Reference Libraries

December 11, 2015

DEVELOPMENT OF AN IN VITRO ALTERNATIVE ASSAY METHOD FOR VAGINAL IRRITATION.

The vaginal mucosa is commonly exposed to chemicals and therapeutic agents that may result in irritation and/or inflammation. In addition to acute effects, vaginal irritation and inflammation can make women more susceptible to infections such as HIV-1 and herpes simplex... Read More

December 11, 2015

IN VITRO SAFETY PROFILE OF PERSONAL CARE PRODUCTS – USE OF AN IN VITRO TESTING PLATFORM BASED ON A RECONSTRUCTED VAGINAL TISSUE MODEL

One of the common goals of industry is to confirm the safety of their products. Ethical concerns have led to the use of alternative testing methods in lieu of traditional testing methods. Several studies have shown good correlation between alternative... Read More

December 11, 2015

SAFETY TESTING OF REMERGENT™ SKINCARE PRODUCTS.

Remergent products are manufactured by AGI Dermatics under rigorous quality control procedures to ensure safety. Testing begins with the important functional ingredients, which are subjected to the most stringent tests in the industry. The finished Remergent products were subjected to... Read More

December 11, 2015

PRE-VALIDATION OF RECONSTRUCTED EPIVAGINAL TISSUE MODEL TO SCREEN IRRITATION POTENTIAL OF CHEMICALS.

December 11, 2015

INHIBITION OF CRYSTALLIZATION IN DRUG-IN-ADHESIVE-TYPE TRANSDERMAL PATCHES.

In this study the ability of various additives to inhibit crystallization of two model drugs, captopril and levonorgestrel, in acrylate and silicone adhesives was investigated. Among the various additives tested, PVP was found to be the most effective in inhibiting... Read More

Reference Libraries

DEVELOPMENT OF AN IN VITRO ALTERNATIVE ASSAY METHOD FOR VAGINAL IRRITATION.

IN VITRO SAFETY PROFILE OF PERSONAL CARE PRODUCTS – USE OF AN IN VITRO TESTING PLATFORM BASED ON A RECONSTRUCTED VAGINAL TISSUE MODEL

SAFETY TESTING OF REMERGENT™ SKINCARE PRODUCTS.

PRE-VALIDATION OF RECONSTRUCTED EPIVAGINAL TISSUE MODEL TO SCREEN IRRITATION POTENTIAL OF CHEMICALS.

INHIBITION OF CRYSTALLIZATION IN DRUG-IN-ADHESIVE-TYPE TRANSDERMAL PATCHES.

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