Chromosome segregation is a complex and astonishingly accurate process whose inner working is beginning to be understood at the molecular level. The spindle checkpoint plays a key role in ensuring the fidelity of this process. It monitors the interactions between chromosomes and microtubules, and delays mitotic progression to allow extra time to correct defects. Here, we review and integrate findings on the dynamics of checkpoint proteins at kinetochores with structural information about signalling complexes
The spindle assembly checkpoint (SAC) is a genome surveillance mechanism that protects against aneup...
Cancer cells contain abnormal number of chromosomes (aneuploidy), which is a prevalent form of genet...
Abstract During mitosis, correct bipolar chromosome attachment to the mitotic spindle is an essentia...
Chromosome segregation is a complex and astonishingly accurate process whose inner working is beginn...
During mitosis and meiosis, the spindle assembly checkpoint acts to maintain genome stability by del...
In eukaryotes, the spindle-assembly checkpoint ( SAC) is a ubiquitous safety device that ensures the...
The spindle assembly checkpoint is a safeguard mechanism that coordinates cell-cycle progression dur...
The spindle checkpoint blocks cell-cycle progression until chromosomes are properly attached to the ...
The spindle assembly checkpoint is a conserved mitotic signalling pathway that ensures the equal seg...
The spindle assembly checkpoint is a safeguard mechanism that coordinates cell-cycle progression dur...
Every mitosis, replicated chromosomes must be accurately segregated into each daughter cell. Pairs o...
Faithful chromosome segregation during mitosis is crucial for maintaining genome stability. The spin...
The spindle assembly checkpoint ensures that mitotic cells only segregate their sister chromatids on...
The spindle assembly checkpoint ensures that mitotic cells only segregate their sister chromatids on...
The spindle assembly checkpoint ensures that mitotic cells only segregate their sister chromatids on...
The spindle assembly checkpoint (SAC) is a genome surveillance mechanism that protects against aneup...
Cancer cells contain abnormal number of chromosomes (aneuploidy), which is a prevalent form of genet...
Abstract During mitosis, correct bipolar chromosome attachment to the mitotic spindle is an essentia...
Chromosome segregation is a complex and astonishingly accurate process whose inner working is beginn...
During mitosis and meiosis, the spindle assembly checkpoint acts to maintain genome stability by del...
In eukaryotes, the spindle-assembly checkpoint ( SAC) is a ubiquitous safety device that ensures the...
The spindle assembly checkpoint is a safeguard mechanism that coordinates cell-cycle progression dur...
The spindle checkpoint blocks cell-cycle progression until chromosomes are properly attached to the ...
The spindle assembly checkpoint is a conserved mitotic signalling pathway that ensures the equal seg...
The spindle assembly checkpoint is a safeguard mechanism that coordinates cell-cycle progression dur...
Every mitosis, replicated chromosomes must be accurately segregated into each daughter cell. Pairs o...
Faithful chromosome segregation during mitosis is crucial for maintaining genome stability. The spin...
The spindle assembly checkpoint ensures that mitotic cells only segregate their sister chromatids on...
The spindle assembly checkpoint ensures that mitotic cells only segregate their sister chromatids on...
The spindle assembly checkpoint ensures that mitotic cells only segregate their sister chromatids on...
The spindle assembly checkpoint (SAC) is a genome surveillance mechanism that protects against aneup...
Cancer cells contain abnormal number of chromosomes (aneuploidy), which is a prevalent form of genet...
Abstract During mitosis, correct bipolar chromosome attachment to the mitotic spindle is an essentia...