Human epidermal keratinocytes differentiate in vitro into a stratified epithelium suitable for grafting on burned patients. In this paper, we show that differentiated melanocytes are present in the cultured epithelium. In particular, we have found that i) melanocytes proliferate in the same culture conditions that allow keratinocyte growth, ii) during the culture the ratio between keratinocytes and melanocytes tends to remain constant, iii) melanocytes organize into the basal layer of the cultured epithelium independently of the presence of dermis, develop dendritic arborizations with melanosome-containing processes and transfer melanosomes into keratinocyte cytoplasm.

Co-culture of human keratinocytes and melanocytes: differentiated melanocytes are physiologically organized in the basal layer of the cultured epithelium / DE LUCA, Michele; Franzi, A. T.; D'Anna, F.; Zicca, A.; Albanese, E.; Bondanza, S.; Cancedda, R.. - In: EUROPEAN JOURNAL OF CELL BIOLOGY. - ISSN 0171-9335. - STAMPA. - 46:(1988), pp. 176-180.

Co-culture of human keratinocytes and melanocytes: differentiated melanocytes are physiologically organized in the basal layer of the cultured epithelium

DE LUCA, Michele;
1988

Abstract

Human epidermal keratinocytes differentiate in vitro into a stratified epithelium suitable for grafting on burned patients. In this paper, we show that differentiated melanocytes are present in the cultured epithelium. In particular, we have found that i) melanocytes proliferate in the same culture conditions that allow keratinocyte growth, ii) during the culture the ratio between keratinocytes and melanocytes tends to remain constant, iii) melanocytes organize into the basal layer of the cultured epithelium independently of the presence of dermis, develop dendritic arborizations with melanosome-containing processes and transfer melanosomes into keratinocyte cytoplasm.
1988
46
176
180
Co-culture of human keratinocytes and melanocytes: differentiated melanocytes are physiologically organized in the basal layer of the cultured epithelium / DE LUCA, Michele; Franzi, A. T.; D'Anna, F.; Zicca, A.; Albanese, E.; Bondanza, S.; Cancedda, R.. - In: EUROPEAN JOURNAL OF CELL BIOLOGY. - ISSN 0171-9335. - STAMPA. - 46:(1988), pp. 176-180.
DE LUCA, Michele; Franzi, A. T.; D'Anna, F.; Zicca, A.; Albanese, E.; Bondanza, S.; Cancedda, R.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11380/877689
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