We are especially interested in plant hormones such as jasmonates, salicylates and their related molecules that mobilize intricate signaling networks attuning genomic, proteomic and metabolomic circuitries in disease resistance and stress acclimation. Our ongoing studies are to decipher 1) the genome-scale delineation of cellular regulators that relay hormone signaling, 2) hormone-responsive cellular redox homeostasis, 3) the redox-dependent transmission of hormone-signaled gene expression, and more »
We are especially interested in plant hormones such as jasmonates, salicylates and their related molecules that mobilize intricate signaling networks attuning genomic, proteomic and metabolomic circuitries in disease resistance and stress acclimation. Our ongoing studies are to decipher 1) the genome-scale delineation of cellular regulators that relay hormone signaling, 2) hormone-responsive cellular redox homeostasis, 3) the redox-dependent transmission of hormone-signaled gene expression, and 4) the therapeutic properties and mechanisms of plant hormones.
Areas: Host Response to Environmental Stress
Plant Biochemistry, Plant Pathology and Stress Physiology (Host-Microbe Intereactions)
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