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REVIEW & INTERPRETATION Systemic Acquired Resistance and Induced Systemic Resistance in Conventional Agriculture Gary E. Vallad and Robert M. Goodman* Reproduced from Crop Science. Published by Crop Science Society of A
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Document Date: 2004-11-22 10:24:06


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File Size: 187,84 KB

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City

Salinas / Raleigh / Madison / Chester / Talc / Lyon / /

Company

Resistance BTH / Induced Systemic Resistance / Novartis / SAR / Systemic / Syngenta / Eden Bioscience Corp. / Leguminous Crops Limited / Induced Systemic Resistance Gary E. Vallad / Resistance / REVIEW & INTERPRETATION Systemic / INA / /

Continent

Europe / /

Country

United States / /

Currency

pence / /

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Event

M&A / Man-Made Disaster / Product Issues / Extinction / /

Facility

Plant Pathology / Plant Signaling Pathways In / Gaylord Nelson Institute / c/o U.S. Agriculture Research Station / plant Rumex / In greenhouse / /

IndustryTerm

chemical inducers / chemical elicitor / Weekly applications / model plant systems / lone fungicide applications / foliar spray applications / foliar applications / seed applications / studied chemical elicitors / model systems / biological and chemical elicitors / chemical and biological elicitors / chemicals / /

MedicalCondition

Pseudomonas / foliar disease / intense disease / mixed infection / angular leaf spot Pseudomonas / several fungal diseases / Ramularia rubella / several diseases / viral diseases / late leaf spot Albugo occidentalis/white rust Apple Pear disease / Colletotrichum orbiculare/ anthracnose Tomato Pepper Peanut Pseudomonas / foliar diseases / foliar symptoms foliar symptoms disease / crop diseases / PF1 Pseudomonas / Scrib. and Pseudomonas / spp./Septoria leaf spot Dicots Solanaceous Tobacco Pseudomonas / NA NA Pseudomonas syringae pv. tomato/bacterial speck Pseudomonas / ‡‡ Disease / field epidemics / NA NA Pseudomonas / disease / percent infected leaf area disease / crop disease / angular leaf spot Cucumber Pseudomonas / diseases / bacterial wilt Pseudomonas / systemically various diseases / prior infection / total yield disease / nitrogen deficiency / soilborne diseases / /

Organization

Univ. of Wisconsin / Univ. of California / Plant Pathology and Gaylord Nelson Institute for Environmental Studies / Crop Science Society of America / /

Person

Fulvia fulva / Gary E. Vallad / Robert M. Goodman / /

Position

Messenger / runner / representative / /

Product

R-gene / talc / Glycine / pseudomonas / /

ProvinceOrState

Wisconsin / California / /

PublishedMedium

Plant Pathology / /

Region

eastern USA / /

Technology

gene expression / /

SocialTag