Reference Libraries

December 11, 2015

AN IN VITRO MODEL OF FULL-THICKNESS HUMAN AIRWAY EPITHELIUM (EPIAIRWAY-FT) FOR STUDY OF EPITHELIUM/MATRIX INTERACTIONS.

In vitro models of airway epithelium (AE) have potential utility for study of diseases such as asthma and COPD, development of inhalable therapeutics, and toxicology of hazardous chemicals. However, degradation and remodeling of subepithelial stromal tissue are important aspects of... Read More

December 11, 2015

APPLICATION OF ORGANOTYPIC IN VITRO HUMAN CELL CULTURE MODELS FOR RESEARCH AND DEVELOPMENT OF INHALATION PHARMACEUTICAL FORMULATIONS TARGETING THE PROXIMAL AIRWAYS.

Delivery of pharmaceuticals via inhalation is a potentially useful alternative to intravenous injection for drugs that are unstable or poorly absorbed after oral administration; for chronic disease conditions that require frequent administration: or therapeutics for which the airways are the... Read More

December 11, 2015

TH2 CYTOKINE STIMULATED AIRWAY EPITHELIAL CELLS DEMONSTRATE GRANULE-DEPENDENT FasL LOCALIZATION.

This study by researchers at St. Paul’s Hospital / University of British Columbia demonstrated how MatTek’s EpiAirway human airway tissue equivalent can be used to investigate if the localization and presentation of an airway epithelial cell constituent, Fas Ligand (FasL),... Read More

December 11, 2015

INHIBITING THE EFFECTS OF OXIDATIVE STRESS VIA TOPICALLY APPLIED ANTIOXIDANT FORMULATIONS.

December 11, 2015

REGULATION OF APOPTOSIS BY P53 IN UV-IRRADIATED HUMAN EPIDERMIS, PSORIATIC PLAQUES AND SENESCENT KERATINOCYTES.

This study by researchers at Loyola University Medical Center demonstrated that MatTek’s EpiDerm in vitro 3-D human skin tissue equivalent can be used to study the sensitivity and resistance of human epidermal keratinocytes to apoptosis when exposed to UV radiation.... Read More

Reference Libraries

AN IN VITRO MODEL OF FULL-THICKNESS HUMAN AIRWAY EPITHELIUM (EPIAIRWAY-FT) FOR STUDY OF EPITHELIUM/MATRIX INTERACTIONS.

APPLICATION OF ORGANOTYPIC IN VITRO HUMAN CELL CULTURE MODELS FOR RESEARCH AND DEVELOPMENT OF INHALATION PHARMACEUTICAL FORMULATIONS TARGETING THE PROXIMAL AIRWAYS.

TH2 CYTOKINE STIMULATED AIRWAY EPITHELIAL CELLS DEMONSTRATE GRANULE-DEPENDENT FasL LOCALIZATION.

INHIBITING THE EFFECTS OF OXIDATIVE STRESS VIA TOPICALLY APPLIED ANTIOXIDANT FORMULATIONS.

REGULATION OF APOPTOSIS BY P53 IN UV-IRRADIATED HUMAN EPIDERMIS, PSORIATIC PLAQUES AND SENESCENT KERATINOCYTES.

Get the latest