Land plants can grow to tremendous body sizes, yet even the most complex architectures are the result of iterations of the same developmental processes: organ initiation, growth, and pattern formation. A central question in plant biology is how these processes are regulated and coordinated to allow for the formation of ordered, 3D structures. All these elementary processes first occur in early embryogenesis, during which, from a fertilized egg cell, precursors for all major tissues and stem cells are initiated, followed by tissue growth and patterning. Here we discuss recent progress in our understanding of this phase of plant life. We consider the cellular basis for multicellular development in 3D and focus on the genetic regulatory mechan...
Early embryogenesis is the critical developmental phase during which the basic features of the plant...
Land plants can reproduce sexually by developing an embryo from a fertilized egg cell, the zygote. A...
Four basic ingredients of morphogenesis, oriented cell division and expansion, cell–cell communicati...
Land plants can grow to tremendous body sizes, yet even the most complex architectures are the resul...
<p>Land plants can grow to tremendous body sizes, yet even the most complex architectures are the re...
Embryogenesis in plants transforms the zygote into a relatively simple structure, the seedling, whic...
Each plant starts life from the zygote formed by the fusion of an egg and a sperm cell. The zygote g...
Plants can grow complex and elaborate structures, in some species for thousands of years. Despite th...
Embryogenesis is the beginning of plant development, yet the cell fate decisions and patterning step...
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 principles behind the process of body formation in multi-cellular organisms have long intrigued ...
Gerd JurgensÈ Pattern formation in embryogenesis generates the basic body plan of ¯owering plants by...
Plant development relies on the activity of meristems, small groups of undifferentiated cells that p...
AbstractThe recent discovery that another gene involved in plant embryogenesis encodes a probable re...
Early embryogenesis is the critical developmental phase during which the basic features of the plant...
Land plants can reproduce sexually by developing an embryo from a fertilized egg cell, the zygote. A...
Four basic ingredients of morphogenesis, oriented cell division and expansion, cell–cell communicati...
Land plants can grow to tremendous body sizes, yet even the most complex architectures are the resul...
<p>Land plants can grow to tremendous body sizes, yet even the most complex architectures are the re...
Embryogenesis in plants transforms the zygote into a relatively simple structure, the seedling, whic...
Each plant starts life from the zygote formed by the fusion of an egg and a sperm cell. The zygote g...
Plants can grow complex and elaborate structures, in some species for thousands of years. Despite th...
Embryogenesis is the beginning of plant development, yet the cell fate decisions and patterning step...
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 principles behind the process of body formation in multi-cellular organisms have long intrigued ...
Gerd JurgensÈ Pattern formation in embryogenesis generates the basic body plan of ¯owering plants by...
Plant development relies on the activity of meristems, small groups of undifferentiated cells that p...
AbstractThe recent discovery that another gene involved in plant embryogenesis encodes a probable re...
Early embryogenesis is the critical developmental phase during which the basic features of the plant...
Land plants can reproduce sexually by developing an embryo from a fertilized egg cell, the zygote. A...
Four basic ingredients of morphogenesis, oriented cell division and expansion, cell–cell communicati...