News
The chemist of RUDN together with colleagues from Iran and Spain created a catalyst based on palladium and nickel for the oxidation of cyclohesane in the production of adipic acid, which is used for the production of cleaning products, food dyes and other substances. The new catalyst made it possible to double the consumption of cyclohexane.
On February 28, 2023, invited lector Dương Thu Hằng (Head of Department of Vietnamese Literature, Faculty of Philology, Thai Nguyen University, Vietnam) gave lecture entitled “Intercultural communication in the context of global integration and the fourth industrial revolution” within the framework of academic and methodological online seminar of the Foreign Languages Department of the Agrarian and Technological Institute of RUDN University. The lecture was held online via Microsoft Teams. Languages — the Vietnamese language, the English language & the Russian language.
El biólogo de RUDN nombró el principal factor impulsor que determina la actividad de los microorganismos del suelo en diferentes ecosistemas. Los resultados ayudarán a comprender mejor los procesos que ocurren y ocurrirán debido al cambio climático.
Chemists of the RUDN University and Moscow State University (MSU) have determined how the oxylipin profile in the brain changes with an increased glucose level. The results will help to create new drugs for the treatment of epilepsy and other neurodegenerative diseases that occur due to hyperglycemia.
RUDN University soil scientist together with colleagues from Germany developed a program that visualizes the activity of enzymes in the soil. It standardizes and simplifies the processing of results and analysis of images that are obtained by zymography.
RUDN University chemists derived molecules that can assemble into complex structures using chlorine and bromine halogen atoms. They bind to each other as “velcro” — chlorine “sticks” to bromine, and vice versa. As a result supramolecules are assembled from individual molecules. The obtained substances will help to create supramolecules with catalytic, luminescent, conducting properties.
RUDN University chemist proposed a new method to create catalysts on a porous silicon matrix with metal nanoparticles. Efficient catalysts for organic reactions are obtained, for example, for the synthesis of vanillin, which is in demand in the food and perfume industry.
When talking about COVID-19, television, newspapers, magazines, and social media turn to battle metaphors that make the fight against the pandemic feel like a war. Also, the coronavirus is often discussed in an excessively alarming and threatening tone. This problem is so acute that there is even the term for that — infodemia. It describes the panic in the media and social networks. A linguist of RUDN University studied how such a language affects the notions of people regarding COVID-19.
Ecologists of the RUDN University showed that one of the methods used to detect the soil organic matter turns out to be ineffective after precipitation. Studies have shown that the impact of rain on the surface of arable soils leads to a decrease in the accuracy of modelling of organic matter content by 70%. The ecologists also suggested the way to compensate for this negative phenomenon and increase the accuracy of calculations to 84%.
RUDN University mathematicians have proposed a model for a service system in which one server processes multiple request streams. Unlike analogues, new model forbids to interrupt the operating of the request, even if the time allocated for the stream, in which it arrives, has expired. The results can be used, for example, in banking.
A RUDN physician and Russian scientists investigated for the first time the long-term effects of treating diabetic ulcers with stem cells. Doctors concluded that despite the positive effect in the early stages of healing, this technique needs to be improved.
RUDN University chemist with colleagues from India and Korea created a nanofilter for water purification from synthetic dyes. The graphene-based composite can quickly remove up to 100% of harmful compounds from water, and it can be used up to seven times without losing efficiency. In addition, the synthesis of the nanofilter itself is economical and environmentally friendly.