The in vitro growth and maturation of epithelial cells from normal human skin in organ culture, outgrowth culture, and isolated epithelial cell culture are described. In each model, the patterns of growth and maturation differ in growth rates, formation of keratohyaline granules, and keratinization. The differences and similarities in the behavior of epithelial cells in each system are described, some of the physical and chemical factors which alter these patterns are outlined, and the general advantages and limitations of each model as a research tool are discussed
Explants of adult human skin were grown in vitro in a chemically defined medium without serum. Under...
A fully differentiated epithelium having the features of epidermis was obtained in vitro by culturin...
Human keratinocytes were grown on a dermal equivalent (or lattice) at the liquid-air interface in an...
The in vitro growth and maturation of epithelial cells from normal human skin in organ culture, outg...
Disaggregated epidermal cells, sheets of epidermis, and explants of partial and full-thickness skin ...
Disaggregated epidermal cells, sheets of epidermis, and explants of partial and full-thickness skin ...
The epidermis is composed of closely packed cells with very little intercellular matrix. Most of epi...
A highly differentiated porcine skin organ culture model has been developed for future investigation...
Few data are available on early regeneration of human epidermis in vivo. We have established a supra...
Because engineered tissues are designed for clinical applications in humans, a major problem is the ...
Because engineered tissues are designed for clinical applications in humans, a major problem is the ...
In this study we compared human keratinocyte cultures grown at the air-liquid interface on de-epider...
Using a method that allowed the reconstruction of simplified living human skin in vitro, we investig...
The presence of serum has limited the utility of many culture models for the study of cytokine effec...
Using a method that allowed the reconstruction of simplified living human skin in vitro, we investig...
Explants of adult human skin were grown in vitro in a chemically defined medium without serum. Under...
A fully differentiated epithelium having the features of epidermis was obtained in vitro by culturin...
Human keratinocytes were grown on a dermal equivalent (or lattice) at the liquid-air interface in an...
The in vitro growth and maturation of epithelial cells from normal human skin in organ culture, outg...
Disaggregated epidermal cells, sheets of epidermis, and explants of partial and full-thickness skin ...
Disaggregated epidermal cells, sheets of epidermis, and explants of partial and full-thickness skin ...
The epidermis is composed of closely packed cells with very little intercellular matrix. Most of epi...
A highly differentiated porcine skin organ culture model has been developed for future investigation...
Few data are available on early regeneration of human epidermis in vivo. We have established a supra...
Because engineered tissues are designed for clinical applications in humans, a major problem is the ...
Because engineered tissues are designed for clinical applications in humans, a major problem is the ...
In this study we compared human keratinocyte cultures grown at the air-liquid interface on de-epider...
Using a method that allowed the reconstruction of simplified living human skin in vitro, we investig...
The presence of serum has limited the utility of many culture models for the study of cytokine effec...
Using a method that allowed the reconstruction of simplified living human skin in vitro, we investig...
Explants of adult human skin were grown in vitro in a chemically defined medium without serum. Under...
A fully differentiated epithelium having the features of epidermis was obtained in vitro by culturin...
Human keratinocytes were grown on a dermal equivalent (or lattice) at the liquid-air interface in an...