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Critical considerations for molecular breeding in rice

机译:水稻分子育种的关键考虑因素

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摘要

The last 20 years has seen a tremendous growth in molecular genetics research and breeding rice. While there have been some outstanding successful examples of rice molecular breeding, there have also been many failures. Careful analysis of successes and failures indicates several critical factors including parameters of the quantitative trait loci (QTL) mapping experiment and subsequent testing which is referred to as QTL and marker validation. In rice, validation research is seldom reported and moreactivities are needed, as has been done in other cereals. In order to leverage the wealth of publicly-available genomics resources in rice for molecular breeding in the future, breeders will need: carefully planned and well-executed QTL mapping experiments, QTL and marker validation activities, efficient genotyping systems and processes, cheaper genotyping systems and more breeder-friendly analytical tools. It is imperative that future activities focus on bridging the disconnection between breeders andmolecular geneticists and achieving improved co-ordination and collaboration. Arguably, the highest priority to achieve success and synergy regarding varietal/germplasm development in the short-term and the future is the need to integrate breeding withmolecular genetics research.
机译:在过去的20年里,分子遗传学研究和水稻育种取得了巨大的增长。虽然水稻分子育种有一些杰出的成功例子,但也有许多失败的例子。对成功和失败的仔细分析表明了几个关键因素,包括数量性状位点 (QTL) 定位实验和后续测试的参数,称为 QTL 和标记验证。在水稻中,验证研究很少被报道,需要更多的活动,就像在其他谷物中所做的那样。为了在未来利用水稻中丰富的公开基因组学资源进行分子育种,育种者将需要:精心策划和执行良好的QTL定位实验、QTL和标记验证活动、高效的基因分型系统和工艺、更便宜的基因分型系统和更有利于育种者的分析工具。当务之急是,未来的活动必须侧重于弥合育种者和分子遗传学家之间的脱节,并实现更好的协调与合作。可以说,要在短期和未来实现品种/种质资源开发的成功和协同作用,最优先考虑的是将育种与分子遗传学研究相结合。

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