Skin Barrier is the cosmetic and personal care industries’ preferred destination for the latest information on formulations, new technologies, ingredients, testing and news.
Skin Barrier includes topics such as:
- Basics of skin penetration
- Skin barrier maintenance and repair
- Measurement techniques
- Emulsions as delivery systems
- Vesicles as delivery systems
- Silicones
- And more!
Contents
Basics of Skin Penetration
- Optimizing Skin Delivery
- Avoiding Transdermal Cosmetic Delivery
- Pathways for Skin Penetration
- Delivering on Antiaging Potential
Skin Lipids
- Building a Better Barrier from the Inside Out
- Topical Formulations Conforming to the Structure of the Skin
- Applications of Essential Fatty Acids in Skin Care, Cosmetics and Cosmeceuticals
- Oleic Acid-induced Skin Penetration Effects of a Lamellar Delivery System
Skin Barrier Maintenance and Repair
- Comparing Methods to Measure Skin Integrity In Vitro
- Correlating Transepidermal Water Loss and Percutaneous Absorption: An Overview
- Barrier Creams (Skin Protective Creams)
- Skin Barrier Function: Effects of Moisturizers
- Properties of a Pseudoceramide Multi-Lamellar Emulsion In Vitro and In Vivo
Skin Delivery: Measurement Techniques
- Role of Skin Absorption in Cosmetic Development
- Dermatopharmacokinetics for Assessing Bioequivalence of Topically Applied Products in Human Skin
- Advanced Methods Measure Skin Penetrants at the Parts-Per-Billion Level
- AMS Revolutionizes Absorption and Metabolism Studies
- Testing for Penetration of the Skin Barrier
Future Developments in Skin Delivery
- Emerging Technologies and the Future of Cosmetic Science
- Using Tissue Engineered Skin to Evaluate the Irritation Potential of
Skin Care Products
- A Technical Perspective on Skin Delivery Systems for Cosmetic and
Pharmaceutical Applications: Looking Towards the Future
Delivery Systems
Emulsions as Skin Delivery Systems
- Formulating Cosmetic Emulsions: A Beginner’s Guide
- Relative Performance Testing of Formulations: Emollients
- Relative Performance Testing of Formulations: Emulsifiers
- Formulating for Efficacy
- Liquid Crystals and Emulsions: A Wonderful Marriage
- New Membrane Emulsification Technologies for Production of Micro- and Nanoemulsions
- Rationalizing and Producing Nanoemulsions for Personal Care
Vesicles as Skin Delivery Systems
- Skin Delivery from Lipid Vesicles
- Delivery Review - Looking at Liposomes
- Penetration and Metabolism of Isoflavones in Human Skin
- Spontaneous Formation of Liposomes from Lamellar Liquid Crystals
- New Liposome Gels by Self Organization of Vesicles and Intelligent Polymers
- Silicone-Based Vesicle Delivery Systems
- Liposome Stability via Multi-Walled Delivery Systems
- Charged Vesicles for Delivering Actives in Surfactant-based Formulations
Encapsulation as a Means to Enhance Skin Delivery
- Encapsulation Technologies: Tailored Solutions for Delivery
- A Triply Stabilized System to Improve Retinol Stability
- Modified Mica as a Vehicle for Unstable or Irritating Ingredients
- Nanotechnology Enhances Bio-Adhesion and Release After Rinse-Off
- Comparision Among Assorted Drying Processes for Encapsulation of Flavors
- Spray Drying: An In-Depth Look at the Steps in Spray Drying and the Different Options Available to Flavorists
- Evaluating Encapsulation Economics
Alternative Skin Delivery Systems
- The Wipe: A Carrier of Skin Benefits
- Topical Aerosol Foam Formulations
- Foam: The Future of Effective Cosmeceuticals
- Using Iontophoresis to Enhance Cosmetics Delivery
- A Systematic Approach to Cosmetic Patch Development
- Inviting Aromas: Delivery Systems in the Growing Home Air Care Market
- Fabric Care: Distribution of Aroma Chemicals on Textile Fibers
- Textile Materials with Fixed Cyclodextrins as a Fragrance
- Skin Delivery of Active Ingredients from Fabrics
Special Chemistry in Delivery Systems
Emulsions as Skin Delivery Systems
- Cyclodextrins in Skin Delivery
- Cosmetic Textiles—A New Functionality of Clothes
Silicones
- Silicone Technologies as Delivery Systems via Physical Associations
- Controlled Release of Active Ingredients from Cross-Linked Silicones
- Silicones Bring Multifunctional Performance to Sun Care
Solvents, Surfactants and Polymers
- Improved Delivery and Efficacy with Dimethyl Isosorbide
- A Hydrophobically Modified Inulin Surfactant for Preparing and Stabilizing Nanoemulsions
- Dendrimers That Deliver
- In Closing: Using Polymers as a Delivery System
Index