“Our technique allows us to do express analysis and select high-quality medicinal plant materials, which means improving the quality of drugs based on them,” - Vera Zhilkina, IBCTN, RUDN University
July 6-11, Poland hosted the 44th Congress of the Federation of European Biochemical Societies “From molecules to living systems” bringing together scientists from Austria, Brazil, Germany, Spain, Italy, the USA, France, Sweden and other countries. RUDN University was presented by researchers from the Institute of Biochemical Technology and Nanotechnology (IBCTN) – assistant lecturer Vera Zhilkina and graduate student Anastasia Stoynova.
Among the key topics of the congress are plant biotechnology, bionanotechnology, polymer synthesis for biomedicine, synthetic networks and systems, analysis and visualization of individual cells, women in science, education in the field of biochemistry and molecular biology. Vera Zhilkina made a presentation “Methods for the identification and quantitative analysis of biologically active substances from vitamin plants raw material” in the section “Plant biotechnology”. Abstracts were published in a special issue of FEBS Open Bio, indexed in WoS.
“In the production of medicines from plant materials, standardization is important - what parameters to use for standardization, whether it is possible to use the material, what is the chemical composition of the raw materials, how many biologically active substances - for example, flavonoids there are. Using the example of wild rose and vitamin brew No. 1, we have proved the effectiveness of the spectral identification technique for three absorption maxima. This technique allows for express analysis and selection of high-quality medicinal plant materials, which means improving the quality of drugs. We also established parameters that increase the selectivity of the method in the quantitative analysis of raw materials and preparations based on them. We patented this technique, so the result of the work of a full scientific cycle was presented at the Congress, ” said Vera Zhilkina, Assistant lecturer of the Institute of Biochemical and Nanotecnology.
Anastasia Stoynova made a report “Diagnosis of the thyroid gland diseases: nanotechnology in the development of diagnostic test systems” in the section “Bionanotechnology”.
“The goal of the FEBS community is to organize an international forum for the direct exchange of knowledge and ideas in the field of molecular life sciences. The event has become a successful platform for close international cooperation and scientific collaborations,” said Anastasia Stoynova, graduate student of IBCTN, RUDN University.
A research team from RUDN University developed an algorithm to help large groups of people make optimal decisions in a short time. They confirmed the efficiency of their model using the example of the market at which the outbreak of COVID-19 began. The model helped the administration and sellers agree on closing the market and reach a consensus about the sums of compensations in just three steps.
A team of chemists from RUDN University suggested a universal method to synthesize thienoindolizine derivatives. Because of their special properties, these substances can be used to manufacture antibacterial and antitumor drugs, as well as new materials for optoelectronics.
Even if a black hole can be described with a mathematical model, it doesn’t mean it exists in reality. Some theoretical models are unstable: though they can be used to run mathematical calculations, from the point of view of physics they make no sense. A physicist from RUDN University developed an approach to finding such instability regions.