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Modification of the response to actinomycin D-induced sublethal damage by simultaneous recovery from potentially lethal damage in mammalian cells
1976
Cancer Research
Exponentially growing cells and cells that were allowed to enter a plateau or nondividing state of growth by depleting the medium of growth-essential nutrients were used in these studies. Nondividing Chinese hamster ovary cells in vitro are less sensitive to actinomycin D (AMD) than are exponentially growing cells. The cells were tested for their ability to recover from AMD-induced potentially lethal damage (PLD) or sublethal damage. The proliferating and the nonproliferating cells do not
pmid:1268824
fatcat:g3t7ogtkvza4rb5wkcrn42slz4