Advanced biological methods are used to thoroughly investigate aspects such as the effect of raw materials and products on human skin. This way, innovative formulations can be developed – one of the basic prerequisites for successful product innovations. With more than 15 years of expertise in in vitro research and tissue engineering, Henkel now actively commercializes its alternative cell-based methods.
2 ott 2017 Düsseldorf / Germany
Henkel grants unlimited access to innovative Phenion® skin models
Henkel takes an important step in disseminating in vitro testing tools that were initially developed for own research purposes: From now on, the company grants unlimited access to its innovative skin models, commercialized under the brand Phenion®. The bioartificial human skin models can be used for safety assessment or basic research in dermatology and cosmetic science.
“For a vast diversity of substances, skin is the site of first contact. Our competence in skin physiology provides solutions for regulatory toxicology as well as for general skin research,” says Dr. Dirk Petersohn, Director Biological & Clinical Research at Henkel Beauty Care. “We have been using our innovative skin models for our own research purposes for many years. Now, we want to take the next step and make the Phenion® products accessible for other companies, organizations and research institutes.”
The tissue models are exclusively produced in R&D laboratories at Henkel’s headquarters in Düsseldorf. As an alternative testing method, they significantly contribute to the reduction and replacement of animal testing.
Highly advanced human skin tissue models
The human Phenion® Full-Thickness Skin Model consists of both a fully differentiated epidermis, the outermost layer of the skin, and the underlying dermis that contains a natural collagen based connective tissue. “Our skin models are exclusively populated with primary human cells, thus perfectly mimicking human skin in diverse dimensions, such as histological architecture and a wide spectrum of physiological skin parameters,” explains Dr. Dirk Petersohn. The Phenion® Full-Thickness Skin Model can be used for various purposes, e.g. to prove the skin compatibility of cosmetic ingredients. The wide range of use includes, for example, histological or immune histochemical assessments, protein analysis and gene expression studies.
The latest innovation – the Phenion® Full-Thickness AGED Skin Model – is a surrogate for aged human skin. It mimics mature human skin, both structurally and physiologically. Therefore, it is an excellent research tool to better understand mechanisms of mature skin and respective counter measures.
In addition to these reconstructed tissues, primary human skill cells as well as cell culture media that serve the delicate nutrition needs for individual cell types and 3-dimensional complex skin tissues complement the product portfolio of Phenion®.
Further information on Phenion®, details on the products as well as the possibility for a request for quotation can be found at www.phenion.com.