Jung Dae Lee | Toxicometabolomics | Best Researcher Award | 13625 Published on 06/09/202508/09/2025 by Research Awards Dr. Jung Dae Lee | Toxicometabolomics | Best Researcher Award Dr. Jung Dae Lee | Dankook University | South Korea Dr. Jung Dae Lee, Ph.D., is a Research Professor at the College of Pharmacy, Dankook University, South Korea. His research focuses on human risk assessment of hazardous chemicals, toxicokinetics, and the discovery of biomarkers for pulmonary, hepatic, and other toxicities using metabolomics and multi-omics approaches. With a strong academic foundation from Soonchunhyang University (B.S.), Sungkyunkwan University (Ph.D.), and extensive experience at Dankook University, Dr. Lee has contributed significantly to toxicology and pharmacology research. He has authored numerous high-impact publications on chemical safety, cosmetics, herbal medicine, and toxicometabolomics, advancing knowledge in human health risk assessment and biomarker identification. Author Profile Orcid Education Dr. Jung Dae Lee’s academic journey began with a deep interest in life sciences, laying the groundwork for his future in toxicology and pharmacology. His undergraduate studies in natural sciences equipped him with the fundamental knowledge of biology and chemistry that would later evolve into specialized expertise in human health risk assessment. During these formative years, he developed a passion for understanding the biochemical interactions between chemicals and the human body, particularly focusing on how external substances could trigger internal physiological changes. This curiosity became the cornerstone of his academic pursuits, motivating him to advance into doctoral research in pharmacy, where he immersed himself in cutting-edge toxicological studies. His commitment to rigorous inquiry and scientific exploration distinguished him as a scholar prepared to contribute meaningfully to public health and safety. Experience Upon transitioning from his academic studies to his professional career, Dr. Lee positioned himself at the intersection of toxicology, pharmacology, and public health. As a research professor, he has worked within academic institutions renowned for their commitment to advancing pharmaceutical sciences. In his role, he not only mentors emerging researchers but also designs and executes comprehensive research projects aimed at evaluating human exposure to hazardous chemicals. His professional endeavors extend beyond the laboratory, involving collaboration with colleagues across disciplines to integrate toxicology with regulatory science, ensuring that his findings inform safer guidelines for the use of chemicals in everyday products. Through his work, he has become a key figure in bridging experimental science with societal applications, ensuring that human health remains at the forefront of toxicological research. Research Focus Dr. Lee’s contributions to science are both diverse and impactful, with a research focus that highlights the importance of biomarker discovery, metabolomics, and toxicokinetic studies. His pioneering work in identifying biomarkers for pulmonary and hepatic toxicity has provided essential insights into early detection methods for chemical-induced damage. By employing metabolomics and multi-omics technologies, he has advanced the understanding of how hazardous substances affect biological systems at molecular and systemic levels. His investigations into the toxicokinetics of preservatives such as parabens, triclosan, and other commonly used compounds have offered critical data on their internal exposure and potential risks. Additionally, his work on cosmetics, herbal medicines, and disinfectants has addressed pressing issues of consumer safety, often linking laboratory evidence with practical health recommendations. These contributions underscore his commitment to protecting public health through science-driven solutions. Accolades and Recognition Over the years, Dr. Lee has earned recognition within the scientific community for his influential research and scholarly publications. His extensive list of peer-reviewed papers, many published in respected toxicology and pharmacology journals, reflects both his academic rigor and his dedication to knowledge dissemination. His role as a co-first author and lead researcher in multiple studies highlights his leadership in collaborative research settings. The recognition he has received is not only a testament to his individual achievements but also an acknowledgment of his ability to work collectively toward solving complex scientific challenges. By consistently producing high-quality research, he has positioned himself as a respected voice in toxicological sciences, garnering respect from both academic peers and regulatory authorities. Impact and Influence The impact of Dr. Lee’s work extends well beyond academia, influencing