Updated April 29, 2020:
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The key to developing broader, more durable resistance in soybean cultivars hinges on understanding how resistance genes work on a molecular and biochemical level to help the plant defend itself against the nematode and then exploiting this information through novel or conventional plant breeding approaches. We hypothesize that disruption to the plant’s metabolic pathways are central to the resistance mechanism of soybean to SCN. The long-term applications of this research may include the identification of novel biomarkers for SCN resistance and the potential for metabolic pathway engineering to create new sources of resistance