Mathematicians from RUDN University have developed a computational model that allows predicting the mobility of T-lymphocytes, immune cells that recognise and destroy viruses. The model will help, in particular, in the treatment of the immune system disorders, including those that can lead to cancer, and in the development of HIV vaccines.
A RUDN chemist has synthesized an electrocatalyst based on gold nanoparticles with organic ligands, which can trigger both hydrogen production reactions and oxygen reduction reactions in fuel cells. The yield of products with the new catalyst was twice as high as when using a traditional platinum-based catalyst.
It has been a month since the Peoples' Friendship University of Russia joined the #мейкерыпротивковид (makers against Covid) movement and has been helping doctors and patients with 3D printing. Engineer Mark Dyachenko from the Center for Additive and Foreign Technologies of RUDN University used a 3D-printer to print 1,149 adapters for mask filters, which are used by doctors in more than 15 hospitals in Moscow.
RUDN scientists explored how reduction of deuterium in water influences reactions in living organisms. As was found that reactions went in less time comparing to those when deuterium was changed into hydrogen. The article was published in Chemical Engineering Journal.
A chemist from RUDN University and his colleagues have proposed using residues from processing bay leaves as raw material for the production of chemically active substances, in particular antioxidants. Researchers have developed a mechanochemical method for the extraction of antioxidants, which reduces processing time by more than 10 times.
RUDN University chemists and their colleagues from the Russian Academy of Sciences have proposed new catalysts that allow to reduce the temperature of the oxidation reaction of alkanes three times – from 150 to 50 degrees. This significantly reduces the cost of synthesizing alcohols, aldehydes and other compounds needed, in particular, for the production of nylon and capron.
A chemist from RUDN University has proposed a new way to control toluene photooxidation using composite catalysts — artificial diamond and titanium dioxide. The discovery refutes the previously existing physical hypothesis about the process of photooxidation of toluene.
A RUDN University biologist has developed a model for the analysis of photosynthesis in vivo. This method allows you to calculate the absorption coefficient of light by chlorophyll, based on its reflectivity. Analysis of light absorption is important for assessing ecosystem productivity, which affects the state of the biosphere and the global climate.
A scientist from the Mathematical laboratory of RUDN University has obtained new results in the study of the inverse problem for coupled Schrödinger equations. This result will be useful for describing the interaction of laser beams and particles with molecules and the analysis of molecular structures.
A RUDN University chemist has synthesized an analog of alpkinidine, a compound that can be used as an anticancer drug. The authors of the experiment were able to obtain its analog via the Negishi reaction and subsequent annulation – a reaction aimed at completing the “rings” to the existing cyclic compound. Previously, there were no ways to synthesize this substance. The developed method could potentially become the basis for a scheme of the synthesis of alpkinidine.
A chemist at RUDN University has come up with 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.
RUDN University soil scientists were able to visualise for the first time the activity of the phosphatase enzyme in the soil surrounding the roots of a plant by simultaneously using zymography and a fibre optic acidity sensor. This helped them to see how the plants “adjust” their root system to the environment. The study was published in the journal Soil Biology and Biochemistry.