> glycolic acid and essential oils

Studies show that the use of Glycolic Acid can result in significant improvement in the appearance of dry, discolored and aging skin. Derived from sugar cane and favored for its small molecular size, Glycolic Acid is regarded as the most powerful and penetratable of the Alpha Hydroxy Acids. Glycoderma is a Complete Care System that unites Glycolic Acid with Botanical Oils and the finest anti-aging ingredients to moisturize, tone and gently exfoliate to reveal fresher skin underneath. Glycoderma products help to even out skin texture and even enhance the effects of other skin treatments. This formula of 10% Glycolic Acid, Botanical Oils and natural anti-aging ingredients makes this product ideal for the treatment of fine lines and other signs of aging around the eyes. - Grapeseed and sweet almond oils nurture with moisture and omega fatty acids. - Vitamin complex and grape polyphenols deliver maximum antioxidants. - Advanced complex of wheat germ and yeast extracts working with hyaluronic acid defends the skin against signs of aging and atmospheric stress - Horse chestnut extract calms reactive skin - Calendula, bisabolol and allantoin soothe and promote healthy skin. To use: Apply sparingly once a day to the eye area, taking care to avoid contact with eyes, eyelashes and lids. First time users are advised to do a sensitivity patch test before applying product to face. 15ml 0.5oz

A daily reconditioning treatment containing natural fruit acids of Grape, Lemon, Passionflower and Pineapple. Natural fruit acids accelerate the natural skin renewal process by removing dead and/or damaged skin cells. This light weight oil free moisturizer will diminish fine lines, scarring and skin discolorations. Vitamins A, E, and C protect the skin from the damaging effects of free radicals and help improve elasticity. Gently eliminates dead skin cells, offers a satin-finish and a luxurious sensation of comfort, soothes and softens the skin. Use daily in the a.m. or p.m. Avoid eye area. Sunscreen protection is recommended when using this product for daytime use.

DescriptionDr. Ohhira's Essential Living Oils 60 capsules Product of Japan Dr. Ohhira's Essential Living Oils is Vegetarian Alternative to Fish Oils. Complete and Scientifically Balanced Blendof Omega 3, 6 & 9 Essential Fatty Acids (EFA)High in ALA (300mg), GLA (75mg), EPA & DHA(23.4mg)Eight Natural Plant Seed OilsCold-Pressed and Unrefined Purest Form of EFA-"Good" fats in Dr. Ohhira's EssentialLiving Oils are extracted from eight superior plant seeds, scientifically selected by award-winning microbiologist IichirohOhhira, Ph.D. to support good health. The expensive and timeconsuming cold-press method of extracting oils is used topreserve the natural qualities and properties of the plant seedsso the consumer receives only the purest form of good oils . Essential Fatty Acids (EFA) are the "good" fats our body requiresbut can't manufacture. The only way to acquire EFA is toconsume them in foods and oral supplements.Dr. Ohhira's Essential Living Oils is a vegetarian source of EFA(Omega-3, Omega-6 and Omega-9) found in linolenic, linoleicand oleic acids. The scientifically balanced ratio of Omega-3, -6 & -9 is 4:1:1. Dr. Ohhira's Essential Living Oils is the richestplant- based source of GLA, ALA, EPA, DHA and Vitamin E. Othersignificant compounds include campesterol, sitosterol andstigmasterol. Meticulously formulated by research scientists to provide oneproduct that contains all of the good fats without any of the badfats. Non-GMO Plant Seeds scientifically selected, skillfully extracted and meticulously processed from 8 medecinal plants 1. Green Tea Seed. From the tea plant, Camellia sinensis. Contains very high levels of catechins - EGCG, ECG, EGC andEC - that support antioxidant activity and normal cell production. 2. Perilla Seed. From the mint-family plant Perilla frutescensPolyuns aturated oil containing high levels of Alpha-linolenic acid(Omega-3) that metabolizes to eicosapentaenoic acid (EPA) anddocosahexaenoi c acid (DHA). Richest plant source of ALA. 3. Borage Seed. From the plant Borago officinalis. Richestsource of GLA, an unusual constituent of living matter that isfound in very few plants. GLA metabolizes to DGLA, whichsupports anti- inflammatory and antithrombotic activities. High invitamins B1, B2, B3 & C, minerals & fiber. 4. Flax Seed. From the plant Linum usitatissimum. Anabundant and rich dietary source of Omega-3,-6 and -9. Veryrich source of Alpha-linolenic acid (ALA), an Omega-3 EFA thatmetabolizes to eicosapentaenoic acid (EPA). Source ofimportant nutrients and micronutrients including lignans. 5. Sunflower Seed. From the plant Helianthus annuus. Highin protein, calcium, phosphorus, iron, potassium and Vitamin E.Includes Oleic acid (Omega-9) and Linoleic acid (Omega-6). 6. Avocado Seed. From the plant Persea Americana. Rich inOleic acid (Omega-9), Linoleic acid (Omega-6), Linolenic acid(Omega-3) and vitamins A, B1, B2, B6, D, and E. Rich inpotassium, protein, amino acids, palmitic acid, stearic acid, panthothenic acid and lecithin. 7. Olive Seed. From the plant Olea Europaea. A "good" fathigh in Vitamins A, D, E and K, EFA including Oleic acid (Omega-9) and Linoleic acid (Omega-6) and polyphenols. 8. Rice Seed. From the plant Oryza sativa. Balanced profile ofsaturated and unsaturated fatty acids. Contains tocopherol, tocotrienol, oryzanol, squalene and phytosetrol. Oryzanolsupports healthy cholesterol levels. Tocotrienol may be the mostpowerful Vitamin E source found in nature. Suggested Use: 1-3 capsules with each meal or as directed by a health care professional. Vegetable capsules

