International audiencePontederia cordata L. and Eichhornia paniculata (Spreng.) Solms (Pontederiaceae, monocots) produce disulculate pollen grains. The formation of intersporal callose walls was followed in these two species by staining callose during male meiosis. A new type of cytokinesis that ends with the formation of conspicuous callose knobs at future aperture sites was observed. This observation indicates that the formation of the disulculate pattern is linked to cytokinesis. Thus, equatorial aperture patterns of monocots and aperture patterns of eudicots appear to be defined by similar mechanisms
Within monocotyledons, monosulcate pollen is the predominant type and probably represents the plesio...
Anther and pollen development in staminate and pistillate flowers of dioecious Melicoccus lepidopeta...
The paper gives an account of the morphology, cytology and embryology of Monochoria hastœfolia. 1. M...
International audiencePontederia cordata L. and Eichhornia paniculata (Spreng.) Solms (Pontederiacea...
International audienceIn eudicot postmeiotic tetrads, apertures are usually joined in pairs in highl...
Premise of the study: Pollen grains of fl owering plants display a fascinating diversity of forms, i...
International audiencePollen grains are embeddded in an extremely resistant wall. Apertures are well...
International audienceIn most flowering plants, a single cytokinesis follows the two meiotic divisio...
International audienceThis paper presents the first broad overview of three main features of microsp...
The aperture pattern of pollen grains is a character defined as the number, shape, and position of a...
Increased aperture number in angiosperm pollen grains offers a potential selective advantage because...
International audiencePollen grains of flowering plants display a fascinating diversity of forms. Th...
Pollen provides an excellent system to study pattern formation at the single-cell level. Pollen surf...
Pollen provides an excellent system to study pattern formation at the single-cell level. Pollen surf...
(A-A’) Haploid pollen of wild-type Arabidopsis (Landsberg erecta ecotype) have three apertures (arro...
Within monocotyledons, monosulcate pollen is the predominant type and probably represents the plesio...
Anther and pollen development in staminate and pistillate flowers of dioecious Melicoccus lepidopeta...
The paper gives an account of the morphology, cytology and embryology of Monochoria hastœfolia. 1. M...
International audiencePontederia cordata L. and Eichhornia paniculata (Spreng.) Solms (Pontederiacea...
International audienceIn eudicot postmeiotic tetrads, apertures are usually joined in pairs in highl...
Premise of the study: Pollen grains of fl owering plants display a fascinating diversity of forms, i...
International audiencePollen grains are embeddded in an extremely resistant wall. Apertures are well...
International audienceIn most flowering plants, a single cytokinesis follows the two meiotic divisio...
International audienceThis paper presents the first broad overview of three main features of microsp...
The aperture pattern of pollen grains is a character defined as the number, shape, and position of a...
Increased aperture number in angiosperm pollen grains offers a potential selective advantage because...
International audiencePollen grains of flowering plants display a fascinating diversity of forms. Th...
Pollen provides an excellent system to study pattern formation at the single-cell level. Pollen surf...
Pollen provides an excellent system to study pattern formation at the single-cell level. Pollen surf...
(A-A’) Haploid pollen of wild-type Arabidopsis (Landsberg erecta ecotype) have three apertures (arro...
Within monocotyledons, monosulcate pollen is the predominant type and probably represents the plesio...
Anther and pollen development in staminate and pistillate flowers of dioecious Melicoccus lepidopeta...
The paper gives an account of the morphology, cytology and embryology of Monochoria hastœfolia. 1. M...