TRI-SOLVE® | Sinerga |
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TRI-SOLVE® is a skin barrier recovery agent obtained by encapsulation by high-pressure homogenization of Trehalose Ceramides and Cholesterol into a lipophilic vesicle constituted by Lecithin. Enriched by a wetting agent such as trehalose, it is able to re...view more
TRI-SOLVE® is a skin barrier recovery agent obtained by encapsulation by high-pressure homogenization of Trehalose Ceramides and Cholesterol into a lipophilic vesicle constituted by Lecithin. Enriched by a wetting agent such as trehalose, it is able to repair the cutaneous hydrolipidic mantle and protect from dryness and dehydration. view less
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TRI-SOLVE® | SMA Collaboratives |
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TRI-SOLVE® is a yellow to amber, clear viscous gel obtained by encapsulation by high pressure homogenization of trehalose, ceramides, and cholesterol into a lipophilic vesicles constituted by lecithin. This product is indicated for all disorders related t...view more
TRI-SOLVE® is a yellow to amber, clear viscous gel obtained by encapsulation by high pressure homogenization of trehalose, ceramides, and cholesterol into a lipophilic vesicles constituted by lecithin. This product is indicated for all disorders related to damaged skin barrier such as atopic dermatitis, contact and allergic dermatitis, as well as psoriasis. This moisturizing, softening, protective gel helps with skin protection in dry and hyperkeratosis skin conditions. Version also available utilizing plant phytosterols instead of cholesterol. view less
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Cn-HAHWS | Kobo Products, Inc. |
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Cn-HAHWS is a Glycosphere, a stable and protective delivery system, developed by Kobo Products. Glycospheres are supramolecular configurations, organized around a solid inner core. The latter, consisting of modified starch, is powerfully hydrophilic and endows the particle with its chemical and physicochemical stability as well as its biocompatibility.
A single layer of fatty acids is covalently grafted at the periphery of this central core, endowing the particle with a peripheral lipophilic nature, without modifying its internal hydrophilic nature. The Glycosphere can thus organize polar lipids and hence retain and deliver lipophilic active agents. CN-HAHWS is composed of Water, Pentylene Glycol, Palmitoyl Hydroxypropyltrimonium Amylopectin/Glycerin Crosspolymer, 1,2-Hexanediol, Caprylyl Glycol, Sodium Hyaluronate, and Hydrogenated Lecithin...view more
Cn-HAHWS is a Glycosphere, a stable and protective delivery system, developed by Kobo Products. Glycospheres are supramolecular configurations, organized around a solid inner core. The latter, consisting of modified starch, is powerfully hydrophilic and endows the particle with its chemical and physicochemical stability as well as its biocompatibility.
A single layer of fatty acids is covalently grafted at the periphery of this central core, endowing the particle with a peripheral lipophilic nature, without modifying its internal hydrophilic nature. The Glycosphere can thus organize polar lipids and hence retain and deliver lipophilic active agents. CN-HAHWS is composed of Water, Pentylene Glycol, Palmitoyl Hydroxypropyltrimonium Amylopectin/Glycerin Crosspolymer, 1,2-Hexanediol, Caprylyl Glycol, Sodium Hyaluronate, and Hydrogenated Lecithin. view less
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Gs-VC5000G | Kobo Products, Inc. |
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Gs-VC5000G is a Glycosphere, a stable and protective delivery system, developed by Kobo Products. Glycospheres are supramolecular configurations, organized around a solid inner core. The latter, consisting of modified starch, is powerfully hydrophilic and...view more
Gs-VC5000G is a Glycosphere, a stable and protective delivery system, developed by Kobo Products. Glycospheres are supramolecular configurations, organized around a solid inner core. The latter, consisting of modified starch, is powerfully hydrophilic and endows the particle with its chemical and physicochemical stability as well as its biocompatibility. A single layer of fatty acids is covalently grafted at the periphery of this central core, endowing the particle with a peripheral lipophilic nature, without modifying its internal hydrophilic nature. The Glycosphere can thus organize polar lipids and hence retain and deliver lipophilic active agents. view less
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