Prof. Nagendra Kaushik
Kwangwoon University, South Korea
Prof. Nagendra Kaushik is working at the Department of Electrical and Biological Physics & Plasma Bioscience Research Center at Kwangwoon University, Seoul (South Korea) since 2011. His research work is primarily focused on plasma bioscience & medicine, plasma agriculture, plasma environment, cancer biology & immuno-modulations, plasma chemistry, nanobiotechnology, and biomaterials. He has published more than 150 high impact publications, including many in top-ranked journals such as Biomaterials (impact factor 15.6), Cancer Research (impact factor13.3), Journal of Advanced Research (impact factor 12.4), Green Chemistry (impact factor 11.3), Materials Today Bio (impact factor 10.7), Science of The Total Environment (impact factor 10.75) and Journal of Nanobiotechnology (impact factor 11.5) and Bioactive Materials (impact factor 17.3) and applied several product and process patents. His H-index is 34 and the I10 index is 74 with a total citation of around 5000. Prof. Nagendra is serving as the editor of more than 20 journals including Scientific Report, PloS One, IEEE Journals, Frontiers journals, and many others. He is also listed in World's Top 2% Scientists by Stanford University and Elsevier continuously since 2020.
Speech Title: "Plasma-Generated Nitric Oxide Water for Bio-medical Applications"
Abstract: This presentation elucidates the research behind nonthermal gas plasma techniques for decontamination, microbial inactivation, viral sterilization, and environmental protection. Aimed at creating a pathogen-free world, the focus is on industrial interventions to neutralize contaminants in soil, water, and air. Our laboratory investigates plasma-generated nitric oxide water and eco-friendly plasma-based nanomaterial synthesis, examining their biomedical applications. We introduce an innovative method using plasma-generated nitric oxide water for inactivating pathogens, including viruses and bacteria. This technique promotes sustainable agriculture and eco-friendly metal nanoparticle synthesis. Additionally, we explore its use in cosmetics and aesthetics, such as anti-aging treatments. These methods are cost-effective, environmentally responsible, and sustainable, making them viable for biological, environmental, and nanobiotechnological applications, with potential therapeutic and industrial uses. In summary, research into plasma-based, environmentally friendly methods shows promise for advancements in agriculture, bioscience, nanotechnology, and environmental sciences, highlighting their potential as sustainable and effective solutions for various applications.