AgricultureAgronomyPlant SciencesNematode PathologyPlant NematologyPlant-microbe InteractionsBiocontrol Of Plant DiseasesBiological Control Of NematodesNematode BiologyNematode-plant InteractionsRoot-knot NematodesSoil-plant InteractionsAnimal LectinsLectinsNematode-soil InteractionsPlant LectinsPlant-nematode InteractionsRoot-knot Nematode ManagementRoot-knot Nematode ResistanceRoot-nematode Interactions
Significant control of tomato root knot was achieved by applications of the lectins Concanavalin A (Con A) and Limax flavus agglutinin in greenhouse, growth chamber, and microplot trials. Four consecutive weekly applications at lower concentrations of Con A yielded better control than single applications at a higher total concentration. The present state of knowledge on binding of Con A to soil nematodes and the in vitro effect of this lectin in chemotactic behavior are discussed. The mode of action of Con A on root-knot control is unknown.
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Hypotheses and possibilities of intervention in nematode chemoresponses.
Bert M. Zuckerman · PubMed · 1983 · 53 citations · Full text
Agriculture, Biology, Entomology +10