When a eukaryotic cell divides, tension builds at centromeres as spindle forces pull chromosomes toward opposite poles during metaphase. New data show that centromeric chromatin stretches in response to these forces, revealing a mechanical role for chromatin packaging in mitosis
At metaphase in mitotic cells, pulling forces at the kinetochore-microtubule interface create tensio...
SummaryBackgroundPrior to chromosome segregation, the mitotic spindle bi-orients and aligns sister c...
Background: Prior to chromosome segregation, the mi-totic spindle bi-orients and aligns sister chrom...
SummaryBackgroundPrior to chromosome segregation, the mitotic spindle bi-orients and aligns sister c...
Prior to chromosome segregation, the mitotic spindle bi-orients and aligns sister chromatids along t...
Prior to chromosome segregation, the mitotic spindle bi-orients and aligns sister chromatids along t...
Humans and many other animals can readily walk forward or backward. In insects, the nervous system c...
During mitosis, cohesin- and condensin-based pericentric chromatin loops function as a spring networ...
When a eukaryotic cell divides, tension builds at centromeres as spindle forces pull chromosomes tow...
SummaryWork over the last several decades has shown that kinetochores play an active part in chromos...
The centromere is the DNA locus that dictates kinetochore formation and is visibly apparent as heter...
The mitotic spindle is a structure that forms during mitosis to help ensure that each daughter cell ...
The centromere serves as the binding site for the kinetochore and is essential for the faithful segr...
The centromere is the DNA locus that dictates kinetochore formation and is visibly apparent as heter...
The mitotic spindle is a structure that forms during mitosis to help ensure that each daughter cell ...
At metaphase in mitotic cells, pulling forces at the kinetochore-microtubule interface create tensio...
SummaryBackgroundPrior to chromosome segregation, the mitotic spindle bi-orients and aligns sister c...
Background: Prior to chromosome segregation, the mi-totic spindle bi-orients and aligns sister chrom...
SummaryBackgroundPrior to chromosome segregation, the mitotic spindle bi-orients and aligns sister c...
Prior to chromosome segregation, the mitotic spindle bi-orients and aligns sister chromatids along t...
Prior to chromosome segregation, the mitotic spindle bi-orients and aligns sister chromatids along t...
Humans and many other animals can readily walk forward or backward. In insects, the nervous system c...
During mitosis, cohesin- and condensin-based pericentric chromatin loops function as a spring networ...
When a eukaryotic cell divides, tension builds at centromeres as spindle forces pull chromosomes tow...
SummaryWork over the last several decades has shown that kinetochores play an active part in chromos...
The centromere is the DNA locus that dictates kinetochore formation and is visibly apparent as heter...
The mitotic spindle is a structure that forms during mitosis to help ensure that each daughter cell ...
The centromere serves as the binding site for the kinetochore and is essential for the faithful segr...
The centromere is the DNA locus that dictates kinetochore formation and is visibly apparent as heter...
The mitotic spindle is a structure that forms during mitosis to help ensure that each daughter cell ...
At metaphase in mitotic cells, pulling forces at the kinetochore-microtubule interface create tensio...
SummaryBackgroundPrior to chromosome segregation, the mitotic spindle bi-orients and aligns sister c...
Background: Prior to chromosome segregation, the mi-totic spindle bi-orients and aligns sister chrom...