Root pattern formation takes place in the embryo and is propagated through subsequent growth and development of the seedling root meristem. Pattern is maintained by positional cues and in some cases by local cell interactions. Such interactions are involved in the balance between cell division and differentiation in cells neighbouring the quiescent centre. This balancing act also occurs in the shoot in which the genetic circuitry underpinning this phenomenon has been characterised. The common genetic mechanism of patterned cell differentiation in the epidermis between the root and shoot extends these parallels further. Given that these shared mechanisms exist, it is tempting to speculate that they reflect the fact that roots may be derived,...
Postembryonic development in plants is achieved by apical meristems. Surgical studies and clonal an...
The epidermis of roots is composed of hair and non-hair cells. Patterning of this epidermis results ...
The postembryonic development of plants is fueled by apical meristems, which are the local productio...
Root pattern formation takes place in the embryo and is propagated through subsequent growth and dev...
The analysis of plant development by genetic, molecular, and surgical approaches has accumulated a l...
The analysis of plant development by genetic, molecular, and surgical approaches has accumulated a ...
The majority of plant organs arise from groups of continuously dividing cells, the meristems. Little...
Gerd JurgensÈ Pattern formation in embryogenesis generates the basic body plan of ¯owering plants by...
Recent advances in the study of root development in Arabidopsis have begun to yield mechanistic insi...
Roots have a fundamental role in plant growth and adaptation to different environments. Diversity in...
The mechanisms that pattern lateral root primordial are essential for the elaboration of root system...
In plants, apical meristems allow continuous growth along the body axis. Within the root apical meri...
In their development, plants precisely control the patterns of cell size, cell shape and cell divisi...
Cells within tissues can be regarded as autonomous entities that respond to their local environment ...
In this review, we analyze progress in understanding the mechanisms of root meristem development and...
Postembryonic development in plants is achieved by apical meristems. Surgical studies and clonal an...
The epidermis of roots is composed of hair and non-hair cells. Patterning of this epidermis results ...
The postembryonic development of plants is fueled by apical meristems, which are the local productio...
Root pattern formation takes place in the embryo and is propagated through subsequent growth and dev...
The analysis of plant development by genetic, molecular, and surgical approaches has accumulated a l...
The analysis of plant development by genetic, molecular, and surgical approaches has accumulated a ...
The majority of plant organs arise from groups of continuously dividing cells, the meristems. Little...
Gerd JurgensÈ Pattern formation in embryogenesis generates the basic body plan of ¯owering plants by...
Recent advances in the study of root development in Arabidopsis have begun to yield mechanistic insi...
Roots have a fundamental role in plant growth and adaptation to different environments. Diversity in...
The mechanisms that pattern lateral root primordial are essential for the elaboration of root system...
In plants, apical meristems allow continuous growth along the body axis. Within the root apical meri...
In their development, plants precisely control the patterns of cell size, cell shape and cell divisi...
Cells within tissues can be regarded as autonomous entities that respond to their local environment ...
In this review, we analyze progress in understanding the mechanisms of root meristem development and...
Postembryonic development in plants is achieved by apical meristems. Surgical studies and clonal an...
The epidermis of roots is composed of hair and non-hair cells. Patterning of this epidermis results ...
The postembryonic development of plants is fueled by apical meristems, which are the local productio...