Progression of biochemical and morphological phases and events that occur in a cell during successive cell replication or nuclear replication events.
1However, they express ERa and specifically enter the cell cycle at puberty.
2Most of the common function terms were involved in cell cycle processes.
3The differential cell cycle phase response may indicate the difference in radioresistance.
4Both BPAF and BPA caused a cell cycle delay under these conditions.
5Our studies have defined three genes required for normal cell cycle arrest.
6Apoptosis induction and cell cycle changes were observed in a dose-dependent manner.
7Its activity must be strictly controlled to ensure proper cell cycle progression.
8Pituitary cells are particularly sensitive to alterations of the cell cycle machinery.
9Proper regulation of cell cycle progression is pivotal for maintaining genome stability.
10Thus, this interval may contain a gene controlling these cell cycle transitions.
11Much of our knowledge of cell cycle regulators derives from loss-of-function studies.
12Tumor suppressor p53 functions as a cell cycle checkpoint under stressful conditions.
13In addition, lobaplatin could arrest cell cycle at S phase in SK-MES-1.
14Certain cell cycle-regulated genes showed no temporal or quantitative differences in expression.
15Thus, a relationship was found between radiation-induced apoptosis and the cell cycle.
16The change of cell cycle after transfection was analyzed by flow cytometry.
Translations for cell cycle