public health policies, consumer safety regulations, and risk assessment frameworks. His studies on the toxic effects of cosmetic preservatives, herbal medicines, and disinfectants have provided scientific evidence that supports safer product formulation and regulatory decision-making. By addressing real-world concerns—such as the safety of cosmetics, the effects of environmental chemicals, and the risks associated with daily consumer exposure—his research has enhanced the well-being of communities while shaping industry practices. Furthermore, his integration of metabolomics in toxicology has inspired a new wave of researchers to adopt multi-omics approaches, further broadening the field’s scientific horizons. His influence continues to ripple across academic, industrial, and regulatory sectors, demonstrating the relevance and importance of his work. Publications Effects of Exposure of PHMG-p, a Humidifier Disinfectant Component, on Eye Dryness: A Study on a Rat Model Based on 1H-NMR Metabolomics. Author: Jung Dae Lee; Hyang Yeon Kim; Soo Bean Oh; Hyeyoon Goo; Kyong Jin Cho; Gi-Wook Hwang; Suhkmann Kim; Kyu-Bong Kim Journal: International Journal of Molecular Sciences Year: 2025 Metabolomics profiling of valproic acid-induced symptoms resembling autism spectrum disorders using 1H NMR spectral analysis in rat model. Author: Hyang Yeon Kim; Yong-Jae Lee; Sun Jae Kim; Jung Dae Lee; Suhkmann Kim; Mee Jung Ko; Ji-Woon Kim; Chan Young Shin; Kyu-Bong Kim Journal: Journal of Toxicology and Environmental Health Year: 2022 Analytical method development and percutaneous absorption of propylidene phthalide, a cosmetic ingredient. Author: Ji-Young Kim; Jueng Eun Im; Jung Dae Lee; Kyu-Bong Kim Journal: Toxicology and Environmental Health Year: 2021 Conclusion In summary, Dr. Jung Dae Lee stands as a distinguished researcher whose academic dedication, professional excellence, and innovative contributions have significantly advanced the fields of toxicology, pharmacology, and human risk assessment. His pioneering work in biomarker discovery, metabolomics, and toxicokinetics not only enhances scientific understanding but also directly impacts public health, consumer safety, and regulatory practices. With a proven record of high-quality research and a vision for the future, he continues to shape both the scientific community and society at large. His career reflects a legacy of integrity, innovation, and influence, ensuring that his contributions will resonate far beyond the laboratory and inspire the next generation of scientists.
Dr. Jung Dae Lee, Ph.D., is a Research Professor at the College of Pharmacy, Dankook University, South Korea. His research focuses on human risk assessment of hazardous chemicals, toxicokinetics, and the discovery of biomarkers for pulmonary, hepatic, and other toxicities using metabolomics and multi-omics approaches. With a strong academic foundation from Soonchunhyang University (B.S.), Sungkyunkwan University (Ph.D.), and extensive experience at Dankook University, Dr. Lee has contributed significantly to toxicology and pharmacology research. He has authored numerous high-impact publications on chemical safety, cosmetics, herbal medicine, and toxicometabolomics, advancing knowledge in human health risk assessment and biomarker identification. Author Profile Orcid Education Dr. Jung Dae Lee’s academic journey began with a deep interest in life sciences, laying the groundwork for his future in toxicology and pharmacology. His undergraduate studies in natural sciences equipped him with the fundamental knowledge of biology and chemistry that would later evolve into specialized expertise in human health risk assessment. During these formative years, he developed a passion for understanding the biochemical interactions between chemicals and the human body, particularly focusing on how external substances could trigger internal physiological changes. This curiosity became the cornerstone of his academic pursuits, motivating him to advance into doctoral research in pharmacy, where he immersed himself in cutting-edge toxicological studies. His commitment to rigorous inquiry and scientific exploration distinguished him as a scholar prepared to contribute meaningfully to public health and safety. Experience Upon transitioning from his academic studies to his professional career, Dr. Lee positioned himself at the intersection of toxicology, pharmacology, and public health. As a research professor, he has worked within academic institutions renowned for their commitment to advancing pharmaceutical sciences. In his role, he not only mentors emerging researchers but also designs and executes comprehensive research projects aimed at evaluating human exposure to hazardous chemicals. His professional endeavors extend beyond the laboratory, involving collaboration with colleagues across disciplines to integrate