An isolated microspore culture provides an excellent system for the study of microspore
induction and embryogenesis, provides a platform for an ever-increasing array of molecular …

Double haploid (DH) technology ensures the production of complete homozygous wheat
lines in a single year making the selection process efficient in plant breeding. This not only …

Developing plants from in vitro culture of microspores or immature pollen grains
(androgenesis) is a highly genotype-dependent process whose effectiveness in cereals is …

Background Microspore embryogenesis is potentially the most effective method of obtaining
doubled haploids (DH) which are utilized in breeding programs to accelerate production of …

Doubled haploid technologies have become key tools for plant breeding. Using these
techniques, the speed and efficiency of plant improvement processes can be significantly …

Androgenetically-derived haploids can be obtained by inducing embryogenesis in
microspores. Thus, full homozygosity is achieved in a single generation, oppositely to …

The objective of this study was to establish an isolated microspore culture (IMC) protocol in
wheat (Triticum aestivum L.) for use in genetic studies and to evaluate its potential for routine …

The production of doubled haploid (DH) barley plants through anther culture is a very useful
yet simple in vitro technique. DH plants derive from divisions of haploid microspores that …

Microspore culture of wheat generates completely homozygous (doubled haploid) plants in
a single generation thereby reducing the time required for wheat variety development …

Little is known about the anatomical development of the reproductive system of the
American Oil Palm (Elaeis oleifera); an species known in Brazil as Caiaué, that holds a …