Titlebook: Biotechnologies of Crop Improvement, Volume 1; Cellular Approaches Satbir Singh Gosal,Shabir Hussain Wani Book 2018 Springer International

可行

責(zé)怪

Demonstrate

Leaven

metropolitan

Somatic Embryogenesis, In Vitro Selection and Plantlet Regeneration for , Improvement,ieties to develop seedless triploids. The development of cybrids by combining cytoplasmic genome from Satsuma mandarin and nuclear genome from desired varieties is also an attractive approach. In the rootstock improvement, somatic hybridization targets packaging of resistance to different biotic and

憤世嫉俗者

平項(xiàng)山

破布

In Vitro-Assisted Compression of Breeding Cycles,up to fourfold improvements in species such as grain legumes. Such enhanced SSD systems are also valuable for breeding complex traits across a range of species. In this chapter, we explore the recent advances in in vitro-assisted breeding cycle compression in crops, opportunities to combine rapid ph

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Tissue Culture Approaches in Relation to Medicinal Plant Improvement,bility for the improvement of a wide variety of medicinal plants. In addition to this, tissue culture methods are now being used for the production of secondary metabolites in vitro. The micropropagation is the best example of the commercial application of tissue culture technology. Meristem-tip cul

Endearing

Diskussion der Methoden und Ergebnisse,l species including potato microtubers, lily bulblets and gladiolus corms. Meristem culturing and in vitro grafting help in developing disease-free plants. Improvement of somatic embryogenesis, coupled with embryo desiccation and encapsulation technology, may lead to the utilization of ‘a(chǎn)rtificial s