The initial steps of flower development involve two classes of consecutively acting regulatory genes. Meristem-identity genes, which act early to control the initiation of flowers, are expressed throughout the incipient floral primordium. Homeotic genes, which act later to specify the identity of individual floral organs, are expressed in distinct domains within the flower. The link between the two classes of genes has remained unknown so far. Here we show that the meristem-identity gene LEAFY has a role in controlling homeotic genes that is separable from its role in specifying floral fate. On the basis of our observation that LEAFY activates different homeotic genes through distinct mechanisms, we propose a genetic framework for the contr...
The homeotic gene AGAMOUS (AG) has dual roles in specifying organ fate and limiting stem cell prolif...
International audienceThe transition from vegetative growth to flower formation is critical for the ...
AbstractThe homeotic gene AGAMOUS (AG) has dual roles in specifying organ fate and limiting stem cel...
AbstractFloral organ identity is controlled by combinatorial action of homeotic genes expressed in d...
Floral organ identity is controlled by combinatorial action of homeotic genes expressed in different...
The patterned expression of ßoral homeotic genes in Arabidopsis depends on the earlier action of mer...
AbstractThe first step in flower development is the generation of a floral meristem by the infloresc...
The Arabidopsis transcription factor LEAFY acts upstream of homeotic genes such as AGAMOUS to confer...
The identity of floral organs in Arabidopsis thaliana is determined by homeotic genes, which are exp...
The identity of floral organs in Arabidopsis thaliana is determined by homeotic genes, which are exp...
The Arabidopsis transcription factor LEAFY acts upstream of homeotic genes such as AGAMOUS to confer...
OAK-B135 Floral organ identity is controlled by combinatorial action of homeotic genes expressed in ...
In recent years, flower development has emerged as a model system for studying pattern formation in ...
In recent years, flower development has emerged as a model system for studying pattern formation in ...
International audienceThe transition from vegetative growth to flower formation is critical for the ...
The homeotic gene AGAMOUS (AG) has dual roles in specifying organ fate and limiting stem cell prolif...
International audienceThe transition from vegetative growth to flower formation is critical for the ...
AbstractThe homeotic gene AGAMOUS (AG) has dual roles in specifying organ fate and limiting stem cel...
AbstractFloral organ identity is controlled by combinatorial action of homeotic genes expressed in d...
Floral organ identity is controlled by combinatorial action of homeotic genes expressed in different...
The patterned expression of ßoral homeotic genes in Arabidopsis depends on the earlier action of mer...
AbstractThe first step in flower development is the generation of a floral meristem by the infloresc...
The Arabidopsis transcription factor LEAFY acts upstream of homeotic genes such as AGAMOUS to confer...
The identity of floral organs in Arabidopsis thaliana is determined by homeotic genes, which are exp...
The identity of floral organs in Arabidopsis thaliana is determined by homeotic genes, which are exp...
The Arabidopsis transcription factor LEAFY acts upstream of homeotic genes such as AGAMOUS to confer...
OAK-B135 Floral organ identity is controlled by combinatorial action of homeotic genes expressed in ...
In recent years, flower development has emerged as a model system for studying pattern formation in ...
In recent years, flower development has emerged as a model system for studying pattern formation in ...
International audienceThe transition from vegetative growth to flower formation is critical for the ...
The homeotic gene AGAMOUS (AG) has dual roles in specifying organ fate and limiting stem cell prolif...
International audienceThe transition from vegetative growth to flower formation is critical for the ...
AbstractThe homeotic gene AGAMOUS (AG) has dual roles in specifying organ fate and limiting stem cel...