HSE Faculties of Chemistry and Biology and Biotechnologies to Open Joint Departments with RAS

The HSE Academic Council has approved the establishment of joint departments with five institutes of the Russian Academy of Sciences (RAS) at the new Faculties of Chemistry and Biology and Biotechnologies of HSE. Students will gain access to laboratory equipment and learn how to conduct modern research and develop new technology and medicines.
A joint department with the Shemyakin–Ovchinnikov Institute of Bioorganic Chemistry of the RAS will open at the HSE Faculty of Biology and Biotechnologies. Alexander Gabibov, RAS member, will head the department.
At a meeting of the HSE Academic Council, Alexander Gabibov said that the Institute carries out large biotechnological production and has a license from the Ministry of Industry and Trade for the development of genetically engineered medicines. The Institute specializes in computer biology and the creation of antidotes, the study of human and animal microbiota (development of new antibiotics), engineering of T-cells and so on. ‘We pay special attention to the institute laboratory equipment — we have modern systems of bioimaging,’ adds Gabibov. ‘In my view, students and doctoral students should learn by using modern equipment.’
Joint departments with four RAS institutions will open at HSE Faculty of Chemistry.
Andrey Yaroslavtsev, RAS Corresponding Member, will head the Joint Department of Inorganic Chemistry and Material Science with the RAS Kurnakov Institute of General and Inorganic Chemistry. He stresses that the department is going to involve junior students in the department’s work and organize internships for them.
The Joint Department of Organoelement Chemistry with the Nesmeyanov Institute of Organoelement Compounds of Russian Academy of Sciences will be led by Denis Chusov, Leader of the Effective Catalysis Group at the Institute. He notes that he will draw upon his personal experience while organising students’ training. ‘The educational path I took led me from chemical lyceum to university to RAS, and I experienced all the advantages and disadvantages of this sequence,’ explains Chusov.
The Joint Department of Petrochemistry and Polymers of the Topchiev Institute of Petrochemical Synthesis of the Russian Academy of Sciences will be headed by Albert Kulikov, Deputy Director of the Institute. ‘We have various equipment,’ he says. ‘And most importantly, we hope students of our department acquire not only knowledge, but publications in peer-reviewing journals and patents as well.’
Professor Igor Svitanko will head the Joint Department of Organic Chemistry with the RAS Zelinsky Institute of Organic Chemistry. ‘There are two institutes of the highest international rank at the Academy of Sciences — the Institute of Bioorganic Chemistry and the Institute of Organic Chemistry,’ he says. ‘Both institutes cooperate with HSE, and this is definitely a positive thing.’
Admission to the Faculty of Chemistry and the Faculty of Biology and Biotechnologies will begin in 2019. The Bachelor’s programmes in Chemistry and Cellular and Molecular Biotechnologies offer 30 state-funded places for each programme.
See also:
Biologists Discover Unique Properties of MiR-93-5p MicroRNA in Prostate Cancer
Researchers at the International Laboratory of Microphysiological Systems of the HSE Faculty of Biology and Biotechnology investigated how different isoforms of the same microRNA influence gene function in prostate adenocarcinoma. The study found that in some cases, microRNAs can reinforce each other’s effects by targeting and suppressing the same genes. This finding offers a fresh perspective on the molecular mechanisms underlying tumour development and on the search for disease biomarkers. The results have been published in PeerJ.
Ancient Craniiform Brachiopod: A Newly Discovered Species with a Unique Shell Shape and Lifestyle
Scientists from HSE University, MSU, and Tallinn University of Technology have studied a fossil species of ancient brachiopods that lived in a warm sea in what is now northern Estonia more than 445 million years ago. These ancient brachiopods developed a cup-shaped shell with a protective 'cap' that shielded them from overgrowth by other marine organisms. The study has been published in Palaeogeography, Palaeoclimatology, Palaeoecology.
