Princeton University Library Catalog

Non-Cell Autonomous Tumour Suppression in Keratinocyte Epithelial Monolayer

Author/​Artist:
Park, Joseph S. [Browse]
Format:
Senior thesis
Language:
English
Advisor(s):
Devenport, Danelle [Browse]
Department:
Princeton University. Department of Molecular Biology [Browse]
Class year:
2013
Description:
73 pages
Restrictions note:
Walk-in Access. This thesis can only be viewed on computer terminals at the Mudd Manuscript Library.
Summary note:
Non-cell autonomous tumour suppression in the epithelial context operates to restrain the growth of the incipient cancer growth. Here is reported a novel in vitro system for studying non-cell autonomous tumour suppression in epithelial tissue using keratinocytes culture. By generating a mosaic epithelial sheet, the sporadic model of oncogenesis is recapitulated. Previously, it was shown in MDCK epithelial monolayer that non-cell autonomous tumour suppression may work through two molecular mechanisms: apical extrusion and induction of apoptosis. Although these two mechanisms were not demonstrated by the co-culture experiments, there was evidence for the elimination of oncogenic colonies from a mosaic epithelial sheet. Using calcium switching to induce keratinocytes to organise into an epithelial structure was demonstrated to correlate with a reduction in the number of oncogenic colonies.