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Rational approaches to targeted cancer therapy have begun to predominate the pipelines of oncology drug development. Our rapidly increasing understanding of the “wiring” of tumor cells and the vulnerabilities of such cells that can potentially be exploited through targeted treatments has opened up enormous opportunities for improved therapies. Accumulating evidence suggests that many of these vulnerabilities...
A yeast-based growth interference assay was developed utilizing a yeast strain in which expression of Xenopus cyclin A1 was induced to elevate cell division cycle 28 (Cdc28) kinase activity. Since the hyperactivation of Cdc28 kinase in yeast results in a growth-arrest phenotype, compounds which could rescue the cyclin A1-induced growth arrest might be potential new, antitumor drug candidates acting...
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