26 Jan Case Study: Applying GLPs to New, Non-Animal Methodologies
Presented at the 2nd Good Laboratory Practice Compliance Summit, January 26-27, 2017, Arlington, VA...
Presented at the 2nd Good Laboratory Practice Compliance Summit, January 26-27, 2017, Arlington, VA...
Amanda Ulrey, RQAP-GLP, IIVS Director of Quality & Compliance, will be presenting at the 2nd Good Laboratory Practice Compliance Summit and the SQA Annual Meeting & Quality College. Jan. 26-27, 2018: 2nd Good Laboratory Practice Compliance Summit “Case Study: Applying GLPs to New, Non-Animal Assays” Mar. 26-31: SQA...
The personal care industry is focused on developing safe, more efficacious, and increasingly milder products, that are routinely undergoing preclinical and clinical testing before becoming available for consumer use on skin. In vitro systems based on skin reconstructed equivalents are now established for the preclinical...
PETA Senior Vice President Kathy Guillermo has issued a statement in response to a new regulation issued by China's Food and Drug Administration's (CFDA), which allows certain new cosmetics to undergo a simplified registration process with the Shanghai Food and Drug Administration, potentially allowing them...
Switzerland has announced a complete ban on sales of cosmetics that are tested on animals. The decision follows the announcement in March last year by the Swiss Federal Council that saw it ban the marketing of cosmetics that have been tested on animals abroad, with...
IIVS welcomed twelve individuals from industry and academia for its 2017 Practical Methods in In Vitro Toxicology Workshop. The intensive four-day workshop included a combination of lectures and hands-on laboratory activities on the latest in vitro test methods. The next workshop will be held in January...
With a mandate to evaluate the dynamics of pulmonary exposure to inhaled materials such as tobacco-based products, researchers are employing complex, human, three-dimensional pulmonary models. Human reconstructed airway (RHuA) tissues present a platform that more closely resembles airways in vivo. Grown at the air–liquid interface (ALI), RHuA tissues...