Reference Libraries

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

December 11, 2015

HUMAN TISSUE MODEL FOR VAGINAL IRRITATION STUDIES.

Recently, EpiVaginal™, a tissue culture-based model of the vaginal epithelium, has been developed. Normal, human ectocervico-vaginal (ECV) epithelial cells were induced to form a three-dimensional tissue using specially formulated serum free medium. The in vitro tissue reproduces many of the... Read More

December 11, 2015

HUMAN VAGINAL—ECTOCERVIAL TISSUE MODEL TO TEST THE IRRITATION POTENTIAL OF CONTRACEPTIVE AND VAGINAL-CARE PRODUCTS.

December 11, 2015

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

December 11, 2015

HUMAN VAGINAL-ECTOCERVICAL TISSUE MODEL FOR MICROBICIDE IRRITATION STUDIES.

Infection through the vaginal-ectocervical (VEC) tissue is believed to be the main route for the heterosexual transmission of the human immunodeficiency virus (HIV) in women. Recently, a tissue culture-based model of the VEC (EpiVaginal) has been developed. Normal, human VEC... Read More

Reference Libraries

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

HUMAN TISSUE MODEL FOR VAGINAL IRRITATION STUDIES.

HUMAN VAGINAL—ECTOCERVIAL TISSUE MODEL TO TEST THE IRRITATION POTENTIAL OF CONTRACEPTIVE AND VAGINAL-CARE PRODUCTS.

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

HUMAN VAGINAL-ECTOCERVICAL TISSUE MODEL FOR MICROBICIDE IRRITATION STUDIES.

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