CBD isolate is the most used in cosmetics, and is mainly in the form of a micronized powder to facilitate its use in formulation. According to the European Commission, via their cosmetic ingredients database the CosIng, CBD lists no less than 4 convincing effects.
- Anti-seborrhea: Helps control sebum production
- Moisturizer: Maintains the skin in good condition
- Protective: Helps avoid the harmful effects of external factors on the skin
- Antioxidant: Inhibits reactions favored by oxygen, thus preventing oxidation and rancidity
However, the effects of CBD on the skin are not limited to simple sebum regulation. Numerous studies have demonstrated other benefits, CBD is soothing, healing, anti-acne, antibacterial, anti-inflammatory, anti-aging.
Anti-oxidant CBD
The anti-oxidant effect of CBD isolate will help slow down the oxidation process of cells, and thus prevent the occurrence of oxidative stress. CBD therefore helps delay the natural aging process of cells, and also acts as a barrier to premature aging factors to which we are exposed on a daily basis.
CBD and acne
By binding to ECS receptors, cannabidiol has been suggested as a promising therapeutic agent for the treatment of acne, because according to studies:
- CBD normalizes the expression of pro-inflammatory cytokines (anti-inflammatory effect)
- CBD normalizes the lipogenesis of sebocytic cells (lipostatic effect, without compromising cell viability)
- CBD reduces the proliferation of these cells (antiproliferative effect without inducing sebocyte apoptosis)
- CBD exerts a sebostatic (lipostatic and antiproliferative) action by activating TRPV4 receptors, therefore considerably reducing sebum production.
Anti-inflammatory mechanism and CBD:
More and more studies tend to prove that CBD is effective in soothing skin inflammation when applied topically, on several levels:
- By blocking the migration of macrophages (digestion of foreign particles and pathogens).
- By regulating the activation of lymphocytes (recognition and destruction of foreign cells).
- By inhibiting the release of pro-inflammatory substances.
- By promoting the release of other anti-inflammatory substances called “Cytokines”.
