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大豆胞囊线虫抗性研究现状及其对大豆育种的启示
Current Research Status of Heterodera glycines Resistance and Its Implication on Soybean Breeding
Heterodera glycines (i.e., soybean cyst nematode, SCN) is the most damaging nematode pest affecting soybean crop worldwide. This nematode is managed by means of crop rotation with selected resistant sources. With increasing reports of virulent SCN populations that are able to break the resistance within commonly used sources, there is an increasing need to find new sources of resistance or to broaden the resistance background. This review summarizes recent findings about the genes controlling SCN resistance in soybean, and about how these genes interact to confer resistance against SCN in soybean. It also provides an update on molecular mapping and molecular markers that can be used for the mass selection and differentiation of different resistance lines and cultivars in order to expedite conventional breeding programs. In-depth knowledge of SCN parasitism proteins and soybean resistance responses to the pathogen is critical for the diversification of resistant sources through gene modification, gene stacking, or incorporation of novel sources of resistance through backcrossing or genetic engineering.
Soybean cyst nematode / Heterodera glycines / Resistance / Molecular breeding
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The authors express their sincere appreciation to the North Dakota Soybean Council, USA, for their funding support for the soybean cyst nematode research program.
Guiping Yan and Richard Baidoo declare that they have no conflict of interest or financial conflicts to disclose.
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