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Q: |
Why should I use Hydroviton.CR? |
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Hydroviton.CR corrects skin that looks and feels 1) gray, dry, flaky, itchy, 2) oily shortly after washing, 3) marked by the lesions and redness of acne, 4) pitted by large pores, 5) unusually sensitive, or any combination of these symptoms.
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Who is at risk for hyperkeratinization? |
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Skin can look gray and blotchy, feel dry and itchy, or be slick and oily — often at the same time — due to age, exposure, and hormones.
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Who is at risk for acne? |
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The unsightly lesions, redness, and pain of acne afflict 90 percent of adolescents, especially males, plus females at any age during times of hormonal disturbance.
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Q: |
When will I see results from Hydroviton.CR? |
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Witness dramatic improvement from the first application by cleansing daily.
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Q: |
What are nanosomes? |
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A: |
These micro-spheres of organic liposome, each 200 times smaller than a human skin cell, carry active ingredients deep below the surface of the skin where they dissolve slowly for maximum performance.
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Q: |
What is the stratum corneum? |
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This outer wall of the epidermis consists of 12-16 layers of corneocytes (bricks) embedded in a continuous lamellar lipid bilayer (mortar).
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What is the role of alpha- and beta-hydroxy acids? |
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A: |
These ingredients induce desquamation (exfoliation) of the mature corneocytes that make skin gray, blotchy, dry, and itchy.
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Q: |
What is the role of azelaic acid? |
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A: |
Azelaic acid inhibits the formation of acneform lesions to clarify pores and restore healthy color.
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Q: |
What is the role of Laminaria digitata? |
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A: |
This brown seaweed extract elevates complexion radiance by stimulating adenosine triphosphate, the currency of biological energy.
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Q: |
What is the role of Pueraria lobata? |
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A: |
This kudzu root extract dampens the body's natural inflammatory response.
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Q: |
What is the role of saccharide isomerate? |
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A: |
This ingredient retains cutaneous moisture, even under arid conditions.
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Q: |
What is sebum? |
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A: |
Attached to each hair follicle, a multi-lobed sebaceous gland coats hair and skin with sebum, a protective mixture of glycerides, free fatty acids, wax, and squalene.
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Q: |
What is hyperseborrhea? |
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Hyperseborrhea, an abnormal level of sebum discharge, results mainly from an abnormal level of dihydrotestosterone (DHT) within sebaceous glands.
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Q: |
What is hyperkeratinization? |
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A: |
Hyperkeratinization, the over-production of skin protein, combines with excess sebum to form blackheads and whiteheads, which plug and distend follicles.
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Q: |
What is acne? |
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"Acne" describes an inflammation of the pilosebaceous follicle, primarily on the face, chest, and back.
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Q: |
What is "dry" skin? |
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A: |
Ordinary dry skin is characterized by a thick dense stratum corneum. Hydroviton.CR induces desquamation (exfoliation) to allow fresh cells to emerge.
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Q: |
What causes inflammation? |
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The normal injury response — marked by capillary dilatation, leukocytic infiltration, redness, heat, and pain — follows the rupture of acneform lesions.
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Q: |
What causes acne? |
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Three major factors cause acne: 1) hyperseborrhea, 2) hyperkeratinization, and 3) the body's natural inflammatory response.
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Q: |
What are the pathways of Hydroviton.CR? |
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A: |
Hydroviton.CR performs in five major ways: dissolution of acneform lesions, desquamation of corneocytes, intense moisturizing, increased complexion radiance, and anti-inflammation.
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Q: |
What are the benefits of Hydroviton.CR for acne? |
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The multifaceted attack against hyperseborrhea, hyperkeratinization, and inflammation means less greasiness, redness, and pain, plus fewer unsightly pimples, finer pores, and smoother skin.
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Q: |
What are corneocytes? |
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These flat, dead, nonnucleated cells of the stratum corneum, each 1 µm thick, are filled with keratin protein.
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Q: |
How is Hydroviton.CR different? |
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A: |
Unlike soaps, moisturizers, or toners, Hydroviton.CR perfects the skin through multiple pathways, to reclaim its youthful color, smooth texture, and calm demeanor.
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Q: |
How does Hydroviton.CR work? |
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Cutting-edge compounds target the gray, blotchy, dry, itchy symptoms of hyperkeratinization. Others purge the lesions, redness, and pain of acne.
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Q: |
How does Hydroviton.CR refine pores? |
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A: |
Hydroviton.CR evacuates the excess sebum, keratin, and environmental pollutants that clog and dilate pores.
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Q: |
How does Hydroviton.CR moisturize so deeply? |
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A: |
To retain moisture under arid conditions, Hydroviton.CR incorporates saccharide isomerate, which binds to keratin and persists even when common humectants cannot.
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Q: |
How does Hydroviton.CR inhibit women's acne? |
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During hyper-hormonal events, Hydroviton.CR inhibits the enzyme 5-alpha-reductase, thus reducing dihydrotestosterone, hyperseborrhea, and acne.
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Q: |
How does Hydroviton.CR inhibit skin aging? |
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A: |
Alpha-hydroxy acids diminish corneocyte cohesion at a deeper level, thinning the surface of skin, improving its flexibility, evening its color, and allowing it to glow.
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Q: |
How does Hydroviton.CR avoid irritation? |
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A: |
The cleanser incorporates kudzu root extract, shown to convey anti-inflammatory properties.
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Q: |
How does DS Laboratories lead in acne treatment? |
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A: |
DS Laboratories has done extensive research on the histology of skin, pathogenesis of acne, and successful treatment of it.
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Q: |
How does azelaic acid resolve acne? |
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Nanosome-encapsulated azelaic acid 1) dissolves lesions and clears follicles, 2) reduces sebum, and 3) inhibits bacterial flora.
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Q: |
How do nanosomes boost efficacy? |
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A: |
In Hydroviton.CR, these second-generation liposomal vesicles potentiate their active ingredients by penetrating skin deeper and releasing compounds slower.
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Q: |
How do corneocytes bond? |
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A: |
Types are 1) covalent bonds, in which atoms share electrons, and 2) ionic bonds, which rely on the negative and positive charges of atoms. Excessive bonding leads to hyperkeratinization and pathogenesis.

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