Prof. Ulhas Kadam, Ph.D., serves as a Research Professor at the Division of Applied Life Sciences and the Plant Molecular Biology and Biotechnology Research Center of Gyeongsang National University, Jinju, South Korea. Kadam has published over 50 research articles and three book chapters, reflecting his high-quality research contributions. Prof. Kadam earned a Master’s in Biological Chemistry and a Doctorate in Biological Engineering from Purdue University. He was the recipient of the world-renowned Alexander von Humboldt Fellowship in Germany for studying plant RNA biology. Prof. Kadam is a highly accomplished and internationally recognized researcher in plant biology, molecular pathology, and agricultural biotechnology. His work has significant implications for addressing global challenges such as applied biotechnology, molecular diagnostics, crop virology, and plant health management. Key research areas include: (i) Novel biosensors–cutting-edge tools for plant health, food safety, and environmental protection. (ii) Application Synthetic RNA Biology—advanced RNA technologies for gene silencing and enhancing their efficacy in biological systems, with potential applications in medicine and agriculture. (iii) Single-Molecule and Single-Cell Analysis–pioneering research biomolecular interaction and single-cell analysis, including single-cell imaging and transcriptomics with broad applications in plant biology and agriculture.
As per Clarivate’s ESI statistics, he has authored numerous highly cited publications, placing him in the top 1% of researchers worldwide. His work has been supported by substantial research grants and focuses on developing innovative technologies with real-world applications. He is widely acknowledged for his outstanding leadership and mentorship. A dedicated educator and mentor, committed to training the next generation of scientists and fostering innovation in biotechnology. He received several awards for teaching and mentoring. Moreover, he actively engages in science communication and outreach activities to bridge the gap between research and its practical applications. Prof. Kadam’s ongoing work holds immense promise for revolutionizing applied life sciences and addressing critical challenges in molecular diagnostics.