Reference Libraries

December 11, 2015

THE TRANSPORT PROFILE OF CYTOKINES IN EPIDERMAL EQUIVALENTS SUBJECTED TO MECHANICAL LOADING.

This study by researchers at Eindhoven University of Technology and the University of London demonstrated how MatTek’s EpiDerm in vitro 3-D human skin tissue equivalent can be used to study the use of soft tissue cytokine release as potential biochemical... Read More

December 11, 2015

EXPRESSION OF STRATUM CORNEUM LIPID PATHWAYS IN HUMAN SKIN EQUIVALENT CULTURES.

This study by scientists at Procter & Gamble Beauty demonstrated that gene pathways involved in stratum corneum lipid formation are expressed in MatTek’s EpiDermFT full-thickness in vitro 3-D human skin tissue equivalent, suggesting that ths culture system is an appropriate... Read More

December 11, 2015

INTERNATIONAL PREVALIDATION STUDIES OF THE EPIDERM™ 3D HUMAN RECONSTRUCTED SKIN MICRONUCLEUS (RSMN) ASSAY: TRANSFERABILITY AND REPRODUCIBILITY.

Recently, a novel in vitro reconstructed skin micronucleus (RSMN) assay incorporating the EpiDermTM 3D human skin model (Curren et al., Mutat. Res. 607 (2006) 192–204; Mun et al., Mutat. Res. 673 (2009) 92–99) has been shown to produce comparable data... Read More

December 11, 2015

REGULATION OF TIGHT JUNCTION PERMEABILITY BY SODIUM CAPRATE IN HUMAN KERATINOCYTES AND RECONSTRUCTED EPIDERMIS.

This study by researchers at Pola Chemical Industries Inc. and Jikei University School of Medicine used MatTek’s EpiDerm in vitro 3-D human skin tissue equivalent to investigate the effects of a known intestinal tissue tight junction dialator (sodium caprate) on... Read More

December 11, 2015

CYTOKINE AND CHEMOKINE RELEASE UPON PROLONGED MECHANICAL LOADING OF THE EPIDERMIS.

This study by researchers at the Eindhoven University of Technology and the VU University Medical Center Dept. of Dermatology demonstrated that MatTek’s EpiDerm human epidermal tissue equivalent can be used to study the damage caused by subjecting these epidermal tissues... Read More

Reference Libraries

THE TRANSPORT PROFILE OF CYTOKINES IN EPIDERMAL EQUIVALENTS SUBJECTED TO MECHANICAL LOADING.

EXPRESSION OF STRATUM CORNEUM LIPID PATHWAYS IN HUMAN SKIN EQUIVALENT CULTURES.

INTERNATIONAL PREVALIDATION STUDIES OF THE EPIDERM™ 3D HUMAN RECONSTRUCTED SKIN MICRONUCLEUS (RSMN) ASSAY: TRANSFERABILITY AND REPRODUCIBILITY.

REGULATION OF TIGHT JUNCTION PERMEABILITY BY SODIUM CAPRATE IN HUMAN KERATINOCYTES AND RECONSTRUCTED EPIDERMIS.

CYTOKINE AND CHEMOKINE RELEASE UPON PROLONGED MECHANICAL LOADING OF THE EPIDERMIS.

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