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8 Results
Section: Research > Literature/Data
Literature/Data
Patent Pick: Growing 3D Skin Predictions
A product manufacturer's reputation is perhaps its greatest asset, and growing numbers of cosmetic consumers with sensitive skin only raise the product development bar. That's where patented inventions such as this, a 3D skin model, can ensure product safety and support cosmetovigilance initiatives.
Literature/Data
Study Uncovers Genetic Predispositions to Skin Cancer
Basal cell carcinoma is the most common cancer worldwide, with an annual incidence of 2.8 million cases in the United States alone. A recent study found 31 genetic markers for the disease, 14 of which were identified for the first time.
Literature/Data
Quantifying Well Aging: A Mathematical Sketch to Predict Age
There is no biological evidence to explain why some individuals look older or younger than they really are. This work sought to quantify the cutaneous characteristics of well aging based on focus group input, word clouds, biometric measurements and more.
Literature/Data
Gene Variable Identified to Predict European Hair Curliness
Researchers at the Queensland Institute of Medical Research have identified a link between a gene and the degree of curliness in hair of European descent. This finding could be applied in forensic investigations or be used to manipulate hair with proteins.
Methods/Tools
Kao Predicts 86 Changes in Skin with Age, Menstrual Cycle and More
Kao Corp. has designed a technique using AI and RNA from skin lipids to predict 86 constantly changing skin attributes. Results indicate shifts in skin moisture, transparency and glycosylation with age and during the menstrual cycle.
Method/Process
A High Throughput Method to Predict Skin Penetration and Screen Topical Formulations
This work studies the applicability of a 96-well-based skin-mimetic artificial membrane permeability model to differentiate between topical pharmaceutical and cosmetic formulations. Results are compared with data obtained from in vitro Franz cell permeability measurements and reveal the applicability of this method to assess cosmetic formulation permeation and speed the discovery process.
Method/Process
Test Model Developed to Predict Skin Permeability of Compounds
A test model published in the
Journal of Chromatography A
uses retention on octadecyl, cholesterol-bonded and immobilized artificial membrane columns to accurately predict the skin permeability of compounds.
Method/Process
A High Throughput Method to Predict Skin Penetration and Screen Topical Formulations
This work studies the applicability of a 96-well-based skin-mimetic artificial membrane permeability model to differentiate between topical pharmaceutical and cosmetic formulations. Results are compared with data obtained from in vitro Franz cell permeability measurements and reveal the applicability of this method to assess cosmetic formulation permeation and speed the discovery process.
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