Although the size of an organism is a defining feature, little is known about the mechanisms that set the final size of organs and whole organisms. Here we describe Arabidopsis DA1, encoding a predicted ubiquitin receptor, which sets final seed and organ size by restricting the period of cell proliferation. The mutant protein encoded by the da1-1 allele has a negative activity toward DA1 and a DA1-related (DAR) protein, and overexpression of a da1-1 cDNA dramatically increases seed and organ size of wild-type plants, identifying this small gene family as important regulators of seed and organ size in plants
One of the major problems facing the world in the 21st century is feeding a growing population on ev...
SummaryPlant organs grow to characteristic sizes that are genetically controlled. In animals, signal...
Cell number is an important determinant of final organ size. In the leaf, a large proportion of cell...
Although the size of an organism is a defining feature, little is known about the mechanisms that se...
Control of organ size by cell proliferation and growth is a fundamental process, but the mechanisms ...
The characteristic shapes and sizes of organs are established by cell proliferation patterns and fin...
The final size of plant organs is determined by a combination of cell proliferation and cell expansi...
Modern agriculture is struggling to meet the increasing food, silage and raw material demands due to...
The size of plant organs, such as leaves and flowers, is determined by an interaction of genotype an...
The final size of plant organs, such as leaves, is tightly controlled by environmental and genetic f...
Plant growth has unparalleled importance for human civilization, yet we are only starting to gain an...
The final size of plant organs is determined by a combination of cell proliferation and cell expansi...
SummaryOrgan growth up to a species-specific size is tightly regulated in plants and animals [1, 2]....
Because plants are a primary food source and can form the basis for renewable energy resources, the ...
Organ size control is of particular importance for developmental biology and agriculture, but the me...
One of the major problems facing the world in the 21st century is feeding a growing population on ev...
SummaryPlant organs grow to characteristic sizes that are genetically controlled. In animals, signal...
Cell number is an important determinant of final organ size. In the leaf, a large proportion of cell...
Although the size of an organism is a defining feature, little is known about the mechanisms that se...
Control of organ size by cell proliferation and growth is a fundamental process, but the mechanisms ...
The characteristic shapes and sizes of organs are established by cell proliferation patterns and fin...
The final size of plant organs is determined by a combination of cell proliferation and cell expansi...
Modern agriculture is struggling to meet the increasing food, silage and raw material demands due to...
The size of plant organs, such as leaves and flowers, is determined by an interaction of genotype an...
The final size of plant organs, such as leaves, is tightly controlled by environmental and genetic f...
Plant growth has unparalleled importance for human civilization, yet we are only starting to gain an...
The final size of plant organs is determined by a combination of cell proliferation and cell expansi...
SummaryOrgan growth up to a species-specific size is tightly regulated in plants and animals [1, 2]....
Because plants are a primary food source and can form the basis for renewable energy resources, the ...
Organ size control is of particular importance for developmental biology and agriculture, but the me...
One of the major problems facing the world in the 21st century is feeding a growing population on ev...
SummaryPlant organs grow to characteristic sizes that are genetically controlled. In animals, signal...
Cell number is an important determinant of final organ size. In the leaf, a large proportion of cell...