Through their basic research activity, researchers from the University of Debrecen and HUN-REN ATOMKI have contributed to the development of an innovative detector technology that could lead to significant advances, for example, in areas such as medical imaging systems. The researchers have reached the conclusion that the high-precision time-of-flight detector under scrutiny is equally suitable for use in large-scale physics experiments and in applications used by the general public.
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During the course of their visit to the University of Debrecen, the members of a delegation from the Education University of Hong Kong discussed opportunities for cooperation in research as well as teacher and student exchanges. Thanks to this successful establishment of contacts, the representatives of the two institutions are expected to sign an agreement on this issue this coming spring.
Experts from the University of Debrecen have participated in an international symposium reporting on the results of microbiome-related research conducted at our institution, while focusing primarily on its clinical and oncological implications. Besides presenting the recent relevant research results and findings, the meeting on Thursday also provided an opportunity to initiate and establish new research collaborations that would lay the foundation and provide a roadmap for new drug development programs in the future.
A new procedure developed by a research group at the Faculty of Science and Technology of the University of Debrecen (FST, UD) may open up new avenues and provide a roadmap for future mass spectrometry analyses. This new testing method significantly reduces the time and cost of mass spectrometry measurements of proteins both in the pharmaceutical industry and protein research. The publication that summarizes the scientific finding has appeared in one of the most prestigious international chemistry journals, Angewandte Chemie.