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Plant-environment-microbe interaction
Plant-environment-microbe interaction
Global research has increasingly focused on plant responses to the interaction between microbes and the environment. The factors determining disease outcomes are of significant importance. Our lab's research interests include microbe-associated molecular pattern (MAMP) and pathogen-associated molecular pattern (PAMP) recognition, R protein function, and the subsequent signaling pathways leading to plant defense gene expression as a result of these interactions.
Global research has increasingly focused on plant responses to the interaction between microbes and the environment. The factors determining disease outcomes are of significant importance. Our lab's research interests include microbe-associated molecular pattern (MAMP) and pathogen-associated molecular pattern (PAMP) recognition, R protein function, and the subsequent signaling pathways leading to plant defense gene expression as a result of these interactions.
Irulappan et al. (2022). Molecular Plant-Microbe Interactions, 35(7), 583-591.]
Root system architecture and plasticity
Root system architecture and plasticity
Roots, representing the subterranean portion of a plant, are essential for absorbing and transporting nutrients to the above-ground regions. Furthermore, roots engage with microbes and pathogens, facilitating plant nutrition and defense mechanisms.
Roots, representing the subterranean portion of a plant, are essential for absorbing and transporting nutrients to the above-ground regions. Furthermore, roots engage with microbes and pathogens, facilitating plant nutrition and defense mechanisms.
Fungal genetic engineering
Fungal genetic engineering
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