Dividing cells almost always adopt a spherical shape. This is true of most eukaryotic cells lacking a rigid cell wall and is observed in tissue culture and single-celled organisms, as well as in cells dividing inside tissues. While the mechanisms underlying this shape change are now well described, the functional importance of the spherical mitotic cell for the success of cell division has been thus far scarcely addressed. Here we discuss how mitotic rounding contributes to spindle assembly and positioning, as well as the potential consequences of abnormal mitotic cell shape and size on chromosome segregation, tissue growth, and cancer
Summary: Distinct mechanisms involving cell shape and mechanical force are known to influence the ra...
Little is known about how mitotic cells round against epithelial confinement. At the beginning of mi...
Cell division orientation during animal development can serve to correctly organize and shape tissue...
SummaryAccurate animal cell division requires precise coordination of changes in the structure of th...
Animal cells undergo dramatic changes in shape, mechanics and polarity as they progress through the ...
During cell division, the mitotic spindle, a macromolecular structure primarily comprised of microtu...
Mitotic rounding during cell division is critical for preventing daughter cells from inheriting an a...
Accurate animal cell division requires precise coordination of changes in the structure of the micro...
Cells of all shapes and sizes are able to calculate the location of their middles in order to divide...
<div><p>The formation and orientation of the mitotic spindle is a critical feature of mitosis. The m...
Single-celled organisms monitor cell geometry and use this information to control cell division. Suc...
As a cell prepares to divide, its genetic material changes dramatically in both form and function. D...
The formation and orientation of the mitotic spindle is a critical feature of mitosis. The morpholog...
SummaryThe spatial organization of cells depends on their ability to sense their own shape and size....
Mitosis is a process requiring strict spatial organization of cellular components. In particular, th...
Summary: Distinct mechanisms involving cell shape and mechanical force are known to influence the ra...
Little is known about how mitotic cells round against epithelial confinement. At the beginning of mi...
Cell division orientation during animal development can serve to correctly organize and shape tissue...
SummaryAccurate animal cell division requires precise coordination of changes in the structure of th...
Animal cells undergo dramatic changes in shape, mechanics and polarity as they progress through the ...
During cell division, the mitotic spindle, a macromolecular structure primarily comprised of microtu...
Mitotic rounding during cell division is critical for preventing daughter cells from inheriting an a...
Accurate animal cell division requires precise coordination of changes in the structure of the micro...
Cells of all shapes and sizes are able to calculate the location of their middles in order to divide...
<div><p>The formation and orientation of the mitotic spindle is a critical feature of mitosis. The m...
Single-celled organisms monitor cell geometry and use this information to control cell division. Suc...
As a cell prepares to divide, its genetic material changes dramatically in both form and function. D...
The formation and orientation of the mitotic spindle is a critical feature of mitosis. The morpholog...
SummaryThe spatial organization of cells depends on their ability to sense their own shape and size....
Mitosis is a process requiring strict spatial organization of cellular components. In particular, th...
Summary: Distinct mechanisms involving cell shape and mechanical force are known to influence the ra...
Little is known about how mitotic cells round against epithelial confinement. At the beginning of mi...
Cell division orientation during animal development can serve to correctly organize and shape tissue...