Background: Actomyosin-based contractility acts on cadherin junctions to support tissue integrity and morphogenesis. The actomyosin apparatus of the epithelial zonula adherens (ZA) is built by coordinating junctional actin assembly with Myosin II activation. However, the physical interaction between Myosin and actin filaments that is necessary for contractility can induce actin filament turnover, potentially compromising the contractile apparatus itself
The zonula adherens (ZA) of epithelial cells is a site of cell-cell adhesion where cellular forces a...
AbstractThe behavior of actomyosin critically determines morphologically distinct patterns of contra...
The behavior of actomyosin critically determines morphologically distinct patterns of contractility ...
SummaryBackgroundActomyosin-based contractility acts on cadherin junctions to support tissue integri...
Background: Actomyosin-based contractility acts on cadherin junctions to support tissue integrity an...
The epithelial zonula adherens (ZA) is a specialized adhesive junction where actin dynamics and myos...
Morphogenesis requires dynamic coordination between cell-cell adhesion and the cytoskeleton to allow...
Cell–cell adhesion couples the contractile cortices of epithelial cells together, generating tension...
The physical properties of cells reflect how the structure and dynamics of the actomyosin cortex are...
Formins are a diverse class of actin regulators that influence filament dynamics and organization. S...
Formins are a diverse class of actin regulators that influence filament dynamics and organization. S...
Formins are a diverse class of actin regulators that influence filament dynamics and organization. S...
Formation and maintenance of tissue barriers require the coordination of cell mechanics and cell–cel...
In this chapter, we discuss the cell biology of contractility at cell–cell junctions. As discussed e...
Classic cadherin receptors cooperate with regulators of the actin cytoskeleton to control tissue org...
The zonula adherens (ZA) of epithelial cells is a site of cell-cell adhesion where cellular forces a...
AbstractThe behavior of actomyosin critically determines morphologically distinct patterns of contra...
The behavior of actomyosin critically determines morphologically distinct patterns of contractility ...
SummaryBackgroundActomyosin-based contractility acts on cadherin junctions to support tissue integri...
Background: Actomyosin-based contractility acts on cadherin junctions to support tissue integrity an...
The epithelial zonula adherens (ZA) is a specialized adhesive junction where actin dynamics and myos...
Morphogenesis requires dynamic coordination between cell-cell adhesion and the cytoskeleton to allow...
Cell–cell adhesion couples the contractile cortices of epithelial cells together, generating tension...
The physical properties of cells reflect how the structure and dynamics of the actomyosin cortex are...
Formins are a diverse class of actin regulators that influence filament dynamics and organization. S...
Formins are a diverse class of actin regulators that influence filament dynamics and organization. S...
Formins are a diverse class of actin regulators that influence filament dynamics and organization. S...
Formation and maintenance of tissue barriers require the coordination of cell mechanics and cell–cel...
In this chapter, we discuss the cell biology of contractility at cell–cell junctions. As discussed e...
Classic cadherin receptors cooperate with regulators of the actin cytoskeleton to control tissue org...
The zonula adherens (ZA) of epithelial cells is a site of cell-cell adhesion where cellular forces a...
AbstractThe behavior of actomyosin critically determines morphologically distinct patterns of contra...
The behavior of actomyosin critically determines morphologically distinct patterns of contractility ...