Phytosan™ K exerts a potent influence against skin aging. It activates cellular repair processes, supporting the maintenance of cellular integrity and energy after UV irradiation. Both are important factors in counteracting photoaging. Phytosan™ K also has potent regenerative effects, such as stimulation of collagen synthesis. This results in improved skin firmness and smoothness and a reduction of wrinkle depth. Phytosan™ K counteracts biological and UV-induced premature aging of the skin. Phytosan™ K contains proteins, glycoproteins and polysaccharides isolated from organic soybeans (GMO-free).

INCI Name: Glycine Soja (Soybean) Seed Extract

Functions: Anti-Aging Agent, Anti-Cellulite, Firming Agent, Protective Agent, Smoothing Agent, UV Absorber

Ingredient Origin: Plant Origin

Labeling Claims: Clean at Sephora, Credo Clean Standard, GMO-free, Non-Toxic, Organic, Ulta Beauty's Conscious Beauty

Certifications & Compliance: Halal

Benefit Claims: Anti-Aging, Anti-Irritant, Firming, Rejuvenating, Smoothing, Stress Reducing

  • TypeDocument Name
View All Documents

Knowde Enhanced TDS

Identification & Functionality

Ingredient Origin

Features & Benefits

Applications & Uses

Application Format
Color Cosmetic Applications
Skin Care Applications
Use Level
2 - 5 %
Application pH Range
3.0 – 7.5
Mode of Action
  • Cell-cell communication is essential for all functions of the human body. Via cell receptors and appropriate signaling molecules metabolic and catabolic reactions can be controlled in the cell. Environmental influences such as UV light interfere with metabolic processes in human skin by modulating signaling pathways between the cells. Cell receptors not only recognize endogenous signaling molecules; defined classes of substances derived from plants are also able to influence cell responses by interacting with cell receptors.
  • By both in vitro experiments conducted with human skin cells and in vivo tests on humans it could be demonstrated that the ingredients of Phytosan K can influence cell responses. The biological activity of Phytosan K shows in a significant increase in total protein synthesis as a result of signal transduction as well as in an induction of collagen biosynthesis.
  • Apart from a resultant improvement of the microrelief of the skin, Phytosan K was found to have extraordinary anti-stress activity after UV irradiation. Phytosan K clearly prevents decrease in ATP levels in keratinocytes after UV exposure, thus enabling cell mechanisms for prevention of DNA damage to produce a more efficient protective effect.
  • Phytosan K significantly increases the DNA repair rate after UV exposure, with resultant decrease in the number of reparable DNA single strand breaks and less irreparable DNA damage. Furthermore, formation of sunburn cells is reduced by modulation of UV-induced apoptosis.
  • By interfering with protective mechanisms of skin cells, Phytosan K possesses a high photoprotective potential. As a "biological sun protection factor" Phytosan K thus counteracts UV-induced premature skin aging. Since it simultaneously stimulates skin regenerative cell functions, it improves skin elasticity and the microrelief of the skin.
Recommended Uses

Phytosan K is suitable for the regenerative skin care and for the care of stressed skin. It especially counteracts UV-induced premature skin aging.

It can be u sed in emulsified and gel-type skin care products. Use of emulsifiers and/or gel builders which are non-sensitive to electrolytes is recommended.

Processing

When formulating Phytosan K it must be noted that electrolyte sensitive raw materials of formulations might be influenced. Small amounts of EDTA can stabilize the emulsion. Ionic emulsifiers should not be used. Electrolyte sensitive rheology modifiers and hydrocolloids might lose some efficacy when Phytosan K is added. This impact can be overcome when EDTA is added (1/10 of the used Phytosan K quantity). The development of W/O formulations is possible without any difficulties. The temperature should not exceed 40 °C during the production process, precipitations could be observed in the case of higher temperatures. The pH range of formulations with Phytosan K is wide and allows formulations between 3.0 – 7.5.

Properties

Physical Form
Odor
Characteristic
Appearance
Transparent liquid
Soluble in
Water

Regulatory & Compliance

Certifications & Compliance

Safety & Health

Physiological Safety

Acute oral toxicity

Phytosan K is made from food grade, non-genetically modified soybeans. Since the
manufacturing procedure does not chemically alter the raw material and no toxic substances are used to produce Phytosan K, oral toxicity testing in the rat was not conducted with this product. Phytosan K is considered to be non-toxic.

Eye irritation potential

The eye irritancy potential of Phytosan K was tested in the chorioallantoic membrane at a 100 % concentration using an alternative preservation (parabens) under the product name "Phytosan". Phytosan, undiluted, was classified as non-irritant.

Human Repeated Insult Patch Test (HRIPT according to Shelanski):

An O/W cream containing 10 % Phytosan (preserved with parabens) was applied repeatedly to 50 volunteers with dry, sensitive skin (among them, 9 persons suffering from eczemas) for a duration of 4 weeks. The cream containing Phytosan did not produce any skin irritating effects nor signs of skin sensitization.

Phototoxicity

Phytosan (undiluted) has been tested in vitro using the 3T3 Neutral Red Uptake Phototoxicity Assay. No phototoxic effects have been observed.

Packaging & Availability

Packaging

Available pack sizes: 1 kg, 5 kg, 25 kg
Sample size: 50 g

Storage & Handling

Storage And Handling

If kept at 10 - 20 °C, protected from frost and light, in well-closed containers, Phytosan K is stable for at least 2 years. Product packs should be fully used once opened.

Preservative System

Phenoxyethanol and potassium sorbate