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22 wrz 2022 · Understanding anther development is essential in the study of plant reproduction, controlled crop breeding, and hybrid seed production as anthers are the source of pollen and thus male gametes in flowering plants.
22 wrz 2022 · We summarise new findings that illustrate the complexities of anther development and evaluate how they challenge established models of anther form and function, and how they may help to...
29 lis 2022 · Anthers express the most genes of any plant organ, and their development involves sequential redifferentiation of many cell types to perform distinctive roles from inception through pollen dispersal.
26 cze 2021 · We summarise new findings that illustrate the complexities of anther development and evaluate how they challenge established models of anther form and function, and how they may help to deliver future sustainable crop yields.
27 sie 2015 · Anther development in Arabidopsis has been divided into 15 stages, which commence from division of a single archesporial cell; defined cell types and adaxial–abaxial polarity are established, resulting in the formation of the mature microsporangia (Scott et al. 2004).
11 lip 2022 · Investigating gene expression profiles throughout the entire span of anther development, and in particular identifying genes with phase‐specific expression, is vital to exploring the mechanisms by which anther development is regulated and discovering key genes potentially useful for hybrid breeding.
17 lis 2023 · The anther is essential for the production of male gametes in angiosperms and consists of seven tissues: epidermis, endothecium, middle layer, tapetum, microspores, connective tissue, and vascular tissue. Anther development is a complex process, divided into 14 consecutive stages in Arabidopsis, rice, and cotton.
