SibFU scientists proposed universal test systems based on modified sorbents

Young scientists of the Siberian Federal University have proposed using layer-by-layer modified sorbents to determine environmental pollutants. The developed method will allow to improve the systems monitoring and analyzing the environmental situation (for instance in Krasnoyarsk krai) and increase the effectiveness of dealing with the causes of environmental disasters.

SFU Biophysicists Simulated the Intracellular Environment of a Luminescent Bacteria Cell

A team from the Institute of Fundamental Biology and Biotechnology of SFU used glycerol and sucrose to simulate the intracellular environment of luminescent bacteria and carried out a number of enzymatic reactions in it. The work will help develop fragments of metabolic chains with different lengths and study fermentative reactions in the conditions close to intracellular. The article of the scientists was published in the Molecular Catalysis journal.

The digital map will make the prediction of air pollution level possible

SibFU scientists have developed a digital terrain model of the city of Krasnoyarsk and its larger metropolitan area. It can predict the spread of emergency situations of anthropogenic origin and natural disasters. The model will make it possible for experts to assess the potential of the air basin over Krasnoyarsk (the volume of the atmosphere, which determines the conditions for the distribution of pollutants under various meteorological conditions).

New method to study semiconductor nanoparticles

Scientists of Siberian Federal University and Kirensky Institute of Physics of the SB RAS have applied a new method for studying nanoparticles from cadmium and tellurium. They used the peculiarity of this compound that its interaction with light varies depending on magnetic field. Indicator, information and service portal devoted to science, wrote about the research. The paper with the results was published in the journal Physics Letters A.

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