… will be duplicated, and meiosis I will be replaced by a mitotic division. The diploid products
of this division will have suffered meiotic levels of recombination. Such cells are observed …

… segregation. A variety of drugs that interfere with topoisomerase II have been reported to …
chromosome segregation, an absolute prerequisite for the development of normal mitosis and …

… chromosome segregation. Finally, errors in cell cycle regulation, including delays during
division … In this concluding chapter, we delve into the consequences of mitotic and meiotic errors…

… Many aspects of chromosome segregation are closely … of mitotic cyclin and securin leads
to mitotic exit and separase activation, respectively. Key players in chromosome segregation …

… , they do attach to the mitotic spindle. We discuss these results in the context of a model
in which chromosome segregation is directed by the intercatenation of the segregating DNA …

… Abnormal chromosome segregation at mitosis is one way by which neoplastic cells
accumulate the many genetic abnormalities required for tumour development. In this paper, a …

… of crosstalk between the cell cortex and the mitotic spindle for precise cell division. … of control
to coordinate division with chromosome segregation, as lagging chromosomes act through …

… Whereas mitosis produces diploid daughter cells from diploid … controlling chromosome
transmission during both divisions … between mitotic and meiotic chromosome segregation that …

… the segregation behavior of the paternal chromosomes during the first mitotic division and the
… daughter nuclei produced from the first mitotic division. The paternal genome either fails to …

… Once all kinetochores establish correct, stable attachments to the mitotic spindle, the
checkpoint needs to be deactivated to allow chromosome segregation and mitotic exit. One critical …