Rice evolved a diversified determinate inflorescence (also called panicle), and rice panicle development includes high orderly and complex biological events including the formation of lateral branches and spikelet organs. Understanding the mechanism of rice panicle morphogenesis is of importance in fundamental biology and helpful for crop improvement. In this chapter, we summarize the recent understanding of genetic regulators in determining rice panicle development ranging from the initiation of inflorescence, specification of lateral branches, spikelet organs, and reproductive cell formation
Abstract Panicle architecture is one of the major factors influencing productivity of rice crops. Th...
Background Balancing panicle-related traits such as panicle length and the numbers ...
As the carriers of fruits and grains, inflorescences have been an important target of selection thro...
Rice panicle architecture affects grain number per panicle and thereby grain yield. Many genes invol...
Abstract Background Panicle architecture is one of the main important agronomical traits that determ...
<p>The rice panicle <b>(A)</b> has a defined architecture derived from the meristematic structure es...
We review developmental transitions of rice shoot meristems to branched inflorescences with floral m...
AbstractWe report a recessive mutation of rice, aberrant panicle organization 1 (apo1), which severe...
International audienceGrain yield, which is one of the most important traits in rice breeding, is co...
Background: The African rice Oryza glaberrima was domesticated from its wild relative Oryza barthii ...
AbstractWe have analyzed two mutants that exhibit altered panicle architecture in rice (Oryza sativa...
Inflorescence development in cereals, including such important crops as rice, maize, and wheat, dire...
International audienceContextYield improvement is an important issue for rice breeding. Panicle arch...
Abstract Panicle architecture is one of the major factors influencing productivity of rice crops. Th...
Background Balancing panicle-related traits such as panicle length and the numbers ...
As the carriers of fruits and grains, inflorescences have been an important target of selection thro...
Rice panicle architecture affects grain number per panicle and thereby grain yield. Many genes invol...
Abstract Background Panicle architecture is one of the main important agronomical traits that determ...
<p>The rice panicle <b>(A)</b> has a defined architecture derived from the meristematic structure es...
We review developmental transitions of rice shoot meristems to branched inflorescences with floral m...
AbstractWe report a recessive mutation of rice, aberrant panicle organization 1 (apo1), which severe...
International audienceGrain yield, which is one of the most important traits in rice breeding, is co...
Background: The African rice Oryza glaberrima was domesticated from its wild relative Oryza barthii ...
AbstractWe have analyzed two mutants that exhibit altered panicle architecture in rice (Oryza sativa...
Inflorescence development in cereals, including such important crops as rice, maize, and wheat, dire...
International audienceContextYield improvement is an important issue for rice breeding. Panicle arch...
Abstract Panicle architecture is one of the major factors influencing productivity of rice crops. Th...
Background Balancing panicle-related traits such as panicle length and the numbers ...
As the carriers of fruits and grains, inflorescences have been an important target of selection thro...