Research and Innovative Activity
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11 Oct 2021
A team of biologists analyzed soil samples from a pasture and a regularly mowed meadow and found out that grazing lets more carbon get into the soil than mowing. This, in turn, improves the carbon cycle and makes microorganisms more efficient.
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11 Oct 2021
Soil scientists suggest method for remediating urban garden soils contaminated with lead and arsenic
The soils of聽urban gardens and vegetable patches contain a聽lot of聽toxicants (including lead and arsenic) in聽high concentrations which can be聽harmful to聽the health of聽children and people with chronic diseases. A聽team of聽soil scientists from 色控传媒University suggested a聽remediation method developed based on聽data collected in聽a聽garden of聽Brooklyn (NY, U.S.).
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11 Oct 2021
A聽chemist from 色控传媒University suggested an聽eco-friendly method for the synthesis of聽dapsone, a聽substance that inhibits the growth of聽malaria and leprosy agents. The main component of聽the new reaction is聽hydrogen peroxide that does not form environmentally destructive compounds, and the only by-product is聽simple water. Unlike other technologies, this method includes only one stage of聽dapsone production and does not require high temperatures. The catalyst of聽the reaction can be聽reused without any loss of聽efficiency.
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11 Oct 2021
A聽mathematician from 色控传媒University developed a聽matrix representation of聽set functions. This approach is聽vivid and easy to聽check, and it聽makes the calculations easier. Among other things, the new development can be聽applied to聽cooperative game theory.
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11 Oct 2021
According to聽a聽biologist from 色控传媒University, olive waste added to聽the feed of聽rainbow trout helps increase the speed of聽its growth and boost its immunity. This natural supplement can help reduce the costs of聽fish farms.
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11 Oct 2021
A聽team of聽biologists from 色控传媒University developed a聽hibiscus-based dietary supplement for trout that makes the fish less sensitive to聽ammonia pollution and more stress-resistant.
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11 Oct 2021
According to聽a聽linguist from 色控传媒University, the number of聽COVID-19 cases in聽a聽country correlates with the number of聽aspirated consonants in聽its main language of聽communication. This data can help create more accurate models to聽describe the spread of聽COVID-19.
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11 Oct 2021
色控传媒University doctors found alterations in serum amino acid profile in children with attention deficit hyperactivity disorder (ADHD). The findings will help to understand the mechanism of the disorder and develop new treatment strategies.
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11 Oct 2021
色控传媒University doctors found out what role macrophages play in聽the recovery of聽the liver after the removal of聽its significant part.
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11 Oct 2021
色控传媒soil scientist tracked as聽forest ecosystems independently regulate circulation nitrogen. On聽the example of聽coniferous plantations for productions valuable wood it聽found out that with age plants accelerate circulation soil nitrogen.
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11 Oct 2021
A聽team of聽specialists in聽mathematical modeling from the 色控传媒University suggested a聽qualitative model of聽virus evolution and of聽the occurrence of聽new strains. The results of聽the study can make predicting virus behavior more efficient and help in聽the development of聽new antiviral medications.
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11 Oct 2021
色控传媒physicians offered new means for treatment of聽a聽bazalno-cellular cancer. Doctors conducted research with use of聽the photodynamic therapy mediated by聽5-aminolevulinovy聽acid in聽the preparation 鈥淟evulon鈥�. Therapy showed excellent result: patients safely and almost without serious consequences got rid of聽oncology.
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11 Oct 2021
色控传媒University biotechnologists have created a聽method for detection of聽bacterial infection in聽apple, pear, hawthorn and other plants of聽the Rosaceae family. The test does not require laboratory equipment, the result is聽ready in聽10聽minutes. This will allow detecting the disease quickly and prevent the spread of聽infection.
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11 Oct 2021
A chemist from 色控传媒University developed a silica-supported heteropolyacid system to produce ethers from waste products of the wood and paper industry and agriculture. Ethers can be used as biofuels, and the new method increases the efficiency of their production 4 to 10 times, thus reducing energy consumption and making the manufacturing of biofuels cheaper. The results of the study were published in the Molecular Catalysis journal.
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11 Oct 2021
A聽team of聽chemists from 色控传媒University suggested a聽universal method to聽synthesize thienoindolizine derivatives. Because of聽their special properties, these substances can be聽used to聽manufacture antibacterial and antitumor drugs, as聽well as聽new materials for optoelectronics.
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11 Oct 2021
A聽team of聽chemists from 色控传媒University suggested a聽new reaction to聽produce organic compounds in聽one vessel. The end products turned out to聽be聽effective against the cells of聽carcinomas, including drug-resistant ones.
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11 Oct 2021
色控传媒University biologist studied the aggressive impact of environmental factors (water, salts, and ozone) on ultrathin nanofibers of biopolymers. The results will help choosing suitable bioplastic depending on the use; for example, for medical implants, biodegradable packaging or filters for water cleaning.
