Aloe Vera Raw Materials

Blog: Aloe Vera Feminine Hygiene Care

Aloe vera can be used in various forms like hydrating gel, creams, masks. It can be applied directly to the skin or hair, or mixed with other ingredients to make a face mask, hair mask, or other beauty products.

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Blog: Aloe vera delivery system for dietary supplements

Cosmeceuticals combine the best of both worlds: wellness and beauty. At this intersection, marketers are seeking to help define the term cosmeceutical; this term tends to imply a product that is neither a drug, nor a cosmetic, but one that has a desired impact inside the skin.

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Blog: Aloe vera Oral Care

The effects of good Oral hygiene run far deeper than the mouth, teeth, and gums are coated with plaque and have been currently linked to an increased risk for various cardiovascular diseases.

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FAQ

What is the Aloe Vera plant?

Aloe barbadensis miller is a cactus-like plant that grows in hot, dry climates. It is cultivated in subtropical regions around the world, it has multiple benefits such as; anti-ageing, fights acne, reduces plaque, It’s hydrating, It’s moisturising, boosts digestion, It soothes sazor surn, lowers blood sugar and more

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Aloe vera enhance wellbeing and immune system?

Enhances macrophage effectiveness in modulating the entire immune system, stimulate, produce, and release antibodies. Increases the number of antibodies forming T-cells in the spleen. Helps to effectively balance and restore proper immune system function.

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Aloe vera extract enhances inter-cellular tight junction in skin cells thereby, providing enhanced moisturization of skin and reducing chances of skin infections.

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In vitro drug permeation enhancement potential of aloe gel materials.

Author T Lebitsa, A Viljoen, Z Lu, J Hamman – Current drug delivery, 2012

Original Source

increase the bioavailability of vitamins, enhance the in vitro transport of a macromolecular drug across intestinal epithelial cell monolayers, transepithelial electrical resistance and permeability of atenolol across excised intestinal tissue, transport of FITC-dextran across Caco-2 cell monolayers, ability to statistically significantly reduce the transepithelial electrical resistance of excised intestinal tissue, act as drug absorption enhancing agents across intestinal epithelia

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