Applying the principles of stem-cell biology to cancer

R Pardal, MF Clarke, SJ Morrison - Nature Reviews Cancer, 2003 - nature.com
R Pardal, MF Clarke, SJ Morrison
Nature Reviews Cancer, 2003nature.com
Why are tumours heterogeneous, in terms of cell phenotype and proliferative potential, even
in cases in which all cells are derived from a single clone? Ongoing mutagenesis can
partially explain this heterogeneity, but it also seems that some tumours arise from small
populations of'cancer stem cells' that give rise to phenotypically diverse cancer cells, with
less proliferative potential. These cancer stem cells are likely to arise from mutations that
dysregulate normal stem-cell self-renewal. Using this information, it might be possible to …
Abstract
Why are tumours heterogeneous, in terms of cell phenotype and proliferative potential, even in cases in which all cells are derived from a single clone? Ongoing mutagenesis can partially explain this heterogeneity, but it also seems that some tumours arise from small populations of 'cancer stem cells' that give rise to phenotypically diverse cancer cells, with less proliferative potential. These cancer stem cells are likely to arise from mutations that dysregulate normal stem-cell self-renewal. Using this information, it might be possible to devise more effective therapies.
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