The conference was attended by more than 100 participants from the United States, Russia, Egypt, Australia, India, Mexico, South Africa, Nepal. The main topics were dedicated to issues of diabetes and metabolic disorders, complications of diabetes, modern methods of prevention and treatment. Accordind to the opinions of our professors, particular attention should be paid to the topic of «Nursing Care», because in Russia it is not yet represented either in the educational or in the practical sector.
Professor Irina Alekseevna Kurnikova, published more than 30 articles in reputed journals, the author of 25 books and tutorials in Russian language, 10 inventions (patents), leading expert in the field of diagnostics, treatment, rehabilitation of diabetic and thyroid diseases,< the key speaker of the conference, presented the report «The role of autoimmune neuropathy in the formation and progression of arterial hypertension in patients with type 2 diabetes mellitus». The publication of the full version of the report showed interest in two scientific journals - «Journal of Diabetes and Metabolism» and «Medical and Clinical Research». Also as chairman Irina Alekseevna Kurnikova, held one of the sessions.
Associate Professor Tarasova, in her turn, made a plenary report «Antiviral drug interferon in combination with metformin in the treatment of viral hepatitis C» with the HCV-1 genotype and insulin resistance».
International conferences on diabetes and endocrinology are held regularly in the US and Europe under the support of Program Diabetes Global. Russian specialists rarely take part in them, but after the conference in Charlotte, the RUDN University scientists received invitations to other European and American scientific forums.
The results of the contest launched to support the development of scientific journals of RUDN University are summed up. The purpose of the contest is to contribute to the improvement of the academic reputation of RUDN University both as a research center and a publisher of authoritative scientific journals.
In 2020, the Moscow City Government will begin to monitor urban trees using devices created by RUDN scientists. This was announced by the head of Moscow Department of Nature Management and Environmental Protection Anton Kulbachevsky during the 20th anniversary meeting of the Panel of the Department. The event was held on March 2, 2020. Elvira Dovletyarova, head of the Department of Landscape Design and Sustainable Ecosystems of the Agrarian and Technological Institute of RUDN University took the floor as a visiting expert.
A chemist at RUDN University has invented a new method for the synthesis of a large group of complex poly-heterocyclic organic compounds, which draw interest as possible future medications. The researcher turned to a two-step reaction, in which he used affordable and cheap organic reagents and catalysts based on gold, which allowed him to synthesize as many as 28 new molecules. This approach will significantly expand the libraries of biologically active substances. The work was published in Organic & Biomolecular Chemistry.
The results of the contest launched to support the development of scientific journals of RUDN University are summed up. The purpose of the contest is to contribute to the improvement of the academic reputation of RUDN University both as a research center and a publisher of authoritative scientific journals.
In 2020, the Moscow City Government will begin to monitor urban trees using devices created by RUDN scientists. This was announced by the head of Moscow Department of Nature Management and Environmental Protection Anton Kulbachevsky during the 20th anniversary meeting of the Panel of the Department. The event was held on March 2, 2020. Elvira Dovletyarova, head of the Department of Landscape Design and Sustainable Ecosystems of the Agrarian and Technological Institute of RUDN University took the floor as a visiting expert.
A chemist at RUDN University has invented a new method for the synthesis of a large group of complex poly-heterocyclic organic compounds, which draw interest as possible future medications. The researcher turned to a two-step reaction, in which he used affordable and cheap organic reagents and catalysts based on gold, which allowed him to synthesize as many as 28 new molecules. This approach will significantly expand the libraries of biologically active substances. The work was published in Organic & Biomolecular Chemistry.