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首页> 外文期刊>Genetic Resources and Crop Evolution >Evaluation of Emphasis Type='Italic'>Rubus/Emphasis> genetic resources on their resistance to cane disease
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Evaluation of Emphasis Type='Italic'>Rubus/Emphasis> genetic resources on their resistance to cane disease

机译:&重点评价=“斜体”> rubus& /重点>遗传资源对甘蔗疾病的抵抗力

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Raspberry cane disease, caused by a complex of fungi, is amongst the most devastating problems for raspberry production. Using resistant or highly tolerant genotypes is a promising strategy. However, until now, cultivars with good field resistance for German fruit growers as well as the primary causal pathogens of cane disease present in the eastern part of Germany, Saxony state are still unknown. The primary objective of this study was to identify the primary disease causing organisms and resistant Rubus germplasm for future breeding efforts. From 2012 to 2014, we evaluated the degree of susceptibility to cane diseases on 213 raspberry cultivars at two different locations using a rating scale. We also identified the main fungi growing on infected canes. Our results suggest that Fusarium avenaceum is the main fungus causing cane disease in Saxony. The Rubus hybrid cultivars ‘Tayberry’ (2 n ?=?6 x ?=?42), ‘Buckingham Tayberry’ (2 n ?=?6 x ?=?42) and ‘Dorman Red’ (2 n ?=?2 x ?=?14) displayed the highest levels of field resistance at both locations. Moreover, we established an in vitro assay for resistance evaluation which correlates significantly with field data and is particularly suitable for quick assessment of resistance against F. avenaceum in breeding material. Future breeding programs, aiming at cultivars with enhanced resistance towards cane diseases can use the presented data for parental selection and may employ our in vitro F. avenaceum inoculation method for parental testing and progeny selection.
机译:覆盆子甘蔗疾病,由真菌复合,是覆盆子生产最毁灭性的问题。使用抗性或高度耐受性基因型是一个有前途的策略。然而,到目前为止,德国果实种植者的野外抗野外抗野外抗野外的植物,萨克森州仍然不为人知。本研究的主要目的是鉴定导致生物和抗血管种质的原发性疾病,以供未来的繁殖努力。从2012年到2014年,我们使用评级规模评估了在两个不同地点的213个覆盆子品种上对甘蔗疾病的易感程度。我们还确定了生长在受感染的手杖上的主要真菌。我们的研究结果表明,Fusarium Avenaceum是导致萨克森甘蔗疾病的主要真菌。毛细血管杂交品种'tayberry'(2 n?= 6 x?=?42),'白金汉tayberry'(2 n?=?6 x?=?42)和'dorman红色'(2 n?=?2 x?=?14)在两个位置显示最高级别的田间电阻。此外,我们建立了对抗性评估的体外测定,其显着与现场数据相关,并且特别适用于在育种材料中进行对F. venaceum的抗性的快速评估。未来的繁殖计划,针对具有增强的甘蔗疾病的培养,可以使用所提出的父母选择数据,并可采用我们的体外F.养育和后代选择的养殖方法。

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