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1,064 Results
Section: Cosmetic Ingredients > Actives
Literature/Data
Patent Pick: Emulsion Stability with Amphiphilic Anisotropic Powder
Patent Picks are chosen by the editors from publicly available sources. Today's technology, from AMOREPACIFIC Corp., relates to an amphiphilic anisotropic powder-containing emulsion with excellent stability.
Cosmetic Ingredients
Patent Pick: Unsticking Emulsion Sticking Points
What's sticky, unstable and causes skin irritation? Certainly
not
emulsions based on core corona-type microgels. In a new patent application, Shiseido inventors explain how these materials produce the very opposite effects.
Literature/Data
Patent Pick: Control Emulsion Interfaces Thermally
Take a peek at the future of product development with this hand-selected Patent Pick, chosen by the editors from publicly available sources. Today's highlight relates to nanoparticles with unique, thermally controlled interfacial properties.
Natural/Sustainable
Water-based Plant Extract Emulsion Technology
Analyses Recherches Innovation Instrumentale (AR2i) has introduced a water plant emulsion processing technology to enable the production of ultra fine fluid emulsions with extracts of plants.
Cosmetic Ingredients
Emulsion Stabilizer Derived from Orange Pulp
Fiberstar Inc. will launch an emulsion stabilizer derived from orange pulp with a chemical composition that imparts both hydrophilic and lipophilic properties during In-Cosmetics in Paris.
Regional
VIDEO: Does the Triclosan Ruling Open Doors for New Product Types?
In this sixth video in our series, David C. Steinberg considers whether the FDA's triclosan ruling presents an opportunity.
Cosmetic Ingredients
Using Nonaqueous Emulsions to Avoid Discoloration Reactions
This article focuses on the physical principles of nonaqueous emulsions and their practical applications in preventing discoloration from ascorbic acid, hydroquinone and dihydroxyacetone.
Cosmetic Ingredients
Microchannel Processing: A Novel Approach to Making Emulsions
In the present article, microchannel emulsification is explored as a process method that precisely adds a dispersed phase into a continuous phase through an engineered dispersion plate. This approach is shown to produce emulsions with smaller droplets having tighter size distributions than conventional means, which leads to stable products with the limited need, if any, for surfactants.
Actives
Naturally Inhibit Fragrance Degradation: Rice Bran Sterols in Emulsions
The use of phytosterols is proposed here to retard the deterioration of cosmetic emulsions caused by perfume degradation. For the described tests, phytosterols from crude rice bran oil, a natural and economic choice, were used. A simple and easily controlled technique is described through which the phytosterols provided the desired results.
Actives
Lubrizol's Argireline Amplified Peptide Extends Botox-type Injection Results by 8 Weeks: New Study
Argireline Amplified Peptide, which is produced in accordance to green chemistry principles, has displayed "superior" in vitro activity and muscle relaxation effects compared to the company's original Argireline peptide.
Sun Care
Uniquely Stable Emulsions Revealed Through Freeze-fracture Transmission Electron Microscopy
Researchers investigated the structures and features of emulsions made with different emulsifiers via freeze-fracture transmission electron microscopy. Potassium cetyl phosphate formed more multi-lamellar spheres than other emulsifiers, and aggregated homo-domains on top of lamellar sheet surfaces and multi-lamellar spheres. These homo-domains are likely to be responsible for the excellent emulsion stability achieved.
Actives
SNF Expands Inverse Emulsion Polymer Portfolio with Natursol EMI Lite
The rheology modifier combines light texture and stabilizing performance, boasting a naturality index of 78% and offering textures while remaining eco-conscious.
Actives
CycloRetin™ and Corneopeptyl™: Combining the best of nature and science
Lucas Meyer Cosmetics by Clariant leads the shift toward greener peptides in skincare. CycloRetin™, from P. heterophylla, rivals retinol without irritation, and Corneopeptyl™ rebuilds the skin barrier, reducing wrinkles and improving hydration.
Skin Care
Formulation and Evaluation of Self-tanners
Self-tanning preparations are becoming increasingly important for consumers desiring a tanned look without exposing themselves to undue harm. The present article reviews DHA and other self-tanning active ingredients and their mechanisms of action. Formulating hallenges such as stability and ingredient interactions are discussed, as well as the evaluation and regulation of self-tanning products.
Skin Care
Formulation and Evaluation of Self-tanners
Self-tanning preparations are becoming increasingly important for consumers desiring a tanned look without exposing themselves to undue harm. The present article reviews DHA and other self-tanning active ingredients and their mechanisms of action. Formulating hallenges such as stability and ingredient interactions are discussed, as well as the evaluation and regulation of self-tanning products.
Literature/Data
Soaking up the Self-Tan: The Pros and Cons of DHA and Self-tanners
Many people utilize non-UV tanning methods to meet fashion demands without exposing themselves to UV radiation. This article reviews the health benefits and possible drawbacks of dihydroxyacetone, the main active ingredient in self-tanning products.
Literature/Data
Anti-aging Effects of Massage and Electricity
Recent research reported in
Health Sciences
shows skin moisture, facial fat and wrinkle depth improvements by classic facial massage, and increased oxygen uptake by electrical stimulation.
Actives
Safety and Efficacy of Microfine Titanium Dioxide
Modern microfine TiO2 products attenuate both UVA and UVB. The ingredient is practically chemically inert and “non-penetrating” and can be regarded a safe cosmetic raw material.
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