Glycolic acid works as an exfoliating agent because of its high acidity but easy solubility. When placed on the skin as part of an exfoliating cream or gel, glycolic acid goes under the damaged upper layers of skin and destroys the glue, which holds dead skin to the surface. As this dead skin is chemically burned off, the other ingredients carry the individual flakes away and a water rinse neutralizes the remaining acid. The result is a much-smoother skin surface and a more youthful appearance. A secondary benefit is glycolic acid's ability to draw moisturizers into the newly exfoliated skin surface.

Alpha-hydroxy acids are commonly found and isolated from fruits of all sorts. That is why they are referred to as fruit acids. For example, malic acid is found in apples, citric acid can be isolated from most citrus fruits and glycolic acid is commonly found in honey and sugar cane. Lactic acid is found in milk that has soured and Tartaric acid can be isolated from fermented grapes (wine). . Glycolic acid works as an exfoliating agent because of its high acidity but easy solubility. When placed on the skin as part of an exfoliating cream or gel, glycolic acid goes under the damaged upper layers of skin and destroys the glue, which holds dead skin to the surface. As this dead skin is chemically burned off, the other ingredients carry the individual flakes away and a water rinse neutralizes the remaining acid. The result is a much-smoother skin surface and a more youthful appearance. A secondary benefit is glycolic acid's ability to draw moisturizers into the newly exfoliated skin surface. One study showed that topical treatment twice a day for 3 months with 5% glycolic acid cream at pH 2.8 affected surface and epidermal changes, while the same treatment, but with a 12% cream reached deeper and influenced both the epidermis and the deeper dermis layer, and resulted in increased epidermal and dermal firmness and thickness. Both showed clinical improvement in skin smoothness and in the appearance of lines and wrinkles. Another study showed that AHAs might thin the outer stratum corneum, but actually end up increasing the overall thickness of the epidermis. This thickening is accompanied by increased synthesis of collagen. It is apparent that alpha-hydroxy acids may do more than just increase exfoliation and skin cell turnover

Alpha-hydroxy acids are commonly found and isolated from fruits of all sorts. That is why they are referred to as fruit acids. For example, malic acid is found in apples, citric acid can be isolated from most citrus fruits and glycolic acid is commonly found in honey and sugar cane. Lactic acid is found in milk that has soured and Tartaric acid can be isolated from fermented grapes (wine). . Glycolic acid works as an exfoliating agent because of its high acidity but easy solubility. When placed on the skin as part of an exfoliating cream or gel, glycolic acid goes under the damaged upper layers of skin and destroys the glue, which holds dead skin to the surface. As this dead skin is chemically burned off, the other ingredients carry the individual flakes away and a water rinse neutralizes the remaining acid. The result is a much-smoother skin surface and a more youthful appearance. A secondary benefit is glycolic acid's ability to draw moisturizers into the newly exfoliated skin surface. One study showed that topical treatment twice a day for 3 months with 5% glycolic acid cream at pH 2.8 affected surface and epidermal changes, while the same treatment, but with a 12% cream reached deeper and influenced both the epidermis and the deeper dermis layer, and resulted in increased epidermal and dermal firmness and thickness. Both showed clinical improvement in skin smoothness and in the appearance of lines and wrinkles. Another study showed that AHAs might thin the outer stratum corneum, but actually end up increasing the overall thickness of the epidermis. This thickening is accompanied by increased synthesis of collagen. It is apparent that alpha-hydroxy acids may do more than just increase exfoliation and skin cell turnover

