Hardian Susilo Addy is a dedicated researcher and academic specializing in plant pathology, particularly on bacterial diseases affecting crops like rice. With a strong background in biotechnology and microbiology, he has contributed to various studies on disease diagnostics, bacterial resistance, and plant-pathogen interactions. His research aims to develop innovative and sustainable solutions for agricultural practices, addressing key crop health and productivity challenges. Hardian is also a passionate educator, guiding postgraduate students and sharing his expertise in plant science, molecular diagnostics, and biotechnology applications in agriculture. He has published numerous articles in renowned journals and continues to advance the field of plant pathology through his research and teaching efforts.

1. Biocontrol with Bacteriophages: We explored the potential of bacteriophages as a biocontrol agent to manage BLB. The study investigates the efficacy of bacteriophages in controlling the bacterial pathogen, offering a promising alternative to chemical pesticides.

2. Natural Compounds for Disease Control: We investigate how plant-derived compounds can modulate the host’s resistance mechanisms and reduce bacterial infection, providing sustainable, eco-friendly alternatives for managing rice diseases.

3. Microbial Interactions and Quorum Sensing: We investigate how quorum sensing in Xanthomonas oryzae pv. oryzae influences its virulence and interaction with rice plants. This research adds to understanding bacterial communication mechanisms, which could be targeted to disrupt the disease process.

My recent research focuses on identifying genetic resistance mechanisms in rice, exploring biocontrol strategies using bacteriophages, and harnessing the power of plant-based treatments to manage bacterial diseases. His work contributes to sustainable agricultural practices by reducing dependency on chemical pesticides and promoting environmentally friendly disease management strategies.