Plant development is dynamic in nature. This is exemplified in developmental patterning, in which roots and shoots rapidly elongate while simultaneously giving rise to precisely positioned new organs over a time course of minutes to hours. In this Review, we emphasize the insights gained from simultaneous use of live imaging and transient perturbation technologies to capture the dynamic properties of plant processes
How patterns arise from an apparently uniform group of cells is one of the classical problems in dev...
Advances in automated plant handling and image acquisition now make it possible to use digital imagi...
Plant development occurs in 3D space over time (4D). Recent advances in image acquisition and comput...
Plant development is dynamic in nature. This is exemplified in developmental patterning, in which ro...
The emerging field of computational morphodynamics aims to understand the changes that occur in spa...
Quantitative studies in plant developmental biology require monitoring and measuring the changes in ...
A developing plant organ exhibits complex spatiotemporal patterns of growth, cell division, cell siz...
International audienceMorphogenesis is a process that spans several orders of magnitude in both time...
Differential growth processes in root and shoot growth zones are governed by the transport kinetics ...
In contrast to humans and animals, the body plan of a plant is not completely defined within the emb...
SummaryIntercellular communications are essential for cell proliferation and differentiation during ...
Morphogenesis in plants is usually reconstructed by scanning electron microscopy and histology of me...
A developing plant organ exhibits complex spatiotemporal patterns of growth, cell division, cell siz...
Although quantitative characterization of growth phenotypes is of key importance for the understandi...
<p>Plant lateral roots have a defined developmental pattern and shape, but a key question is whether...
How patterns arise from an apparently uniform group of cells is one of the classical problems in dev...
Advances in automated plant handling and image acquisition now make it possible to use digital imagi...
Plant development occurs in 3D space over time (4D). Recent advances in image acquisition and comput...
Plant development is dynamic in nature. This is exemplified in developmental patterning, in which ro...
The emerging field of computational morphodynamics aims to understand the changes that occur in spa...
Quantitative studies in plant developmental biology require monitoring and measuring the changes in ...
A developing plant organ exhibits complex spatiotemporal patterns of growth, cell division, cell siz...
International audienceMorphogenesis is a process that spans several orders of magnitude in both time...
Differential growth processes in root and shoot growth zones are governed by the transport kinetics ...
In contrast to humans and animals, the body plan of a plant is not completely defined within the emb...
SummaryIntercellular communications are essential for cell proliferation and differentiation during ...
Morphogenesis in plants is usually reconstructed by scanning electron microscopy and histology of me...
A developing plant organ exhibits complex spatiotemporal patterns of growth, cell division, cell siz...
Although quantitative characterization of growth phenotypes is of key importance for the understandi...
<p>Plant lateral roots have a defined developmental pattern and shape, but a key question is whether...
How patterns arise from an apparently uniform group of cells is one of the classical problems in dev...
Advances in automated plant handling and image acquisition now make it possible to use digital imagi...
Plant development occurs in 3D space over time (4D). Recent advances in image acquisition and comput...