Under stress, isolated microspores are reprogrammed in vitro towards embryogenesis,
producing doubled haploid plants that are useful biotechnological tools in plant breeding as …

The objective of the study was to develop efficient widely adaptable microspore culture
methodology for spring and winter wheat genotypes. Current wheat microspore culture …

Microspores can be developmentally reprogrammed by the application of different stress
treatments to initiate an embryogenic pathway leading to the production of doubled haploid …

Key message In vitro embryo development is highly plastic; embryo cell fate can be re-
established in tissue culture through different pathways. Abstract In most angiosperms …

Reprogramming of microspores development towards embryogenesis mediated by stress
treatment constitutes the basis of doubled haploid production. Recently, compounds that …

Histone acetylation modification plays a vital role in plant cell division and differentiation.
However, the function on wheat mature embryo culture has not been reported. Here, we …

Although zygotic embryogenesis is usually studied in the field of seed biology, great
attention has been paid to the methods used to generate haploid embryos due to their …

In plant research and breeding, haploid technology is employed upon crossing, induced
mutagenesis or genetic engineering to generate populations of meiotic recombinants that …

During microspore embryogenesis, microspores are induced to develop into haploid
embryos. In Brassica napus, microspore embryogenesis is induced by a heat shock (HS) …

The use of doubled haploid (DH) technology enables the development of new varieties of
plants in less time than traditional breeding methods. In microspore embryogenesis (ME) …