Reference Libraries

December 11, 2015

EPIDERM™ FULL THICKNESS (EPIDERMFT™), A DERMAL/EPIDERMAL SKIN EQUIVALENT WITH A FULLY DEVELOPED BASEMENT MEMBRANE.

Paracrine signaling between dermal fibroblasts and epidermal keratinocytes is believed to modulate skin responses during contact irritant or allergic reactions. Dermal fibroblasats also play an important role in photo-aging and photo-damage, wound healing and cancer progression. To enable in vitro... Read More

December 11, 2015

HIGHER LEVEL OF REPLICATION EFFICIENCY OF 2009 (H1N1) PANDEMIC INFLUENZA VIRUS THAN THOSE OF SEASONAL AND AVIAN STRAINS: KINETICS FROM EPITHELIAL CELL CULTURE AND COMPUTATIONAL MODELING.

The pathogenicity and transmission of influenza A viruses are likely determined in part by replication efficiency in human cells, which is the net effect of complex virus-host interactions. H5N1 avian, H1N1 seasonal, and H1N1 2009 pandemic influenza virus strains were... Read More

December 11, 2015

HEALING OF DERMAL WOUNDS IN THE EPIDERM-FT™ IN VITRO HUMAN SKIN MODEL: AN ANIMAL ALTERNATIVE FOR WOUND HEALING ISSUES.

This study by scientists at MatTek Corp. demonstrated that MatTek’s EpiDerm-FT full thickness in vitro human skin tissue equivalent is an excellent in vitro model for studying the dermal-epidermal wound-healing interactions produced by physical wounding of these tissues. Background: Dermal... Read More

December 11, 2015

USE OF EPIDERM FULL THICKNESS (EFT) SKIN CULTURES AS AN IN VITRO MODEL FOR WOUND HEALING.

Background: Wound healing is a natural process which involves the regeneration of epidermal and dermal tissue with expression of growth factors and inflammatory markers. The objective of this study was to evaluate the EpiDerm full thickness (EpiDerm-FT, EFT) skin culture... Read More

December 11, 2015

Wound healing revised: A novel reepithelialization mechanism revealed by in vitro and in silico models

Wound healing is a complex process in which a tissue’s individual cells have to be orchestrated in an efficient and robust way. We integrated multiplex protein analysis, immunohistochemical analysis, and whole-slide imaging into a novel medium-throughput platform for quantitatively capturing... Read More

Reference Libraries

EPIDERM™ FULL THICKNESS (EPIDERMFT™), A DERMAL/EPIDERMAL SKIN EQUIVALENT WITH A FULLY DEVELOPED BASEMENT MEMBRANE.

HIGHER LEVEL OF REPLICATION EFFICIENCY OF 2009 (H1N1) PANDEMIC INFLUENZA VIRUS THAN THOSE OF SEASONAL AND AVIAN STRAINS: KINETICS FROM EPITHELIAL CELL CULTURE AND COMPUTATIONAL MODELING.

HEALING OF DERMAL WOUNDS IN THE EPIDERM-FT™ IN VITRO HUMAN SKIN MODEL: AN ANIMAL ALTERNATIVE FOR WOUND HEALING ISSUES.

USE OF EPIDERM FULL THICKNESS (EFT) SKIN CULTURES AS AN IN VITRO MODEL FOR WOUND HEALING.

Wound healing revised: A novel reepithelialization mechanism revealed by in vitro and in silico models

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