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首页> 外文期刊>Potato Research >In search of better management of potato common scab. (Special Issue: Potato production in China and Norway: plant diseases and crop physiology.)
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In search of better management of potato common scab. (Special Issue: Potato production in China and Norway: plant diseases and crop physiology.)

机译:为了更好地管理马铃薯常见sc。 (特刊:中国和挪威的马铃薯生产:植物病害和作物生理。)

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Common scab (CS) is an important disease and quality problem in potato crops worldwide. CS degrades the appearance of the potato tubers, thereby diminishing market value. Knowledge of CS has expanded considerably over recent years, enabling improved detection of the causal pathogens and increased understanding of mechanisms of pathogenicity, and providing potential methods of modulating pathogen response for disease resistance. However, effective control of this disease remains elusive, and will require increased understanding of both the host and the pathogen. Traditional control strategies such as irrigation and reduced soil pH are not sufficient and often fail. Optimizing environmental conditions for reduction of CS can also lead to favorable conditions for other diseases. The most desirable control method would be disease-resistant potato cultivars. However, no currently available commercial potato cultivar has been shown to be completely resistant to CS. In this review, we provide an overview of potato CS caused by plant pathogenic Streptomyces species, recent research on mechanisms and management of the disease, and knowledge gaps that limit successful control of this ubiquitous and troublesome disease.Digital Object Identifier http://dx.doi.org/10.1007/s11540-012-9206-9
机译:普通sc(CS)是全世界马铃薯作物上的重要疾病和质量问题。 CS降低了马铃薯块茎的外观,从而降低了市场价值。近年来,对CS的了解已大大扩展,可以改善对病原性病原体的检测,并增强对致病性机制的了解,并提供调节病原体对疾病抵抗力反应的潜在方法。然而,对该病的有效控制仍然难以捉摸,并且将需要对宿主和病原体的更多了解。诸如灌溉和降低土壤pH值之类的传统控制策略是不够的,并且常常失败。为减少CS而优化环境条件也可以为其他疾病创造有利条件。最理想的控制方法是抗病马铃薯品种。但是,目前尚无商业马铃薯栽培品种对CS具有完全抗性。在这篇综述中,我们概述了由植物病原性链霉菌种引起的马铃薯CS,该病机理和管理的最新研究以及限制成功控制这种普遍存在和令人困扰的疾病的知识空白。数字对象标识符http:// dx .doi.org / 10.1007 / s11540-012-9206-9

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