A5034752161- Plant and animal studies
- Plant and Biological Electrophysiology Studies
- Neurobiology and Insect Physiology Research
- Insect and Arachnid Ecology and Behavior
Sylvester Comprehensive Cancer Center
2024
University of Miami
2024
University of Lausanne
2022
Recurrent damage by lepidopteran folivores triggers repeated leaf-to-leaf electrical signaling. We found that the ability to propagate signals—called slow wave potentials—was unexpectedly robust and was maintained in plants had experienced severe damage. sought genes maintain tissue excitability during group insect attack. When Arabidopsis thaliana P-Type II Ca2+-ATPase mutants were mechanically wounded, all tested displayed signals. However, when auto-inhibited double-mutant aca10 aca12...
Abstract Background Mechanical damage to plants triggers local and systemic electrical signals that are eventually decoded into plant defense responses. These responses constantly affected by other environmental stimuli in nature, for instance, light fluctuation. In recent years, studies on decoding powered various machine learning models increasing a sense of early prediction or detection different stresses threaten growth crop yields. However, the main bottleneck is low-throughput nature...