Preliminary research has confirmed that air pollutants in the interior, coming from printers, furniture, and carpets, pose a considerable health risk and may increase the occurrence rate of cancerous growths, for example. In a recent study, experts from the University of Debrecen reviewed and analyzed the latest data available on the concentration of volatile organic pollutants in indoor environments and conducted a quantitative assessment of the related risks. Through this research, their aim is to draw attention to the negative health effects of chemicals found in indoor environments. The researchers published their findings in an international scientific journal and won a Count István Tisza Foundation for the University of Debrecen and the University of Debrecen Publication Award for their work.
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Researchers at the University of Debrecen have identified a new regulatory mechanism that determines the functioning of genes. This discovery could also constitute the foundation for a more targeted treatment of pathological conditions such as inflammation and tumors in the long run. These groundbreaking findings have been published in a prestigious international scientific journal, and the research efforts have also been recognized through the publication award granted by the University of Debrecen and Count István Tisza Foundation for the University of Debrecen.
It was Nobel Prize-winning chemist Bernard L. Feringa who opened the event called 20th International Conference on Chiroptical Spectroscopy, which was held in Hungary again after twenty-two years at the University of Debrecen. During the four-day conference, distinguished researchers from around the world gave talks on the latest chiroptical techniques and their applications for studying the spatial structure of organic molecules.