豌豆(Pisum sativum L.)育种:罗萨里奥国立大学育种计划的进展

I. Gatti, F. Cazzola, C. Bermejo, M. F. Guindón, M. Espósito, E. Cointry
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摘要

2005年,罗萨里奥国立大学(UNR)农业科学学院(FCA)启动了一项豌豆育种计划,以提高产量和质量。第一步是从世界各地积极收集种质资源,并通过形态农艺和分子性状分析遗传变异,以便设定目标。2014年,国家农业技术研究所(INTA)和FCA-UNR联合起来,联合机构间努力,促进适应该地区的豌豆基因型的本地开发。该项目采用常规方法,迄今已获得一种新的商业品系(primogsamita FCA-INTA),绿色子叶,半叶,对当地农业生态条件适应性强,产量潜力大。然而,繁殖是一个缓慢的过程。如果采用传统方法,培育新的豌豆品种通常需要十年或更长时间;因此,为缩短这一期间提出了不同的备选办法。双单倍体和离体培养已经发展成为一些方法;然而,在豆类中,它们并没有有效地在育种计划中实施。在这种情况下,速度育种作为一种技术出现,可以提高程序的效率,同时降低成本和所需的劳动力。关键词:豌豆;常规方法;速成育种;
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PEA (Pisum sativum L.) BREEDING: ADVANCES OF THE BREEDING PROGRAM AT UNIVERSIDAD NACIONAL DE ROSARIO
A pea breeding program to increase production in quantity and quality was started in 2005 in the College of Agrarian Sciences (FCA), National University of Rosario (UNR). The first steps were to gather an active collection of germplasm from around the world and to analyze genetic variability through morpho-agronomic and molecular traits in order to set objectives. In 2014, the National Institute of Agropecuarian Technology (INTA) and the FCA-UNR, joined forces to unite inter-institutional efforts for promoting the local development of pea genotypes adapted to the region. This program, using conventional methodologies, has so far obtained a new commercial line (Primogénita FCA-INTA) of green cotyledons, semi-leafless, with high adaptation to local agro ecological conditions and high yield potential. Breeding, nevertheless, is a slow process. Developing new pea varieties usually takes a decade or more when using traditional methodologies; thus, different alternatives were proposed for the reduction of this period. Doubled haploids and in vitro culture have been some of the methodologies developed; in pulses, however, they have not been efficiently implemented in breeding programs. In this context, Speed Breeding emerges as a technology that allows increasing the efficiency of the programs, while reducing costs and the required labor. Key words: peas, conventional methodologies, Speed Breeding, doubled haploids.
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