Description

Product Name:Micrococcus Lysate (Micrococcus lysate, Butylene Glycol)
Category:Biological Fermentation Ingredient / Bioactive Cosmetic Fermentation Raw Material
Molecular Weight Range:Mixture of low-molecular weight peptides and nucleotides (2 – 10 kDa)
Appearance:Transparent to light-yellow liquid
Molecular Formula:Not applicable (mixture of biological macromolecules derived from Micrococcus luteus)
Molecular Weight:Variable; key bioactive fraction approximately 2 – 10 kDa

Functions
1.DNA Repair & Photo-Damage Protection:Micrococcus Lysate contains DNA photolyase enzymes that recognize and repair UV-induced DNA damage, reversing cellular mutations and reducing skin photoaging.
2.Anti-Wrinkle & Fine Line Reduction:Promotes collagen and elastin synthesis while neutralizing free radicals responsible for skin aging.
3.Barrier Repair & Cell Regeneration:Supports epidermal recovery, improves skin texture and elasticity by enhancing mitochondrial energy and cell renewal.
4.Anti-Inflammatory & Antioxidant Defense:Reduces inflammatory responses induced by UV and pollution; boosts antioxidant enzyme activity.
5.Photoprotection Synergy:Works well with UV filters and antioxidants like vitamin E and ascorbyl glucoside to enhance sun-care and anti-aging efficacy.

Product Features
1.Biotechnological Fermentation Origin: Obtained via controlled fermentation and lysis of Micrococcus luteus, a UV-resistant bacterium known for DNA repair enzymes.
2.Clinically Proven DNA Repair: Reduces UV-induced damage at a molecular level to visibly improve skin health and radiance.
3.Anti-Photoaging Performance: Minimizes wrinkles and fine lines while improving skin firmness and elasticity.
4.Multi-Industry Compatibility: Applicable for cosmetics, personal care, functional foods, nutraceuticals and dermaceutical products.
5.Stable Liquid Form: Easily integrates into serums, lotions, masks, essences, creams, and leave-on formulations.
6.Safety & Sustainability: Derived from natural microbial fermentation, biodegradable and eco-friendly.

Quality & Certifications
Produced under strict international quality systems and standards:
GMP, ISO 9001, ISO 22000, ISO 13485, HACCP, Halal, FSSC 22000.
Each batch is validated for purity, microbial safety, heavy metal limits, and stability. COA, MSDS, and technical data sheets.

Why Choose Us
1.Scientific Backbone: Supported by peer-reviewed studies proving Micrococcus Lysate’s DNA repair efficacy and anti-photoaging performance.
2.Professional Fermentation Technology: State-of-the-art microbial fermentation platform ensures high bioactivity and consistent batch quality.
3.Complete Certification Chain: Full compliance with global ISO standards and Halal certification for cosmetic and food applications.
4.Flexible OEM & ODM Services: Available in custom concentrations, formulations, and packaging to fit B2B client needs.
5.Global Export Expertise: Comprehensive support for documentation, logistics, customs clearance, and after-sales service.

Storage & Handling
1.Storage Condition: Keep in a cool, dry place away from direct sunlight and high temperatures.
2.Recommended Temperature: 2 – 10 °C (preferably refrigerated for long-term storage).
3.Shelf Life: 24 months when unopened and stored under recommended conditions.
4.Packaging: 1 kg, 5 kg, 25 kg HDPE drums or custom packaging available.
5.Handling: Avoid contamination; seal tightly after each use.

Applications
1.Cosmetics: Anti-aging serums, day & night creams, eye care, sun-care, DNA repair essences, whitening and revitalizing lotions.
2.Personal Care: Moisturizing masks, after-sun gels, skin barrier repair lotions, and post-procedure skincare.
3.Hair Care: Scalp repair treatments, anti-aging shampoos and leave-on essences.
4.Functional Foods & Nutraceuticals: Potential applications in anti-aging oral supplements (subject to regulatory compliance).
5.Pharmaceutical & Dermaceutical: Adjunct ingredient for UV-damage repair and skin healing formulations.

Frequently Asked Questions (FAQ) – Micrococcus Lysate

1. What is Micrococcus Lysate?
Micrococcus Lysate is a premium bio-active ingredient derived from the enzymatic lysis of Micrococcus luteus cells. It is rich in peptides and metabolites that support DNA repair, anti-aging, and skin protection. It is supplied as a transparent to pale-yellow liquid suitable for cosmetic and personal care formulations.

2. How does Micrococcus Lysate work on the skin?
It stimulates the skin’s natural DNA repair mechanisms, particularly photolyase activity, which helps reverse UV-induced DNA damage such as cyclobutane pyrimidine dimers (CPDs). This reduces cell damage, inflammation, and premature aging signs while promoting collagen synthesis and skin vitality.

3. What are the main benefits of Micrococcus Lysate?

• Enhances DNA repair and genetic stability of skin cells

• Reduces visible wrinkles and fine lines

• Protects against photoaging and oxidative damage

• Improves skin radiance and structural integrity

4. What types of products can it be used in?
Micrococcus Lysate is suitable for a wide range of formulations including:

• Anti-aging creams and serums

• Photoenzyme repair skincare

• Nutraceuticals and cosmeceuticals

• Dermatological or pharmaceutical products

5. How should Micrococcus Lysate be formulated?
It is typically used as a liquid active ingredient and can be incorporated into water-based or hydro-alcoholic systems. It is compatible with most cosmetic excipients and synergizes well with antioxidants and moisturizing agents.

6. Is Micrococcus Lysate safe for skin?
Yes. Micrococcus Lysate has been extensively tested for topical use and is considered safe in cosmetic and personal care formulations when used at recommended concentrations.

7. What is the recommended usage level?
The typical usage concentration ranges from 1% to 5%, depending on product type and desired efficacy. Always perform formulation stability and compatibility tests.

8. How does it compare to other anti-aging ingredients?
Unlike traditional anti-aging actives that primarily target wrinkles or hydration, Micrococcus Lysate addresses aging at the DNA level, repairing UV-induced damage, reducing oxidative stress, and enhancing cellular longevity for a more comprehensive skin rejuvenation effect.