Scientists Discover Why Europium 'Misbehaves'
Europium is a rare-earth metal responsible for the pure red glow in displays and other luminescent materials. For a long time, however, it refused to emit light when surrounded by certain organic molecules known as acylpyrazolone ligands. Chemists have now uncovered the reason: in europium complexes with these ligands, a 'black window' appears—a charge-transfer state in which the energy absorbed by the ligand is dissipated as heat rather than emitted as light. Understanding this mechanism opens the way to designing more efficient red-emitting materials for displays, fluorescent thermometers, and chemical sensors. The results have been published in Dalton Transactions.
HSE Researchers Make Aldehydes Perform Dual Function
Chemists from HSE University have discovered a way to carry out a reductive addition reaction without using an external reducing agent. Instead, the required 'resource' is supplied by the aldehyde itself, one of the reaction participants. This approach helps prevent unwanted side reactions, reduces toxicity, and simplifies the production and synthesis of organic molecules, including those used in the manufacture of medicines. The study has been published in Journal of Catalysis.
'Science Can Only Be Done Collaboratively'
On March 19, Academician and Professor Andrey Yaroslavtsev, Head of the Joint Department of Inorganic Chemistry and Material Science with the RAS Kurnakov Institute of General and Inorganic Chemistry, celebrated his birthday. To mark the occasion, he spoke with the HSE News Service about protons, membranes, and other areas of his research.
New Catalyst Maintains Effectiveness for 12 Hours
An international team including researchers from HSE MIEM has developed a catalyst that enables fast and low-cost hydrogen production from water. To achieve this, the scientists synthesised nanoparticles of a complex oxide containing six metals and anchored them onto various substrates. The catalyst supported on reduced graphene layers proved to be nearly three times more efficient than the same oxide without a substrate. This development could significantly reduce the cost of hydrogen production and accelerate the transition to green energy. The study has been published in ACS Applied Energy Materials. The work was carried out under a grant from the Russian Science Foundation.
New Models for Studying Diseases: From Petri Dishes to Organs-on-a-Chip
Biologists from HSE University, in collaboration with researchers from the Kulakov National Medical Research Centre for Obstetrics, Gynecology, and Perinatology, have used advanced microfluidic technologies to study preeclampsia—one of the most dangerous pregnancy complications, posing serious risks to the life and health of both mother and child. In a paper published in BioChip Journal, the researchers review modern cellular models—including advanced placenta-on-a-chip technologies—that offer deeper insights into the mechanisms of the disorder and support the development of effective treatments.
Solvent Instead of Toxic Reagents: Chemists Develop Environmentally Friendly Method for Synthesising Aniline Derivatives
An international team of researchers, including chemists from HSE University and the A.N. Nesmeyanov Institute of Organoelement Compounds of the Russian Academy of Sciences (INEOS RAS), has developed a new method for synthesising aniline derivatives—compounds widely used in the production of medicines, dyes, and electronic materials. Instead of relying on toxic and expensive reagents, they proposed using tetrahydrofuran, which can be derived from renewable raw materials. The reaction was carried out in the presence of readily available cobalt salts and syngas. This approach reduces hazardous waste and simplifies the production process, making it more environmentally friendly. The study has been published in ChemSusChem.
Scientists Have Modelled Supercapacitor Operation at Molecular and Ionic Level
HSE scientists used supercomputer simulations to study the behaviour of ions and water molecules inside the nanopores of a supercapacitor. The results showed that even a very small amount of water alters the charge distribution inside the nanopores and influences the device’s energy storage capacity. This approach makes it possible to predict how supercapacitors behave under different electrolyte compositions and humidity conditions. The paper has been published in Electrochimica Acta. The study was supported by a grant from the Russian Science Foundation (RSF).
Cerium Glows Yellow: Chemists Discover How to Control Luminescence of Rare Earth Elements
Researchers at HSE University and the Institute of Petrochemical Synthesis of the Russian Academy of Sciences have discovered a way to control both the colour and brightness of the glow emitted by rare earth elements. Their luminescence is generally predictable—for example, cerium typically emits light in the ultraviolet range. However, the scientists have demonstrated that this can be altered. They created a chemical environment in which a cerium ion began to emit a yellow glow. The findings could contribute to the development of new light sources, displays, and lasers. The study has been published in Optical Materials.


