Titlebook: Doubled Haploid Technology; Volume 2: Hot Topics Jose M. Segui-Simarro Book 2021 The Editor(s) (if applicable) and The Author(s), under exc

EXALT

https://doi.org/10.1057/9781137025012the high response of some . lines, and to the refinements of the protocols. This chapter presents a protocol for the induction of haploid and DH embryos in . through isolated microspore culture in two specific backgrounds widely used in DH research, the high response DH4079 line and the low response

SOBER

Anabella Davila,Marta M. Elvirap for use in biofuel and other bio-based applications. Doubled haploid technology, a system that allows for the rapid development of doubled haploid, completely homozygous plants through microspore embryogenesis, has been applied routinely in both . breeding and basic research. Here, we present a co

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Paul K. Couchman,Ronald C. Beckettoubled haploid plants are homozygous at every locus and they can be utilized as parents to produce F1 hybrids. In this chapter, we describe a protocol for the production of doubled haploid plants in . L. subsp. . using androgenesis induced by isolated microspore cultures.

Anhydrous

Wietse de Vries,Germán Álvarez-Mendiolaonsumed as a vegetable since Roman times, but its production and consumption have increased significantly over the past few decades. Breeders try to develop new broccoli varieties with high yield, improved quality, and resistance to biotic and abiotic stresses. Almost all new broccoli varieties are

懒惰人民

https://doi.org/10.1057/9781137040107ture, in which the full cycle of doubled haploid formation was successfully achieved. Using this protocol, a yield of up to eight embryoids per Petri dish can be obtained. Effectiveness of this protocol was confirmed for several genotypes of European radish.

Exterior

University Governance and Reformdoubled haploid lines for hybrid seed production is possible since 1982, where the first protocol of wide application to different eggplant materials was published. From then on, different improvements and adaptations to different materials have been made. In parallel, protocols to implement isolate

Jingoism

Urban Identity and the Atlantic World. Recently, its effective use in different types of peppers has drawn attention, because it has a higher embryo yield potential compared to anther culture and is more practical than isolated microspore culture. In this chapter, a stepwise protocol for shed-microspore culture of ornamental pepper is

可能性

exigent

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