Add to ORKGSeveral different lines of inquiry have converged on the conclusion that the number and plane of cell divisions is under tight control in plant development. At the same time, there are new data which show that the pattern of cell division is less important in the formation of organ-scale plant patterns than was expected previously. This apparent paradox can be resolved by recognizing the role of cell—cell communication in the control of plant cell-division patterns
Plants have a distinctive mode of continuous development, involving the repeated initiation and grow...
During plant development, cell division events are coordinately regulated, leading to specific growt...
Plant tissue growth requires the interdependent cellular processes of cytoplasmic growth, cell wall ...
Several different lines of inquiry have converged on the conclusion that the number and plane of cel...
In their development, plants precisely control the patterns of cell size, cell shape and cell divisi...
Understanding the control of the patterns and numbers of cell divisions in developing plants and ani...
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 ...
Abstract Noise plays a major role in cellular processes and in the development of tissues and organs...
AbstractThe recent discovery that another gene involved in plant embryogenesis encodes a probable re...
SummaryFormative cell divisions are critical for multicellular patterning. In the early plant embryo...
AbstractCell division is intimately intertwined with plant development, and the mechanisms that link...
Cell division is fundamental in the development of all living organisms. In plants, cells are caged ...
Formative cell divisions are critical for multicellular patterning. In the early plant embryo, such ...
Formative cell divisions are critical for multicellular patterning. In the early plant embryo, such ...
Plants have a distinctive mode of continuous development, involving the repeated initiation and grow...
During plant development, cell division events are coordinately regulated, leading to specific growt...
Plant tissue growth requires the interdependent cellular processes of cytoplasmic growth, cell wall ...
Several different lines of inquiry have converged on the conclusion that the number and plane of cel...
In their development, plants precisely control the patterns of cell size, cell shape and cell divisi...
Understanding the control of the patterns and numbers of cell divisions in developing plants and ani...
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 ...
Abstract Noise plays a major role in cellular processes and in the development of tissues and organs...
AbstractThe recent discovery that another gene involved in plant embryogenesis encodes a probable re...
SummaryFormative cell divisions are critical for multicellular patterning. In the early plant embryo...
AbstractCell division is intimately intertwined with plant development, and the mechanisms that link...
Cell division is fundamental in the development of all living organisms. In plants, cells are caged ...
Formative cell divisions are critical for multicellular patterning. In the early plant embryo, such ...
Formative cell divisions are critical for multicellular patterning. In the early plant embryo, such ...
Plants have a distinctive mode of continuous development, involving the repeated initiation and grow...
During plant development, cell division events are coordinately regulated, leading to specific growt...
Plant tissue growth requires the interdependent cellular processes of cytoplasmic growth, cell wall ...