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Thesoybean(Glycine max(L.)Merr .)isacropmainlygrownunderrainfedconditionsalthough irrigationisincreas - ingly being used.Water deficiency is the main factor limiting seed production.The symbiosis process is also negatively affectedbywaterstress .The isoflavonegenisteinhavebeenrecognizedasapowerfulinducerofNodfactorsproductionby Bradyrhizobium anditsadditiontoinoculahasbeenshowntoincreasenodulenumberandpromotesoybeannitrogen (N) fixation at low temperatures. This study looks for answers about the possible role of genistein in countering the stress on nodulation produced by water deficit in soybeans . Bradyrhizobium japonicum SEMIA 5079 was grown in culture media inducedornotinducedwithgenistein.Inoculawereappliedtoplantsgrowingatdifferentmoisturelevels.Theeffectofthe treatmentsonnodulationandNcontentwasevaluated.Animprovedresponsetodroughtstresswasobservedwhenthebac - teriaweregrowninpresenceofgenisteinasaNodfactorsinducer. Nodulationvaluesunder moisturestressdifferedfrom 8.9nodulesplant -1 withgenisteinat10µMto1.8nodulesplant -1 whennoinducerwasused.Genisteinreducedthenega -

Role of Bradyrhizobium japonicum induced by genistein on soybean stressed by water deficit