Create your own conference schedule! Click here for full instructions

Abstract Browser (by Title)

Basic and applied approaches to improve disease resistance in plants

Click on the Abstract you would like to read.

IDTitleSection/TopicAuthorsKeywords
15Basic and applied approaches to improve disease resistance in plants
Log in to add this item to your schedule
Basic and applied approaches to improve disease resistance in plantsCameron, Robin; Errampalli, Deena.induced resistance
Disease management
genomes
Biosensors
postharevst disease control
systemic acquired resistance
620Induced resistance as a tool in plant disease management
Log in to add this item to your schedule
Basic and applied approaches to improve disease resistance in plantsErrampalli, Deena.induced resistance
systemic acquired ressitance
PGPR
Endophytic fungi
1353Next-generations solutions for the detection of plant pathogens: From genes to genomes to nanobiosensors
Log in to add this item to your schedule
Basic and applied approaches to improve disease resistance in plantsDay, Brad.RNA-Seq
oomycete
Plant-Pathogen Interaction
genomics
596Putting it all together: Modulation of the interplay between plant immunity and fungal virulence by environmental factors
Log in to add this item to your schedule
Basic and applied approaches to improve disease resistance in plantsSharon, Amir; Liang, Ma; Wenjun, Zhu; Eisner, Elad; Shlezinger, Neta.Botrytis
Disases
484The NPR1 Salicylic acid receptor: Trailblazing from basic science to commercialization
Log in to add this item to your schedule
Basic and applied approaches to improve disease resistance in plantsDespres, Charles.Arabidopsis
NPR1
salicylic acid
Receptor
Commercialization
494Use of chitosan andbenzothiadiazole to control pre and postharvest diseases of grapes and fruit plants
Log in to add this item to your schedule
Basic and applied approaches to improve disease resistance in plantsRomanazzi, Gianfranco.induced resistance
chitosan
benzothiadiazole
Vitis vinifera
Fragaria x ananassa
postharvest decay
plant diseases
phytoplasma
Botrytis cinerea
integrated pest management
434Using DIR1 to investigate long distance signal movement during Systemic Acquired Resistance
Log in to add this item to your schedule
Basic and applied approaches to improve disease resistance in plantsCameron, Robin K.; Carella, Phil; Isaacs, Marisa; Champigny, Marc; Merl-Pham, Juliane; Dey, Sanjukta; Vlot-Schuster, Corina.Systemic aquired resistance
DIR1
phloem proteome
mobile signals
cell-to-cell movement

Copyright 2000-2015, Botanical Society of America. All rights reserved