Fast directional growth is a necessity for the young seedling; after germination, it needs to quickly penetrate the soil to begin its autotrophic life. In most dicot plants, this rapid escape is due to the anisotropic elongation of the hypocotyl, the columnar organ between the root and the shoot meristems. Anisotropic growth is common in plant organs and is canonically attributed to cell wall anisotropy produced by oriented cellulose fibers. Recently, a mechanism based on asymmetric pectin-based cell wall elasticity has been proposed. Here we present a harmonizing model for anisotropic growth control in the dark-grown Arabidopsis thaliana hypocotyl: basic anisotropic information is provided by cellulose orientation) and additive anisotropic...
<div><p>The morphogenesis of organs necessarily involves mechanical interactions and changes in mech...
It is generally believed that cell elongation is regulated by cortical microtubules, which guide the...
Growth anisotropy, in which cells grow predominantly in one direction, is common in plant cells, and...
Fast directional growth is a necessity for the young seedling; after germination, it needs to quickl...
Fast directional growth is a necessity for the young seedling; after germination, it needs to quickl...
Fast directional growth is a necessity for the young seedling; after germination, it needs to quickl...
SummaryComplex shapes in biology depend on the ability of cells to shift from isotropic to anisotrop...
The plant cell wall has a somewhat paradoxical mechanical role in the plant: it must be strong enoug...
International audienceTissue bending is vital to plant development, as exemplified by apical hook fo...
Plants shape their organs with a precision demanded by optimal function; organ shaping requires cont...
Morphogenesis in plants depends critically on directional (anisotropic) growth. This occurs principa...
New tools are required to address the challenge of relating plant hormone levels, hormone responses,...
How appendages, such as plant leaves or animal limbs, develop asymmetric shapes remains a fundamenta...
The morphogenesis of organs necessarily involves mechanical interactions and changes in mechanical p...
36 Päg. Centro de Biotecnología y Genómica de Plantas (CBGP)Plants develop new organs to adjust the...
<div><p>The morphogenesis of organs necessarily involves mechanical interactions and changes in mech...
It is generally believed that cell elongation is regulated by cortical microtubules, which guide the...
Growth anisotropy, in which cells grow predominantly in one direction, is common in plant cells, and...
Fast directional growth is a necessity for the young seedling; after germination, it needs to quickl...
Fast directional growth is a necessity for the young seedling; after germination, it needs to quickl...
Fast directional growth is a necessity for the young seedling; after germination, it needs to quickl...
SummaryComplex shapes in biology depend on the ability of cells to shift from isotropic to anisotrop...
The plant cell wall has a somewhat paradoxical mechanical role in the plant: it must be strong enoug...
International audienceTissue bending is vital to plant development, as exemplified by apical hook fo...
Plants shape their organs with a precision demanded by optimal function; organ shaping requires cont...
Morphogenesis in plants depends critically on directional (anisotropic) growth. This occurs principa...
New tools are required to address the challenge of relating plant hormone levels, hormone responses,...
How appendages, such as plant leaves or animal limbs, develop asymmetric shapes remains a fundamenta...
The morphogenesis of organs necessarily involves mechanical interactions and changes in mechanical p...
36 Päg. Centro de Biotecnología y Genómica de Plantas (CBGP)Plants develop new organs to adjust the...
<div><p>The morphogenesis of organs necessarily involves mechanical interactions and changes in mech...
It is generally believed that cell elongation is regulated by cortical microtubules, which guide the...
Growth anisotropy, in which cells grow predominantly in one direction, is common in plant cells, and...