Development of smut resistance genetic resources in millet with other economically valuable features

A. Prodanyk, O. Samborska
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Abstract

Aim. Creation and transfer to the National Center of Plant Genetic Resources of Ukraine genetic sources of millet with race-specific resistance against smut in combination with other economically valuable traits. Methods. In 2019 was laid a breeding nursery of raw material with signs of improved technological qualities of grain (high mass of 1000 grains, optimum film density, high grain alignment and spherical grain shape). In order to isolate forms of millet that are immune to different races of smut and to create sources of simultaneous resistance against damage to the most aggressive races of smut an analysis of the virulence of races was carried out and the most virulent of them were selected, which can characterize resistance against all 13 pathotypes in total. Results. A reconsideration for the resistance of millet against smut was carried out on a p infectious background of the most effective races of the pathogen for a well-established method of assessing the race-specific resistance of millet to smut, developed in the National Research Center of Institute of agriculture. Conclusion. In 2020 5 lines – sources of group resistance against smut – were selected in the nurseries of trials of breeding material of millet ( (l. 1110-05, l. 1727-14, l. 2142-14, l. 3199-16, l. 3267-16), which combined resistance in different ratios against the most virulent and aggressive pathotypes of smut – Rs2, Rs3 and Rs12 with economically valuable traits. 3 samples are also selected (l. 1427-08, l. 2098-14, l. 2155-14), which overwhelm the standards for a complex of economic and valuable signs: resistance to lodging (8.5 points), resistance to melanosis damage (lesion – 0%), high weight of 1000 grains > 9g, low film density (13.5–15.0%), spherical grain shape, race-specific resistance to the soot race group with the most virulent and aggressive races of the pathogen – Rs2 and Rs12. These lines of own breeding were transferred to the National Center of Plant Genetic Resources of Ukraine under catalog numbers IUDS019538, IUDS019539, IUDS019540, IUDS019541, IUDS019542, IUDS019543, IUDS019544, IUDS019545) as genetic sources of resistance of millet to the most common race of smut in combination with other economically valuable traits for use in breeding and scientific programs of scientific-research institutions of Ukraine.
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具有其他经济价值的谷子抗黑穗病遗传资源的开发
的目标。创建并转移到乌克兰国家植物遗传资源中心的谷子遗传资源,与其他具有经济价值的性状相结合,具有特定种族的抗黑穗病能力。方法。2019年,建立了一个具有改善谷物技术品质(高1000粒质量,最佳膜密度,高晶粒排列和球形晶粒)的原料育种苗圃。为了分离出对不同黑穗病种免疫的谷子品种,并建立同时抵抗最具侵略性黑穗病种损害的来源,对小种的毒力进行了分析,并选择了最具毒力的小种,这些小种可以描述对所有13种病型的抗性。结果。在中国农业科学研究所国家研究中心开发的一种成熟的评估谷子对黑穗病抗性的方法中,以最有效的病原菌小种的p感染背景对谷子对黑穗病的抗性进行了重新考虑。结论。2020年,在谷子选育材料(1.1110 -05、1.1727 -14、1.2142 -14、1.3199 -16、1.3267 -16)的苗圃试验中选择了5个群体抗黑穗病源,以不同比例组合抗黑穗病最毒、最具侵袭性的Rs2、Rs3和Rs12,并具有经济价值性状。还选择了3个样品(1.1427 -08,1.2098 -14,1.2155 -14),这些样品超过了一系列经济和有价值的标志的标准:抗倒(8.5分),抗黑变损伤(病变- 0%),高千粒重> 9g,低膜密度(13.5-15.0%),球形颗粒形状,对具有最毒力和最具侵略性的致病小种- Rs2和Rs12的烟灰小种组具有特定的抗性。这些自选品系已转入乌克兰国家植物遗传资源中心(目录号:IUDS019538、IUDS019539、IUDS019540、IUDS019541、IUDS019542、IUDS019543、IUDS019544、IUDS019545),作为谷子抗最常见黑穗病的遗传资源,与其他具有经济价值的性状结合使用,供乌克兰科研机构的育种和科研项目使用。
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