Little is known about how the characteristic differences in organ size between species are regulated. At the cellular level, the size of an organ is strictly regulated by cell division and expansion during its development. We performed a meta-analysis of the growth parameters of roots, and Graminae and eudicotyledonous leaves, to address the question of how quantitative variation in these two processes contributes to size differences across a range of species. We extracted or derived cellular parameters from published kinematic growth analyses. These data were subjected to linear regression analyses to identify the parameters that determine differences in organ growth. Our results demonstrate that, across all species and organs, similar con...
We are interested in how cell size and organ size are developmentally determined in Arabidopsis flow...
SummaryWhat controls where, how fast and how long an organ will grow? A mobile signal regulated by a...
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...
Size control of multicellular organisms poses a longstanding biological question that has always fas...
The size of plant organs, such as leaves and flowers, is determined by an interaction of genotype an...
Size is a fundamental property that must be tightly regulated to ensure that cells and tissues funct...
SummaryHow cells regulate their dimensions is a long-standing question [1, 2]. In fission and buddin...
Mean cell size at division is generally constant for specific conditions and cell types, but the mec...
We studied inherent variation in final leaf size among four Poa spp. that live at different elevatio...
idea that organ size is determined independently from constituent cells (Kaplan, 2001). On the other...
AbstractWhat determines organ size? A screen for plant strains showing natural variation in root len...
Cell size and growth kinetics are fundamental cellular properties with important physiological impli...
Cell size and growth kinetics are fundamental cellular properties with important physiological impli...
Organs form with remarkably consistent sizes and shapes during development, whereas a high variabili...
We are interested in how cell size and organ size are developmentally determined in Arabidopsis flow...
SummaryWhat controls where, how fast and how long an organ will grow? A mobile signal regulated by a...
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...
Size control of multicellular organisms poses a longstanding biological question that has always fas...
The size of plant organs, such as leaves and flowers, is determined by an interaction of genotype an...
Size is a fundamental property that must be tightly regulated to ensure that cells and tissues funct...
SummaryHow cells regulate their dimensions is a long-standing question [1, 2]. In fission and buddin...
Mean cell size at division is generally constant for specific conditions and cell types, but the mec...
We studied inherent variation in final leaf size among four Poa spp. that live at different elevatio...
idea that organ size is determined independently from constituent cells (Kaplan, 2001). On the other...
AbstractWhat determines organ size? A screen for plant strains showing natural variation in root len...
Cell size and growth kinetics are fundamental cellular properties with important physiological impli...
Cell size and growth kinetics are fundamental cellular properties with important physiological impli...
Organs form with remarkably consistent sizes and shapes during development, whereas a high variabili...
We are interested in how cell size and organ size are developmentally determined in Arabidopsis flow...
SummaryWhat controls where, how fast and how long an organ will grow? A mobile signal regulated by a...
The final size of plant organs, such as leaves, is tightly controlled by environmental and genetic f...