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Unrestrained Spindle Elongation during Recovery from Spindle Checkpoint Activation in cdc15-2 Cells Results in Mis-Segregation of Chromosomes

机译:从cdc15-2细胞中的主轴检查点激活恢复过程中不受约束的主轴伸长导致染色体的错误分离

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摘要

cdc15-2 cells failed to coordinate spindle elongation and kinetochore capture during recovery from Noc treatment. This was due to a failure in the cdc15-2 cells to accumulate Pds1p as well as in wild-type cells, indicating that timely progression through the cell cycle and proper expression of PDS1 is important in the presence of spindle damage.
机译:从Noc处理恢复期间,cdc15-2细胞无法协调纺锤体的伸长和线粒体捕获。这是由于cdc15-2细胞以及野生型细胞中Pds1p的积累失败所致,这表明在纺锤体损伤的情况下,及时通过细胞周期和正确表达PDS1至关重要。

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