The plant vascular system develops from a handful of provascular initial cells in the early embryo into a whole range of different cell types in the mature plant. In order to account for such proliferation and to generate this kind of diversity, vascular tissue development relies on a large number of highly oriented cell divisions. Different hormonal and genetic pathways have been implicated in this process and several of these have been recently interconnected. Nevertheless, how such networks control the actual division plane orientation and how they interact with the generic cell cycle machinery to coordinate these divisions remains a major unanswered question
Pattern formation is typically controlled through the interaction between molecular signals within a...
Plant vascular development is a complex process culminating in the generation of xylem and phloem, t...
Vascular tissue differentiation is essential to enable plant growth and follows well-structured and ...
The plant vascular system develops from a handful of provascular initial cells in the early embryo i...
The Arabidopsis root has provided an excellent model for understanding patterning processes and cell...
The Arabidopsis root has provided an excellent model for understanding patterning processes and cell...
Background and Aims The process of vascular development in plants results in the formation of a spec...
In plants, cells do not migrate. Tissues are frequently arranged in concentric rings, thus expansion...
Coordination of cell division and pattern formation is central to tissue and organ development, part...
Plant vascular tissues, the conduits of water, nutrients, and small molecules, play important roles ...
Symmetric tissue alignment is pivotal to the functions of plant vascular tissue, such as long-distan...
The plant vascular system, composed of xylem and phloem, evolved to connect plant organs and transpo...
<p>Vascular tissues in plants are crucial to provide physical support and to transport water, sugars...
Plants transport water and nutrients throughout their bodies using a specialised vascular system. Va...
Growth of plants depends on cell division and elongation of the divided cells. After cell division, ...
Pattern formation is typically controlled through the interaction between molecular signals within a...
Plant vascular development is a complex process culminating in the generation of xylem and phloem, t...
Vascular tissue differentiation is essential to enable plant growth and follows well-structured and ...
The plant vascular system develops from a handful of provascular initial cells in the early embryo i...
The Arabidopsis root has provided an excellent model for understanding patterning processes and cell...
The Arabidopsis root has provided an excellent model for understanding patterning processes and cell...
Background and Aims The process of vascular development in plants results in the formation of a spec...
In plants, cells do not migrate. Tissues are frequently arranged in concentric rings, thus expansion...
Coordination of cell division and pattern formation is central to tissue and organ development, part...
Plant vascular tissues, the conduits of water, nutrients, and small molecules, play important roles ...
Symmetric tissue alignment is pivotal to the functions of plant vascular tissue, such as long-distan...
The plant vascular system, composed of xylem and phloem, evolved to connect plant organs and transpo...
<p>Vascular tissues in plants are crucial to provide physical support and to transport water, sugars...
Plants transport water and nutrients throughout their bodies using a specialised vascular system. Va...
Growth of plants depends on cell division and elongation of the divided cells. After cell division, ...
Pattern formation is typically controlled through the interaction between molecular signals within a...
Plant vascular development is a complex process culminating in the generation of xylem and phloem, t...
Vascular tissue differentiation is essential to enable plant growth and follows well-structured and ...