Konjac Ceramide Natural

¿Qué es Konjac Ceramide?

Las ceramidas son una clase de compuestos de amida formados por la deshidratde ácidos grasos de cadena larga con el grupo amino de la esfingomielina. Las principales son ceramida fosforilcolina y ceramida fosfatidiletanolamina, y los fosfolípidos son los principales componentes de las membranas celulares. De 40 a 50% del sebo en el estrato córneo consiste de ceramidas, que son una parte importante de la matriz intercelular. Juega un papel importante en el mantenimiento del equilibrio de agua en el estrato córneo. La ceramida tiene una fuerte capacidad para unirse a las moléculas de agua, y mantiene la humedad de la piel mediante la formación de una estructura de malla en el estrato córneo. Por lo tanto, las ceramidas pueden mantener la humedad de la piel.

Las ceramidas de origen natural provienen de fuentes animales y vegetales. Las fitoceramidas son componentes de ceramida extraídos de plantas como konjac, arroz, maíz y soja, y son compuestos similares a ceramidas formados a partir de fitoesfingosina. Entre ellas, las ceramidas extraídas por konjac tienen un contenido relativamente alto.

La tecnología de primavera verde proporciona natural konjac ceramida 3% por HPLC, que es ceramidas extraídas de konjac utilizando el método de lixiviación ultrasónica. Su contenido es relativamente alto, saludable y seguro. Green Spring Technology se ha especializado en extractos botádesde hace más de 20 años, y la empresa tiene un conjunto completo de sistemas de gestión de control de calidad. Desde la materia prima konjac hasta el producto acabado de polvo de ceramida konjac al 3%, todo el proceso de producción puede ser controlado y rastreado. Los residuos de pesticidas, residuos de disolventes, contenido de metales pesados y otros contaminantes de la prueba están en línea con la farmacopea de la Unión europea, la farmacopea de los Estados Unidos, la farmacopea japonesa, y otras normas internacionales. Podemos proporcionar informes de pruebas profesionales de terceros.

Especificaciones: 

Normativa:

Se ajusta a la normativa de la UE.

Benefits:

Moisturising

Konjac ceramide contains two long-chain hydrocarbon groups and two to three hydroxyl groups that make it hydrophobic and hydrophilic at the same time, a property that is important for its water-retaining effect in the stratum corneum. In addition, ceramide can significantly promote the expression level of mRNA and protein of silk polymerisation protein. Silk polymerisation proteins are not only important structural proteins, but also a major source of moisturising factors. Some studies have shown that the moisturising effect of konjac ceramide is 16 times that of hyaluronic acid, which is a highly effective moisturising agent that is easily absorbed by the skin, and at the same time promotes the penetration of other nutrients, and has a moisturising effect of up to 80% on aged dry skin.

Anti-aging

Konjac ceramides are easily oxidized and have antioxidant properties. Some studies have shown that low concentrations of ceramide can stimulate fibroblast proliferation and inhibit the expression of matrix metalloproteinases. Therefore, konjac ceramides have some anti-aging properties. It has also been shown that water-soluble ceramides (wheat ceramides + digalactosyl diacylglycerides (DGDG)) have a triple anti-aging effect: firstly, they maintain the moisture of the epidermis by reducing water loss; secondly, they activate the activity of fibroblasts to produce collagen and other substances; and thirdly, they activate the activity of the enzyme inhibitor of the matrix metalloproteinase series (TIMP-1); water-soluble ceramides originating from plants Water-soluble ceramides derived from plants also have a significant effect on the inhibition of elastase and collagenase in human leukocytes.

Allergy Relief

Konjac Ceramides also can calm and improve cells, which can provide a powerful soothing effect on allergic skin that is prone to redness and itching. The adhesion between ceramides and cells enhances the ability of allergy-prone epidermal cells to regain some of their resistance and relieve allergy symptoms.

Anti-inflammatory

Tumor necrosis factor (TNF) is a positive regulator of inflammation and directly activates neutrophils. In recent years it has been shown that increasing the number of intracellular ceramides increases the amount of tumor necrosis factor in the body, which in turn triggers apoptosis in a variety of cells. The effect of ceramide on positive regulators of inflammation suggests that ceramide has an anti-inflammatory effect.

Applications:

In Cosmetics:

As an important physiological lipid in the stratum corneum, ceramide forms a mesh structure in the stratum corneum to enhance skin conductivity and water-locking function. Secondly, ceramide increases the thickness of the stratum corneum, improves the skin's ability to hold water, and increases skin elasticity. In addition, konjac ceramides can reduce skin inflammation, promote skin barrier repair, and maintain the stability of skin function, and have been used in various skin care cosmetics.