

Conclusion: At 50 mM L-Carnosine (1.13% dosage), the ABTS radical scavenging rate reaches around 85%, demonstrating very strong antioxidant capacity.
3.2 Reduce telomere damage and shortening rate

Lane M: Molecular weight marker, used to determine telomere length. The higher (on the gel), the longer the telomeres.
PDs (Population Doublings): The number of times cells have divided. The more divisions, the older the cells. Under normal circumstances, telomeres shorten as the number of divisions increases.
Results:
Control: Telomeres shortened markedly with increasing PDs, already greatly reduced by PD43.
Carnosine (20 mM): At PD48, telomeres remained significantly longer than controls, with much slower shortening.
Conclusion: L-Carnosine significantly delays telomere shortening in human skin fibroblasts, extending replicative lifespan and slowing cellular aging.
3.3 Anti-glycation, cell protection

Normal fibroblasts – well-spread shape, orderly cytoskeleton (Red & Green), able to produce collagen and elastin.
Glycated fibroblasts – irregular shape, disordered cytoskeleton, large gaps in green, abnormal red clumps, loss of collagen/elastin production.
After 0.25% L-Carnosine treatment (7 days) – cytoskeleton restored to near normal.
Conclusion: L-Carnosine prevents glycation damage and repairs cells, restoring their ability to produce collagen and elastin, achieving anti-glycation and anti-aging effects.
3.4 In vivo test with 2% UNIBIO_CARNOSINE cream
Crow’s feet area

Results: 28-day use of 2% UNIBIO_CARNOSINE cream significantly improved skin radiance and reduced crow's feet area.
Conclusion: 2% UNIBIO_CARNOSINE has excellent anti-aging effects.
INCI:CARNOSINE
CAS:305-84-0
MOLECULAR STRUCTURE:

Why Choose UNIBIO_CARNOSINE?
1. Natural source, produced from corn, with a natural index of 100% according to ISO 16128.
2. High safety, no risk of hydrazine hydrate.
3. High efficacy, small molecule for easy absorption.
4. Multi-functional, Anti-Glycation, Antioxidant, Anti-Aging, Whitening,etc.
5. Easy to apply, water-soluble.
6. 100% biodegradable and eco-friendly.