Enzymes, Filtrates, and Lysates

Biotechnological components for cosmetic formulations

This section covers enzymes, fermentation filtrates and lysates obtained from plant and microbial sources through controlled processes. These ingredients arrive in concentrated form and are intended for blending into creams, serums, emulsions and toners. They enable work at the level of biochemical reactions without mechanical action. Cosmetic Ingredients contain additional positions to expand formulation possibilities.

Differences between raw material types within the category

Enzyme complexes and their mechanism

Enzyme complexes act as catalysts for specific reactions and promote the breakdown of protein bonds on the surface. This approach provides gentle renewal without abrasive particles. An example is Zymo Clear MD, often chosen for formulas focused on texture and clarity. Other representatives of this subgroup show similar properties when working with different base types. For production volumes, it is easier to order from enzymes, filtrates and lysates in bulk.

Fermentation filtrates

Filtrates represent the liquid fraction rich in metabolites, peptides and trace elements. They preserve the natural balance of compounds thanks to gentle production conditions. Vaccinium Myrtillus Extract filtrate and ACB Olive Leaf Extract PF illustrate the diversity of botanical sources and their contribution to toning and protective properties of finished products.

Cell structure lysates

Lysates form when cell walls are ruptured and contain intracellular components in bioavailable form. Such ingredients support texture and softening characteristics of emulsions. Celldetox and Bonicel demonstrate how lysates integrate into night and day compositions of varying density.

Selection and dosage recommendations

Selection of a specific item begins with analysis of the formula's target task, pH range and ingredient solubility. Most enzymatic and lysate structures are sensitive to temperatures above a certain threshold, so they are added after the base has cooled. Compatibility is checked through small test batches before scaling production.

Combination with other functional ingredients

These components complement prebiotic additives that support microbiome balance. pH Neutralizers/Correctors help maintain system stability after introducing active fractions. Individual enzymes, for example Bromelain peeling agent, 10 g, expand options for refining textures. New arrivals such as Galactomyces Exosomes, 5 ml offer further variations for experiments with biochemical profiles.

Storage conditions and shelf life

Storage requires sealed packaging protected from light and sharp temperature fluctuations. Proper conditions preserve the catalytic activity of enzymes and the integrity of metabolites throughout the shelf life specified by the manufacturer.

FAQ

At what production stage should enzyme complexes be added?

Enzyme complexes and lysates are added after the base has fully cooled to room temperature to avoid inactivation.

Can filtrates from different sources be combined in one formula?

Combination is allowed provided preliminary compatibility checks and absence of unwanted interactions.

What pH range is considered optimal for most enzymes?

Each enzyme has its own optimal pH interval, and deviation reduces catalytic efficiency.

Are additional stabilizers required when working with lysates?

In most cases, maintaining the recommended pH and protection from oxidation in sealed containers is sufficient.