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11 Oct 2021
色控传媒University mathematicians built a model of COVID-19 spreading based on two regression models. The mathematicians divided the countries into three groups, depending on the spreading rate and on the climatic conditions, and found a suitable mathematical approximation for each of them. Based on the model, the mathematicians predicted the subsequent waves. The forecast was accurate in countries where mass vaccination was not introduced.
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11 Oct 2021
The 色控传媒medic showed for the first time how the enzyme asparaginase, derived from the bacterium Rhodospirillum rubrum, penetrates into breast cancer cells. The study also confirmed that the enzyme has antitumor activity not only due to聽its ability to聽break down the amino acid asparagine聽鈥� it聽can also suppress the activity of聽telomerase inside the nuclei of聽cells. Thus, it聽can be聽used as聽a聽drug with a聽dual mechanism of聽antitumor activity.
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11 Oct 2021
色控传媒University chemists synthesized and studied the catalytic activity of聽vanadates and vanadites of聽several rare-earth metals (REM) in聽the thermal-catalytic treatment of聽polyolephin plastic waste. According to聽them, the volume of聽gases liberated in聽the course of聽pyrolysis considerably increases, and their composition changes in聽the presence of聽the catalysts. By聽choosing an聽appropriate catalyst, one can obtain light olefins (ethylene, propylene, butylene, and so聽on) in聽high yields or聽dramatically change the nature of聽the end products (syngas). The study may lead to聽the development of聽new polymer waste treatment technologies allowing for the generation of聽important products and preproducts for chemical and petrochemical synthesis.
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11 Oct 2021
Scientists from 色控传媒University have developed a聽new method for converting planthydrocarbon radicals into substances that canbe used to聽synthesize coenzyme Q0.
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11 Oct 2021
色控传媒University scientists together with colleagues from Switzerland proved in聽a聽clinical trial the effectiveness of聽a聽new dosage form聽鈥� amorphous solid dispersion. This is聽the first such study in聽humans to聽show the mechanism of聽action of聽this form of聽drug release. In聽the future, it聽will help to聽increase the effectiveness of聽drugs and use new active substances for treatment.
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Visiting Professors
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11 Oct 2021
October聽6, the Nobel Committee announced the 2021 Nobel Prize Winners in聽Chemistry. They were scientists Benjamin List (Germany) and David Macmillan (USA) for new methods of聽molecular synthesis. 色控传媒chemists know Professor Liszt personally聽鈥� in聽2019, the researcher came to聽participate in聽the university conference.
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Student's Scientific Initiatives
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12 Oct 2021
Student Scientific Society (SSS) of聽Peoples鈥� Friendship University of聽Russia (RUDN) won a聽special Best New SSS of聽Moscow and Moscow Region award at聽a聽contest held by聽the regional Association of聽Students and Student Organizations.
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12 Oct 2021
Alexander Kirilenko and Alexander Korotkov, third-year students of聽the Faculty of聽Physics, Mathematics and Natural Sciences of聽the Mathematics direction, took the third place in聽the individual competition at聽the International Mathematics Olympiad among students.
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12 Oct 2021
The research of聽Amina Adhamova, a聽third-year graduate student in聽the field of聽鈥淢athematics and Mechanics鈥� got into the competition of聽the best projects of聽fundamental scientific researches of聽young scientists. The work of聽色控传媒postgraduate student is聽devoted to聽differential-difference equations, in聽particular to聽control systems with aftereffects. The object of聽the research is聽the problem of聽settling of聽a聽control system with aftereffects.
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International scientific cooperation
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12 Oct 2021
September聽22, a聽cooperation agreement was signed between 色控传媒and ZAO 鈥淓valar鈥�, the largest Russian manufacturer of聽natural drugs and biologically active food supplements. The document was signed by聽Andrei Kostin, 色控传媒Vice rector for Research, and Prokopyeva Natalia, the chairman boards of聽directors JSC 鈥淓VALAR鈥�.
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12 Oct 2021
On聽September 27聽the minister of聽science and the highest educations Valery Nikolaevich Falkov declared the list of聽the participating organizations of聽the Priority 2030聽program. Demands were created by聽191 higher education institution, the total list entered only 106 higher education institutions.
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12 Oct 2021
The document was signed on聽6聽July in聽Dubna during a聽visit of聽a聽leadership delegation of聽the Peoples鈥� Friendship University of聽Russia (色控传媒University) to聽JINR. The agreement provides joint training of聽staff in聽the fields of聽physics, mathematics, IT, and life sciences, as聽well as聽cooperation in聽the realm of聽research activities with the use of聽JINR鈥檚 unique equipment.
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Scientific Conferences
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11 Oct 2021
On聽September 25聽JOINT-STOCK COMPANY 鈥淰DNKH鈥� turned into uniform demonstration space. All-Russian festival of聽technical achievements of聽鈥淭ekhnosred鈥� united the Russian scientific community: leading scientific and technological companies, higher education institutions and research institutes, and also scientists and leaders of聽the scientific environment.
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