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Human Tissue Models

Mattek’s lab-grown human epithelial tissues are living, metabolically active 3D tissue models that provide greater insight into clinical outcomes.

EpiAlveolar™

Product Overview

Primary Cells Media

Mattek’s decades-long expertise in cell isolation and expansion has created a large and diverse inventory of primary cells from native donor tissue. 3D-certified cells for elevated biological research.

Cultureware

Mattek Dishes have set the benchmark for cell culture and imaging excellence for nearly 40 years. Experience the optical clarity and precision of glass in a Petri dish.

Visikol Products

We offer several reagents and supporting materials that provide researchers with an unprecedented view of tissues for enhanced characterization.

News & Resources

December 11, 2015

CYTOKINE-INDUCED GOBLET CELL HYPERPLASIA IN THE (EPIAIRWAY-FT) IN VITRO FULL-THICKNESS HUMAN AIRWAY MODEL.

This study by Mattek Corp. scientists demonstrated that Mattek's EpiAirway-FT in vitro full thickness human airway tissue...

December 11, 2015

EVALUATION OF EPIDERM FULL THICKNESS-300 (EFT-300) AS AN IN VITRO MODEL FOR SKIN IRRITATION: STUDIES ON ALIPHATIC HYDROCARBONS.

This study by scientists at Florida A&M University, Auburn University and Mattek Corp. demonstrated that Mattek's EpiDermFT...

December 11, 2015

TRANSDERMAL AND BUCCAL DELIVERY OF METHYLXANTHINES THROUGH HUMAN TISSUE IN VITRO.

This study by researchers at Rutgers University (USA) and the University of Strathclyde (Scotland) demonstrated that Mattek's...

December 11, 2015

XENOBIOTIC METABOLISM GENE EXPRESSION IN THE EPIDERM™ IN VITRO 3D HUMAN EPIDERMIS MODEL COMPARED TO HUMAN SKIN.

There is an urgent need to validate in vitro human skin models for use in safety testing....

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...