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Induction of Growth Arrest by a Temperature-Sensitive p53 Mutant Is Correlated with Increased Nuclear Localization and Decreased Stability of the Protein
36
Citations
12
References
1991
Year
Increased Nuclear LocalizationCell RegulationCell DivisionNatural SciencesTemperature-sensitive MutantMolecular BiologyCellular SenescenceCell ProliferationTemperature-sensitive P53 MutantTumor SuppressorCellular BiochemistryCell GrowthMedicineCell BiologyTumor BiologyDegrees C.Growth Arrest
A temperature-sensitive mutant of p53, p53Val-135, was found to be able to arrest cell proliferation when overexpressed at 32.5 degrees C. While much of the protein was cytoplasmic in cells proliferating at 37.5 degrees C, it became predominantly nuclear at 32.5 degrees C. Concomitantly, p53Val-135 became destabilized, although not to the extent seen in primary fibroblasts.
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