In both plants and animals, the interplay between mechanical force generation and mechanical sensing plays a stabilizing role in many developmental processes. Uyttewaal et al. now demonstrate that cells in the Arabidopsis shoot apical meristem respond to local mechanical stresses by reorienting their growth, thereby guiding morphogenesis. Notably, the mechanism underlying such guidance is amplification—not suppression—of growth-rate heterogeneity
As land plants grow and develop, they encounter complex mechanical challenges, especially from winds...
As land plants grow and develop, they encounter complex mechanical challenges, especially from winds...
As land plants grow and develop, they encounter complex mechanical challenges, especially from winds...
In both plants and animals, the interplay between mechanical force generation and mechanical sensing...
In both plants and animals, the interplay between mechanical force generation and mechanical sensing...
In both plants and animals, the interplay between mechanical force generation and mechanical sensing...
SummaryThe presence of diffuse morphogen gradients in tissues supports a view in which growth is loc...
The presence of diffuse morphogen gradients in tissues supports a view in which growth is locally ho...
The presence of diffuse morphogen gradients in tissues supports a view in which growth is locally ho...
The presence of diffuse morphogen gradients in tissues supports a view in which growth is locally ho...
Plant organ outgrowth superficially appears like the continuous mechanical deformation of a sheet of...
SummaryThe presence of diffuse morphogen gradients in tissues supports a view in which growth is loc...
Plant cells in tissues experience mechanical stress not only as a result of high turgor, but also th...
Plant cells in tissues experience mechanical stress not only as a result of high turgor, but also th...
As land plants grow and develop, they encounter complex mechanical challenges, especially from winds...
As land plants grow and develop, they encounter complex mechanical challenges, especially from winds...
As land plants grow and develop, they encounter complex mechanical challenges, especially from winds...
As land plants grow and develop, they encounter complex mechanical challenges, especially from winds...
In both plants and animals, the interplay between mechanical force generation and mechanical sensing...
In both plants and animals, the interplay between mechanical force generation and mechanical sensing...
In both plants and animals, the interplay between mechanical force generation and mechanical sensing...
SummaryThe presence of diffuse morphogen gradients in tissues supports a view in which growth is loc...
The presence of diffuse morphogen gradients in tissues supports a view in which growth is locally ho...
The presence of diffuse morphogen gradients in tissues supports a view in which growth is locally ho...
The presence of diffuse morphogen gradients in tissues supports a view in which growth is locally ho...
Plant organ outgrowth superficially appears like the continuous mechanical deformation of a sheet of...
SummaryThe presence of diffuse morphogen gradients in tissues supports a view in which growth is loc...
Plant cells in tissues experience mechanical stress not only as a result of high turgor, but also th...
Plant cells in tissues experience mechanical stress not only as a result of high turgor, but also th...
As land plants grow and develop, they encounter complex mechanical challenges, especially from winds...
As land plants grow and develop, they encounter complex mechanical challenges, especially from winds...
As land plants grow and develop, they encounter complex mechanical challenges, especially from winds...
As land plants grow and develop, they encounter complex mechanical challenges, especially from winds...