… an analysis, we propose to use a simple developmental system, the syncytial endosperm in
… In conclusion, the syncytial endosperm appeared to be divided into three mitotic domains in …

… of the LCM endosperm array data by … analysis of the endosperm transcriptome in the context
of existing online resources. This analysis has enabled novel insight into early endosperm …

… of the syncytial endosperm when identities of endosperm cells are set by spatial signaling
[34]. A recent study dissected the first two peripheral cell layers of the rice endosperm by LCM …

… involved in syncytial endosperm development, we analyzed the endosperm transcriptome, …
Twenty-three genes that are involved in cytoskeletal organization/ dynamics were identified …

… endosperm produces strikingly enlarged amoeboid nuclei. These abnormal nuclei result from
a malfunction in mitotic chromosomal segregation during syncytial endosperm … dynamics in …

… The three-dimensional architecture of syncytial-type cell plates in the endosperm of
Arabidopsis has been analyzed at ∼6-nm resolution by means of dual-axis high-voltage electron …

… -fertilization and into the early syncytium of nuclear endosperms. Observations from reciprocal
… endosperms, with the ‘chalazal’ endosperm being affected more than other endosperm …

… development of the fertilized triploid endosperm cell. Next, that the basal syncytial endosperm
responds to glucose by turning on TC development. The default endosperm cell fate is SE …

… Under the growth conditions used in this study, the syncytial phase of endosperm development
continued until approximately 3 DAP, at which point the nuclei were evenly arranged at …

… In most flowering plant species, early endosperm development also proceeds syncytially,
much like … The syncytial endosperm cellularizes and enters a maturation process accumulating …