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The f i rs t t r i fo l ia te leaves o f res is tant and suscept ib le soybean p lan ts were inocu la ted w i th Xanthowonas phased i var . so . iens is (Xps) us ing an a i rb rush. Inocu lum concent ra t ions were var ied to produce in i t ia l Xps popu la t ions w i th in the leaves rang ing f rom 0 .6 to 400 CPU per cm2. Pathogen popu la t ions were assessed over a n ine day per iod us ing s tandard d i lu t ion p la t ing techn iques. Number o f pus tu les per cm2 was de termined 10 days a f te r inocu la t ion . At a l l inocu lum concent ra t ions , Xps popu la t ions Increased a t s imi la r ra tes in both res is tant and suscept ib le leaves. In suscept ib le leaves, the ra t io between the in i t ia l pathogen popu la t ion (CPU per cm^) and the number o f pus tu les 10 days a f te r inocu la t ion (pustu les per cm?) was c lose to 1 .3 :1 . In the res is tant leaves, th is ra t io was approx imate ly 7 .7 :1 . Pustu les on res is tant p lan ts were approx imate ly 30% smal le r than on the suscept ib le p lan ts .

Bacterial pustule of soybeans: Pathogen growth kinetics and epidemiology