By M. Wędzony, B. P. Forster, I. Żur (auth.), Dr. Alisher Touraev, Dr. Brain P. Forster, Dr. S. Mohan Jain (eds.)
The discovery of haploid Datura vegetation in 1964 initiated nice pleasure in plant breeding and genetics groups. fresh years have witnessed a resurgence of actions specially in constructing protocols, picking out genes and mechanisms and massive scale advertisement take up.
The id of controlling genes has pushed sensible genomic stories which now dovetail with reports in gene expression, metabolism and alterations in mobilephone ultra-structure. around the world soak up by way of plant breeders has been no much less extraordinary, and worthy haploid applied sciences are more and more patent safe. the serious task in haploid learn has additionally ended in unforeseen findings with novel applications.
The center of this e-book relies at the overseas symposium on "Haploidy in greater vegetation III", (Vienna 2006), which attracted most sensible foreign specialists within the box. different invited contributions were incorporated to supply a rounded view of actions. The publication covers issues in: historic Overviews; uncomplicated Biology; Genetics; Biotechnology; Breeding and Novel functions. It consequently will attract undergraduate students,researchers and small and massive scale advertisement biotechnology companies.
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Extra resources for Advances in Haploid Production in Higher Plants
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In sugar beet, flower buds collected 1–3 days before anthesis possessed a mature embryo sac (Ferrant and Bouharmont 1994). A sugar beet embryo sac is capable of being fertilized 5 days before anther dehiscence, but Doubled Haploids via Gynogenesis 37 VanGeyt et al. (1987) reported a degeneration of young spherical ovules after a few days in culture. In sunflower, flowers possess a young but completely developed embryo sac 2–3 days before anthesis (Yang et al. 1986). Uninucleate to fournucleate embryo sacs, corresponding to late uninucleate or early-binucleate stage of pollen were found in rice (Zhou et al.
Physiol Plant 110: 135–143 Sun M, Kieft H, Zhou C, van Lammeren A (1999) A co-culture leads to the formation of microcalli derived from microspore protoplasts of Brassica napus L. cv. Topas. ). In: Maluszynski M, Kasha KJ, Forster BP, Szarejko I (eds) Doubled Haploid Production in Crop Plants – A Manual. Kluwer, Dordrecht/Boston/London, pp 35–42 Szarejko I, Forster BP (2007) Doubled haploidy and induced mutations. Euphytica 130: 359–370 Tai GCC, Xiong XY (2003) Haploid production of potatoes by anther culture.