Alpha-hydroxy acids are commonly found and isolated from fruits of all sorts. That is why they are referred to as fruit acids. For example, malic acid is found in apples, citric acid can be isolated from most citrus fruits and glycolic acid is commonly found in honey and sugar cane. Lactic acid is found in milk that has soured and Tartaric acid can be isolated from fermented grapes (wine). . Glycolic acid works as an exfoliating agent because of its high acidity but easy solubility. When placed on the skin as part of an exfoliating cream or gel, glycolic acid goes under the damaged upper layers of skin and destroys the glue, which holds dead skin to the surface. As this dead skin is chemically burned off, the other ingredients carry the individual flakes away and a water rinse neutralizes the remaining acid. The result is a much-smoother skin surface and a more youthful appearance. A secondary benefit is glycolic acid's ability to draw moisturizers into the newly exfoliated skin surface. One study showed that topical treatment twice a day for 3 months with 5% glycolic acid cream at pH 2.8 affected surface and epidermal changes, while the same treatment, but with a 12% cream reached deeper and influenced both the epidermis and the deeper dermis layer, and resulted in increased epidermal and dermal firmness and thickness. Both showed clinical improvement in skin smoothness and in the appearance of lines and wrinkles. Another study showed that AHAs might thin the outer stratum corneum, but actually end up increasing the overall thickness of the epidermis. This thickening is accompanied by increased synthesis of collagen. It is apparent that alpha-hydroxy acids may do more than just increase exfoliation and skin cell turnover

Alpha-hydroxy acids are commonly found and isolated from fruits of all sorts. That is why they are referred to as fruit acids. For example, malic acid is found in apples, citric acid can be isolated from most citrus fruits and glycolic acid is commonly found in honey and sugar cane. Lactic acid is found in milk that has soured and Tartaric acid can be isolated from fermented grapes (wine). . Glycolic acid works as an exfoliating agent because of its high acidity but easy solubility. When placed on the skin as part of an exfoliating cream or gel, glycolic acid goes under the damaged upper layers of skin and destroys the glue, which holds dead skin to the surface. As this dead skin is chemically burned off, the other ingredients carry the individual flakes away and a water rinse neutralizes the remaining acid. The result is a much-smoother skin surface and a more youthful appearance. A secondary benefit is glycolic acid's ability to draw moisturizers into the newly exfoliated skin surface. One study showed that topical treatment twice a day for 3 months with 5% glycolic acid cream at pH 2.8 affected surface and epidermal changes, while the same treatment, but with a 12% cream reached deeper and influenced both the epidermis and the deeper dermis layer, and resulted in increased epidermal and dermal firmness and thickness. Both showed clinical improvement in skin smoothness and in the appearance of lines and wrinkles. Another study showed that AHAs might thin the outer stratum corneum, but actually end up increasing the overall thickness of the epidermis. This thickening is accompanied by increased synthesis of collagen. It is apparent that alpha-hydroxy acids may do more than just increase exfoliation and skin cell turnover

Alpha-hydroxy acids are commonly found and isolated from fruits of all sorts. That is why they are referred to as fruit acids. For example, malic acid is found in apples, citric acid can be isolated from most citrus fruits and glycolic acid is commonly found in honey and sugar cane. Lactic acid is found in milk that has soured and Tartaric acid can be isolated from fermented grapes (wine). . Glycolic acid works as an exfoliating agent because of its high acidity but easy solubility. When placed on the skin as part of an exfoliating cream or gel, glycolic acid goes under the damaged upper layers of skin and destroys the glue, which holds dead skin to the surface. As this dead skin is chemically burned off, the other ingredients carry the individual flakes away and a water rinse neutralizes the remaining acid. The result is a much-smoother skin surface and a more youthful appearance. A secondary benefit is glycolic acid's ability to draw moisturizers into the newly exfoliated skin surface. One study showed that topical treatment twice a day for 3 months with 5% glycolic acid cream at pH 2.8 affected surface and epidermal changes, while the same treatment, but with a 12% cream reached deeper and influenced both the epidermis and the deeper dermis layer, and resulted in increased epidermal and dermal firmness and thickness. Both showed clinical improvement in skin smoothness and in the appearance of lines and wrinkles. Another study showed that AHAs might thin the outer stratum corneum, but actually end up increasing the overall thickness of the epidermis. This thickening is accompanied by increased synthesis of collagen. It is apparent that alpha-hydroxy acids may do more than just increase exfoliation and skin cell turnover.