Reference Libraries

This study by scientists at Mary Kay, Inc., COLIPA (European Cosmetics Association), Procter & Gamble Co. and MatTek Corp. demonstrated that MatTek’s EpiOcular in vitro human corneal tissue equivalent is a very accurate and reproducible in vitro model for the... Read More

This study by researchers at several Procter & Gamble research facilities in the European Union utilized MatTek’s EpiOcular in vitro 3-D human corneal tissue equivalent to demonstrate that the use of HPLC/UPLC technology can extend the applicability of the MTT... Read More

This study by scientists at Alberto-Culver Company and the Institute for In Vitro Sciences demonstrated that MatTek’s EpiOcular in vitro human corneal tissue equivalent is an excellent in vitro model for performing the ocular safety evaluation of multiple surfactant systems... Read More

This study by scientists at Mary Kay, Inc. demonstrated that MatTek’s EpiOcular in vitro human corneal tissue equivalent was able to distinguish between the sensory discomfort levels of 2 surfactants-based facial cleansers at specific concentrations in addition to accurately predicting... Read More

This study by researchers at Mary Kay Cosmetics demonstrated that MatTek’s EpiOcular human cornea-like tissue construct can be used to accurately predict the irritation potential of cosmetic products designed to be applied on human skin immediately adjacent to the eye... Read More