From polyploidy to aneuploidy, genome instability and cancer

Z Storchova, D Pellman - Nature reviews Molecular cell biology, 2004 - nature.com
Nature reviews Molecular cell biology, 2004nature.com
Polyploidy is a frequent phenomenon in the eukaryotic world, but the biological properties of
polyploid cells are not well understood. During evolution, polyploidy is thought to be an
important mechanism that contributes to speciation. Polyploid, usually non-dividing, cells are
formed during development in otherwise diploid organisms. A growing amount of evidence
indicates that polyploid cells also arise during a variety of pathological conditions. Genetic
instability in these cells might provide a route to aneuploidy and thereby contribute to the …
Abstract
Polyploidy is a frequent phenomenon in the eukaryotic world, but the biological properties of polyploid cells are not well understood. During evolution, polyploidy is thought to be an important mechanism that contributes to speciation. Polyploid, usually non-dividing, cells are formed during development in otherwise diploid organisms. A growing amount of evidence indicates that polyploid cells also arise during a variety of pathological conditions. Genetic instability in these cells might provide a route to aneuploidy and thereby contribute to the development of cancer.
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