Where Is This Active Ingredient Found? Aminobutyric Acid (GABA) is the active ingredient in Freeze 24/7 skin care line.
Product Description & Benefits:
Gamma aminobutyric acid (GABA) is a non-essential amino acid necessary for brain metabolism. GABA is used in skin care to lessen the effects of wrinkles as part of an anti-aging regimen. GABA assists Niacinamide and Inositol in preventing anxiety and works in the body much like a natural tranquilizer. Clients interested in GABA may also be interested in our Natural Active Peptides.
This skin care active ingredient is made by a licensed, high-quality laboratory of skin care ingredients. Make Me Heal has partnered with leading laboratories and manufacturers of skin care ingredients to come up with the largest assortment of high-quality active ingredients that are effective for your skin. These ingredients are backed by scientific research and testing.
What's Do It Yourself (DIY) Skin Care?
DIY Skin Care is an emerging trend in the beauty world where consumers are taking control of their skin care regimen and are making their own home-based recipes of skincare products by combining scientifically proven active ingredients inside creams. DIY presents an opportunity to create affordable beauty products at your home and to try different ingredients to arrive at recipes that are the most optimal for your skin needs. You can use DIY to simply copy well-known, expensive creams and make your own cheaper home version, or to combine your favorite cream with an ingredient that you've found to be beneficial.
Directions For Use:
Each tube is enough for about 8 fl oz of cream or lotion at approximately 1% concentration (3 g in 240 mL cream). It will dissolve readily. Use in your favorite cream or add to our Canvas Base Cream or a Sea Kelp Bioferment base.
References:
According to recent research "the gamma-aminobutyric acid (A)-like receptor associated with skin barrier homeostasis and regulation of the receptor (could be) clinically effective for barrier dysfunctional or epidermal hyperproliferative diseases.