Laboratory of Highly Organized Environments
Publications
390
Citations
5 275
h-index
34
Authorization required.
We are in the Telegram: https://t.me/iopc_lab_VOS
The main scientific direction of the VOS laboratory, which is headed by Doctor of Chemical Sciences, Professor Zakharova Lucia Yarullovna, is the design of multifunctional nanosystems. The research activities of the laboratory team are interdisciplinary in nature and focus on solving a number of scientific problems related to:
therapy of oncological and neurodegenerative diseases, treatment of acute poisoning with organophosphorus compounds (biomedical direction);
Development of pesticide compositions (agricultural topics);
by micellar catalysis of nucleophilic substitution reactions in phosphorus acid esters. The main objects of research are cationic surfactants (surfactants) and calixarenes.
- Spectrophotometry
- Fluorimetry
- Measurement of the properties of surfactants (surface tension of solutions, critical concentration of micelle formation, wetting angle, Gibbs free energy, density of solutions, density of solids)
- Dynamic light scattering (DLS)
Lucia Zakharova
Head of Laboratory
Ruslan Kashapov
Senior Researcher
Elmira Vasilieva
Senior Researcher
Gulnara Gaynanova
Senior Researcher
Elena Zhilytsova
Senior Researcher
Denis Kuznetsov
Researcher
Darya Kuznetsova
Researcher
Rushana Kushnazarova
Junior researcher
Yuliya Razuvayeva
Junior researcher
Leysan Vasilyeva
Junior researcher
Taliya Karimova
Junior researcher
Aleksandr Markelov
Junior researcher
Dmitriy Bekrenev
Junior researcher
Roman Babkin
Junior researcher
Elvira Romanova
Research assistant
Maria Grigoriva
Research assistant
Research directions
Creation of supramolecular catalytic systems
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The traditional scientific direction of the laboratory is the creation of supramolecular catalytic systems by self-organization of amphiphilic compounds for the decomposition of toxic esters of phosphorus acids, acetylcholinesterase inhibitors. The formed information base makes it possible to develop effective nanoreactors based on cationic surfactants, polymers, macrocycles and metal ions, providing a catalytic effect of up to six or more orders of magnitude, specificity of action and manufacturability of the process due to the combined contribution of micellar and homogeneous catalysis factors, as well as the immobilization of nanoreactors on a polymer or mineral matrix.
Construction of multifunctional nanosystems
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The main scientific direction of the laboratory of Highly Organized media is the construction of multifunctional nanosystems by using the basic principle of supramolecular chemistry “bottom–up”: non-covalent controlled self-assembly of amphiphilic compounds, polymers and metal ions. Rational selection of building blocks makes it possible to create supramolecular systems of a new generation, of a given size and morphology, with controlled properties, the secondary (supramolecular) structure of which provides a high level of intelligence of developments, primarily the ability to adjust the properties of systems under the influence of external impulses.
Publications and patents
Found
2023
—
2026
| Васильева Эльмира Альбертовна
2022
—
2025
| Кашапов Руслан Равилевич
2021
—
2023
| Кузнецова Дарья Александровна
Lab address
Казань, ул. Академика Арбузова, д. 8
Authorization required.