| ID | Title | Section/Topic | Authors | Keywords |
|---|
| 15 | Basic 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 plants | Cameron, Robin; Errampalli, Deena. | induced resistance
Disease management
genomes
Biosensors
postharevst disease control
systemic acquired resistance |
| 620 | Induced 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 plants | Errampalli, Deena. | induced resistance
systemic acquired ressitance
PGPR
Endophytic fungi |
| 1353 | Next-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 plants | Day, Brad. | RNA-Seq
oomycete
Plant-Pathogen Interaction
genomics |
| 596 | Putting 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 plants | Sharon, Amir; Liang, Ma; Wenjun, Zhu; Eisner, Elad; Shlezinger, Neta. | Botrytis
Disases |
| 484 | The 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 plants | Despres, Charles. | Arabidopsis
NPR1
salicylic acid
Receptor
Commercialization |
| 494 | Use 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 plants | Romanazzi, Gianfranco. | induced resistance
chitosan
benzothiadiazole
Vitis vinifera
Fragaria x ananassa
postharvest decay
plant diseases
phytoplasma
Botrytis cinerea
integrated pest management |
| 434 | Using 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 plants | Cameron, 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 |