toxicology with regulatory science, ensuring that his findings inform safer guidelines for the use of chemicals in everyday products. Through his work, he has become a key figure in bridging experimental science with societal applications, ensuring that human health remains at the forefront of toxicological research. Research Focus Dr. Lee’s contributions to science are both diverse and impactful, with a research focus that highlights the importance of biomarker discovery, metabolomics, and toxicokinetic studies. His pioneering work in identifying biomarkers for pulmonary and hepatic toxicity has provided essential insights into early detection methods for chemical-induced damage. By employing metabolomics and multi-omics technologies, he has advanced the understanding of how hazardous substances affect biological systems at molecular and systemic levels. His investigations into the toxicokinetics of preservatives such as parabens, triclosan, and other commonly used compounds have offered critical data on their internal exposure and potential risks. Additionally, his work on cosmetics, herbal medicines, and disinfectants has addressed pressing issues of consumer safety, often linking laboratory evidence with practical health recommendations. These contributions underscore his commitment to protecting public health through science-driven solutions. Accolades and Recognition Over the years, Dr. Lee has earned recognition within the scientific community for his influential research and scholarly publications. His extensive list of peer-reviewed papers, many published in respected toxicology and pharmacology journals, reflects both his academic rigor and his dedication to knowledge dissemination. His role as a co-first author and lead researcher in multiple studies highlights his leadership in collaborative research settings. The recognition he has received is not only a testament to his individual achievements but also an acknowledgment of his ability to work collectively toward solving complex scientific challenges. By consistently producing high-quality research, he has positioned himself as a respected voice in toxicological sciences, garnering respect from both academic peers and regulatory authorities. Impact and Influence The impact of Dr. Lee’s work extends well beyond academia, influencing public health policies, consumer safety regulations, and risk assessment frameworks. His studies on the toxic effects of cosmetic preservatives, herbal medicines, and disinfectants have provided scientific evidence that supports safer product formulation and regulatory decision-making. By addressing real-world concerns—such as the safety of cosmetics, the effects of environmental chemicals, and the risks associated with daily consumer exposure—his research has enhanced the well-being of communities while shaping industry practices. Furthermore, his integration of metabolomics in toxicology has inspired a new wave of researchers to adopt multi-omics approaches, further broadening the field’s scientific horizons. His influence continues to ripple across academic, industrial, and regulatory sectors, demonstrating the relevance and importance of his work. Publications Effects of Exposure of PHMG-p, a Humidifier Disinfectant Component, on Eye Dryness: A Study on a Rat Model Based on 1H-NMR Metabolomics. Author: Jung Dae Lee; Hyang Yeon Kim; Soo Bean Oh; Hyeyoon Goo; Kyong Jin Cho; Gi-Wook Hwang; Suhkmann Kim; Kyu-Bong Kim Journal: International Journal of Molecular Sciences Year: 2025 Metabolomics profiling of valproic acid-induced symptoms resembling autism spectrum disorders using 1H NMR spectral analysis in rat model. Author: Hyang Yeon Kim; Yong-Jae Lee; Sun Jae Kim; Jung Dae Lee; Suhkmann Kim; Mee Jung Ko; Ji-Woon Kim; Chan Young Shin; Kyu-Bong Kim Journal: Journal of Toxicology and Environmental Health Year: 2022 Analytical method development and percutaneous absorption of propylidene phthalide, a cosmetic ingredient. Author: Ji-Young Kim; Jueng Eun Im; Jung Dae Lee; Kyu-Bong Kim Journal: Toxicology and Environmental Health Year: 2021 Conclusion In summary, Dr. Jung Dae Lee stands as a distinguished researcher whose academic dedication, professional excellence, and innovative contributions have significantly advanced the fields of toxicology, pharmacology, and human risk assessment. His pioneering work in biomarker discovery, metabolomics, and toxicokinetics not only enhances scientific understanding but also directly impacts public health, consumer safety, and regulatory practices. With a proven record of high-quality research and a vision for the future, he continues to shape both the scientific community and society at large. His career reflects a legacy of integrity, innovation, and influence, ensuring that his contributions will resonate far beyond the laboratory and inspire the next generation of scientists.