| Role |
Name |
Lecture title |
| Organizer - Lead Speaker |
Shuxian Li |
An Overview Of Research On Exploring Responses Of Plants To Pathogens And The Development Of Novel Techniques For Improvement Of Crop Resistance To Diseases |
| Speaker |
Tzion Fahima |
The Discovery Of Tandem Kinase R-Genes: Origin, Function, And Potential In
Resistance Breeding |
| Speaker |
Petra Jorasch |
The potential of plant breeding innovation for improving biotic stress
resistance in agricultural crops and vegetables |
| Speaker |
Qijian Song |
Development of high-throughput genotyping assays for genetic mapping of
disease resistant genes and accelerating soybean and bean breeding for disease resistance
|
| Speaker |
Maeli Melotto |
CRISPR/Cas9-assisted engineering for disease resistance |
| Speaker |
Rosemarie W. Hammond |
Strategies using Gene Silencing and CRISPR Tools in tomato to understand
and improve plant defense against Viroids |
| Speaker |
Gilda Jonson |
Strategies using Gene Silencing and CRISPR Tools in tomato to understand
and improve plant defense against Viroids |
| Speaker |
Gilda Jonson |
Combating Rice Tungro-complex disease in Asia |
| Speaker |
Alicia Fick |
In Silico Prediction Of Plant Nlr- And Pathogen Effector Interactions Provides A Targeted Approach For Functional Characterization |
| Speaker |
Aaron Harvey |
In Silico Characterisation Of The Wak/Wakl Gene Family In Avocado And Implication In Defense Against Phytophthora Cinnamomi |
| Speaker |
Aaron Harvey |
In Silico Characterisation Of The Wak/Wakl Gene Family In Avocado And Implication In Defense Against Phytophthora Cinnamomi |
| Speaker |
Molina-Hidalgo F |
Molecular Basis Of Constitutive Defense Mechanisms Underlying Resistance To Verticillium Dahliae In The Ac18 Clone Of Wild Olive |
SHUXIAN LI
USA