Reference Libraries

December 11, 2015

TISSUE ENGINEERED IN VITRO HUMAN AIRWAY MODELS (EPIAIRWAY) OF ASTHMA AND COPD.

This study by scientists at MatTek Corp. demonstrated that MatTek’s EpiAirway and EpiAirway-FT in vitro human tracheal/bronchial tissue equivalents can be produced from airway epithelium of diseased individuals, and that these tissues are excellent in vitro human models of asthma... Read More

December 11, 2015

IN VITRO FORMULATION OPTIMIZATION OF INTRANASAL GALANTAMINE LEADING TO ENHANCED BIOAVAILABILITY AND REDUCED EMETIC RESPONSE IN VIVO.

This study by researchers at Nastech Pharmaceuticals demonstrated that MatTek’s EpiAirway in vitro human tracheal/bronchial tissue equivalent can be used to accurately assess the drug permeability, tight junction modulation, and cellular toxicity of new intranasal drug formulations. The purpose of... Read More

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 equivalent is superior to previous airway in vitro tissue equivalents because it provides in vivo-like epithelial cell/fibroblast/matrix interactions, an important aspect of many... Read More

December 11, 2015

MICROARRAY EXPRESSION STUDIES ON AN IN VITRO MODEL OF HUMAN AIRWAY EPITHELIUM (EPIAIRWAY).

This study by researchers at the Wellcome Trust Centre for Human Genetics, Oxford University’s Centre for Gene Function and MatTek Corp. demonstrated how MatTek’s EpiAirway in vitro human tracheal/bronchial tissue equivalent can be used to identify genes and processes involved... Read More

December 11, 2015

IN VITRO SKIN ABSORPTION AND DRUG RELEASE – A COMPARISON OF SIX COMMERCIAL PREDNICARBATE PREPARATIONS FOR TOPICAL USE.

This study by researchers at the Freie Universitat Berlin and Charite–Universitatsmedizin Berlin demonstrated that MatTek’s EpiDerm in vitro human skin tissue equivalent is an excellent in vitro model to study the potential skin metabolism of drugs designed to be applied... Read More

Reference Libraries

TISSUE ENGINEERED IN VITRO HUMAN AIRWAY MODELS (EPIAIRWAY) OF ASTHMA AND COPD.

IN VITRO FORMULATION OPTIMIZATION OF INTRANASAL GALANTAMINE LEADING TO ENHANCED BIOAVAILABILITY AND REDUCED EMETIC RESPONSE IN VIVO.

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

MICROARRAY EXPRESSION STUDIES ON AN IN VITRO MODEL OF HUMAN AIRWAY EPITHELIUM (EPIAIRWAY).

IN VITRO SKIN ABSORPTION AND DRUG RELEASE – A COMPARISON OF SIX COMMERCIAL PREDNICARBATE PREPARATIONS FOR TOPICAL USE.

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