Mature plants are the result of two formally separable developmental processes. Embryogenesis provides a mature embryo with axis, cotyledons, and the root and shoot apical meristem. The embryo has a structure of limited complexity which is relatively uniform in flowering plants. Upon seed germination post-embryonic development starts. The primary root and shoot meristems, together with newly formed secondary meristems, elaborate the architecture of the mature plant. We are interested in finding out how meristematic cells in the embryo are programmed to form organs with appropriately spaced tissues and cell types
The majority of plant organs arise from groups of continuously dividing cells, the meristems. Little...
With its straightforward amenability to genetic approaches, Arabidopsis thaliama proves to be a powe...
The analysis of plant development by genetic, molecular, and surgical approaches has accumulated a l...
Mature plants are the result of two formally separable developmental processes. Embryogenesis provi...
Plant postembryonic development takes place in region called meristems that represent a reserve of u...
During plant embryogenesis an embryo with cotyledons, a shoot apical meristem, a hypocotyl and a roo...
The cellular organisation of the Arabidopsis thaliana root is remarkably regular. A fate map of the ...
The anatomy of the developing root of Arabidopsis is described using conventional histological techn...
The anatomy of the developing root of Arabidopsis is described using conventional histological techn...
During plant embryogenesis an embryo with cotyledons, a shoot apical meristem, a hypocotyl and a ro...
The postembryonic development of plants is fueled by apical meristems, which are the local productio...
Plant post-embryonic development takes place in the meristems. In the root of the model plant Arabid...
International audienceThe shoot apical meristem of Arabidopsis thaliana contains a reservoir of plur...
Development of flowering plants is different from that of the animal model systems. In flowering pla...
The principles behind the process of body formation in multi-cellular organisms have long intrigued ...
The majority of plant organs arise from groups of continuously dividing cells, the meristems. Little...
With its straightforward amenability to genetic approaches, Arabidopsis thaliama proves to be a powe...
The analysis of plant development by genetic, molecular, and surgical approaches has accumulated a l...
Mature plants are the result of two formally separable developmental processes. Embryogenesis provi...
Plant postembryonic development takes place in region called meristems that represent a reserve of u...
During plant embryogenesis an embryo with cotyledons, a shoot apical meristem, a hypocotyl and a roo...
The cellular organisation of the Arabidopsis thaliana root is remarkably regular. A fate map of the ...
The anatomy of the developing root of Arabidopsis is described using conventional histological techn...
The anatomy of the developing root of Arabidopsis is described using conventional histological techn...
During plant embryogenesis an embryo with cotyledons, a shoot apical meristem, a hypocotyl and a ro...
The postembryonic development of plants is fueled by apical meristems, which are the local productio...
Plant post-embryonic development takes place in the meristems. In the root of the model plant Arabid...
International audienceThe shoot apical meristem of Arabidopsis thaliana contains a reservoir of plur...
Development of flowering plants is different from that of the animal model systems. In flowering pla...
The principles behind the process of body formation in multi-cellular organisms have long intrigued ...
The majority of plant organs arise from groups of continuously dividing cells, the meristems. Little...
With its straightforward amenability to genetic approaches, Arabidopsis thaliama proves to be a powe...
The analysis of plant development by genetic, molecular, and surgical approaches has accumulated a l...