Hosseini Behnoush, Voegele Ralf Thomas, Link Tobias Immanuel
Department of Phytopathology, Institute of Phytomedicine, Faculty of Agricultural Sciences, University of Hohenheim, Otto-Sander-Str. 5, 70599 Stuttgart, Germany.
J Fungi (Basel). 2023 May 18;9(5):587. doi: 10.3390/jof9050587.
Soybean () acreage is increasing dramatically, together with the use of soybean as a source of vegetable protein and oil. However, soybean production is affected by several diseases, especially diseases caused by fungal seed-borne pathogens. As infected seeds often appear symptomless, diagnosis by applying accurate detection techniques is essential to prevent propagation of pathogens. Seed incubation on culture media is the traditional method to detect such pathogens. This method is simple, but fungi have to develop axenically and expert mycologists are required for species identification. Even experts may not be able to provide reliable type level identification because of close similarities between species. Other pathogens are soil-borne. Here, traditional methods for detection and identification pose even greater problems. Recently, molecular methods, based on analyzing DNA, have been developed for sensitive and specific identification. Here, we provide an overview of available molecular assays to identify species of the genera , , , , , , , , , , , and causing soybean diseases. We also describe the basic steps in establishing PCR-based detection methods, and we discuss potentials and challenges in using such assays.
大豆种植面积正在急剧增加,同时大豆作为植物蛋白和油源的使用也在增加。然而,大豆生产受到多种病害的影响,尤其是由真菌种子传播病原体引起的病害。由于受感染的种子通常无症状,应用准确的检测技术进行诊断对于防止病原体传播至关重要。在培养基上进行种子培养是检测此类病原体的传统方法。这种方法很简单,但真菌必须无菌生长,并且需要专业的真菌学家进行物种鉴定。由于物种之间非常相似,即使是专家也可能无法提供可靠的种级鉴定。其他病原体是土壤传播的。在这里,传统的检测和鉴定方法带来的问题甚至更大。最近,基于分析DNA的分子方法已被开发用于灵敏和特异的鉴定。在这里,我们概述了用于鉴定引起大豆病害的、、、、、、、、、、和属物种的可用分子检测方法。我们还描述了建立基于PCR的检测方法的基本步骤,并讨论了使用此类检测方法的潜力和挑战。