Assistant Professor

The petitioner proposes to develop advanced molecular-genetic and biochemical approaches to identify small signaling molecules from plants and microbes. This research aims to regulate plant-environment interactions to improve crop yields, strengthen disease resistance, and reduce reliance on synthetic fertilizers.

The petitioner proposes to continue developing culture-based and molecular-based microbiological techniques to discover novel microorganisms, compounds, and enzymes. This work focuses on industrial applications and investigating the antimicrobial potential of plant natural products to combat antimicrobial resistance. The endeavor aims to improve agricultural practices by reducing reliance on chemical pesticides and enhancing biomanufacturing technologies.

The petitioner proposes to design novel agricultural biologicals, specifically natural organic compounds with biostimulant and biopesticide activities, to support weed control and improve crop productivity. This work focuses on developing bio-based alternatives to traditional synthetic fertilizers and pesticides to mitigate environmental degradation and invasive species resistance. The endeavor aims to build a resilient agricultural system that ensures long-term food security and ecological protection.

The petitioner proposes to use Next-Generation Sequencing (NGS) data to provide solutions to complex biological problems and improve molecular diagnostics in plant diseases and cancer. His work specifically focuses on advancing molecular diagnostics and understanding plant defense mechanisms to address societal challenges in agriculture and healthcare.