Megasporocyte formation in Pisum sativum L. takes place at the stages of bud development, when the vexillum surpasses the lower androecium whorl slightly at the beginning, and markedly in further stages. Under the epidermis of an ovule, a multicellular archesporium is formed. Mitotic division of these cells gives rise to a two-layered parietal tissue and to a group of megaspore mother cells (MMCs). The tetrad is formed from one megasporocyte. In the bud development of Pisum sativum the carpel walls accrete to each other relatively early
International audienceThis paper presents the first broad overview of three main features of microsp...
In addition to the investigation of the formation pattern of spore and gametophyte, the deposition p...
How and why specific plant cells adopt germline identity during ovule development has proved challen...
In this paper we have traced the evolution of the cytoplasmic organelles in the female germinal cell...
This work reports some findings which will aid us in our understanding of the female phase ofPisum s...
The process of microsporogenesis and development of pollen grains was found to occur in an identical...
In higher plants the development of the female gametophyte - the embryo sac - involves two subsequen...
SUMMARYIn Chamaecyparis lawsoniana Parl, the megaspore mother cell (MMC) differentiates in the middl...
Angiosperm microspores are grouped into tetrads before they mature into functional pollen grains. Th...
The localization of callose in the cell walls of megasporocytes and megaspores was studied by means ...
International audienceIntroduction: Differentiation of spore mother cells marks the somatic-toreprod...
Megasporogenesis in the heterosporous fern Marsilea (Hydropterideae) shows features intermediate bet...
The formation of integuments, megasporogenesis and megagametogenesis in Dendrobium catenatum, an eco...
14 p.-7 fig.In Angiosperms, after meiosis and the formation of microspores, these develop a series o...
Ultrastructural changes of the megasporogenesis of Triticum aestivum L were studied. During the meio...
International audienceThis paper presents the first broad overview of three main features of microsp...
In addition to the investigation of the formation pattern of spore and gametophyte, the deposition p...
How and why specific plant cells adopt germline identity during ovule development has proved challen...
In this paper we have traced the evolution of the cytoplasmic organelles in the female germinal cell...
This work reports some findings which will aid us in our understanding of the female phase ofPisum s...
The process of microsporogenesis and development of pollen grains was found to occur in an identical...
In higher plants the development of the female gametophyte - the embryo sac - involves two subsequen...
SUMMARYIn Chamaecyparis lawsoniana Parl, the megaspore mother cell (MMC) differentiates in the middl...
Angiosperm microspores are grouped into tetrads before they mature into functional pollen grains. Th...
The localization of callose in the cell walls of megasporocytes and megaspores was studied by means ...
International audienceIntroduction: Differentiation of spore mother cells marks the somatic-toreprod...
Megasporogenesis in the heterosporous fern Marsilea (Hydropterideae) shows features intermediate bet...
The formation of integuments, megasporogenesis and megagametogenesis in Dendrobium catenatum, an eco...
14 p.-7 fig.In Angiosperms, after meiosis and the formation of microspores, these develop a series o...
Ultrastructural changes of the megasporogenesis of Triticum aestivum L were studied. During the meio...
International audienceThis paper presents the first broad overview of three main features of microsp...
In addition to the investigation of the formation pattern of spore and gametophyte, the deposition p...
How and why specific plant cells adopt germline identity during ovule development has proved challen...