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List of International Science and Technology Projects proposed for Implementation in the Framework of International Agreements of the Republic of Belarus

№

Name

Specification

Graphical part (incl. pictures, schemes)

Contact details

Priority compliance areas

1

Active-pulse systems of vision (APSV)

Action of APSV is based on pulsed illumination of objects by laser radiation and a synchronized with it switching on (gating), with a certain delay, of the receiving block for a short time. Such systems allow one to see objects within a relatively narrow space layer (visibility zone) that is located at a distance determined by the delay time and has a depth which depends on the pulse and gate durations. APSVs are at first intended for night work for observation of objects in scattering media in conditions of poor visibility (fog, haze, snow, etc.). In the fog condition the working distance is ~3Sm, where Sm – meteorological range of visibility.

One of the most important features of APSV is the ability to determine the distance to objects in addition to the simple observation. Therefore, APSV can be used as a vision system with the implementation of 3D vision functions.

B.I. Stepanov Institute of Physics

of the National Academy of Sciences

of Belarus

Kuntsevich B.F.

+375 17 284 28 70

[email protected]

The safety of man, society and the state.

2

Remote gas

analyzer

on the base of TEA CO2 laser

Remote gas analyzer intended for determining differential absorption of content in atmosphere of background and increased concentrations of detectable gases, including hazardous pollutants; air pollution control in the cities, industrial zones, quarries, production premises, in transport highways zones, etc. arising as a result of ethnogeny catastrophes and industrial emissions.

In the gas analyzer the radiation pulses of the TEA CO2 laser reflected from the topographical objects (buildings, forests, etc.) at a distance of 2-3 km (depending on the detected gas) are used. The integral content of gases along the length of the track is measured.

Advantages: maintenance of large areas from a single point; probing of hard-to-reach areas; possibility of connection to information networks; possibility of round-the-clock measurements; automation of measurements; easy adjustment to the required measured gases; high sensitivity; a large set of measured gases (NH3:0,003 – 0,5 ppm; C2H4: 0,002 – 20,0 ppm; O3: 0,01 – 0,5 ppm; SO2: 0,5 – 10,0 ppm; CO: 0,15 - 30,0 ppm; NO: 0,3 - 5,5 ppm; CH4: 3000,0 - 30000,0 ppm; СО2: 25- 3000,0 ppm: H2O: 35- 30000,0 ppm).

B.I. Stepanov Institute of Physics

of the National Academy of Sciences

of Belarus

Kuntsevich B.F.

+375 17 284 28 70

[email protected]

Ecology and nature management

3

Development of laser-optical methods for stimulation of hydrobionts (caviar of valuable species of fish, sperm, live food)

The equipment and technologies based on exposure of eggs and embryos of valuable species of fish to optical radiation for the purpose of increasing the yield of marketable products in fish-industrial complexes are proposed. Exposure to light is carried out in technological systems traditionally used for the incubation of fish eggs (tray-type incubators or Weiss incubators).

As a result of exposure, an increase and synchronization in larvae hatching from fertilized eggs, increased resistance of hydrobionts to adverse environmental factors (toxicants, high or low temperatures, oxygen deficiency, etc.) and, finally, significant increase in size and weight of baby fishes are registered.

Plavskii Vitaly, Deputy Director for scientific work of the Institute of Physics of NAS of Belarus,

phone +375172840958,

Fax +375172840879

e-mail: [email protected]

Electronics and photonics;Agro-industrial complex and food security

4

Development of ecologically pure laser-optical technologies to increase the yield of vegetable crops

It is proposed in the project to use physical approaches based on the use of electromagnetic radiation of optical range of spectrum as a bio-stimulating and phyto-improving (photoprotective, fungicidal) factors for increasing the yield of agricultural vegetable crops. Experimental samples of equipment based on semiconductor lasers and light-emitting diodes will be developed to study the stimulating and fungicidal effect of optical radiation on vegetable crops, the role of various characteristics of optical radiation will be revealed and optimal parameters will be determined, the possibility of increasing the efficiency of the biological effect of optical radiation due to the synergism of the action of different spectral regions will be studied.

The final aim of the project is the development of specific practical recommendations (techniques) for use in the real sector of the agro-industry (first of all, for greenhouse farms).

after irradiation

w/o irradiation

Mikulich Aliaksandr

Institute of Physics of NAS of Belarus

Center “Laser-optical technologies for medicine and biology”

Phone: +375172841991

e-mail:

[email protected]

Agroindustrial technologies and production: -adaptive technologies in agriculture and animal husbandry;

Bio- and nanoindustry: - biotechnology in agricultural production and food industry

5

Development of methods for increasing the efficiency of feeding freshwater fish on the basis of the use of non-traditional fodder in rations

The aim of the research is to increase the efficiency of growing freshwater species

fish (carp, sturgeon, salmon) when using non-traditional types of feed material in the diet. It is planned to study secondary products of processing plants, and their use in the composition of mixed fodders for freshwater fish (waste from processing fish, poultry, meat, grain processing industries, etc.), to obtain new fodder products based on them, which will allow developing non-waste technologies, feeding fish by optimizing the amino acid, lipid and mineral composition of feed.

-

Koshak Zhanna

+ 375 17 365 96 25

+375 29 780 66 08

E-mail: [email protected]

Agro-industrial complex and food security

6

Comparative analysis of bacterioflora of fish during cultivation in different countries to develop an optimal strategy for confronting bacterial infections.

The aim of the research can be defined as the study of the species composition of bacterioflora of fish grown in aquaculture enterprises of the two countries using different identification methods. It is intended to determine the role of specific species and strains of isolated bacteria in the development of the pathological process in fish, as well as to determine their sensitivity to a number of antibacterial drugs permitted for use by the legislation of both countries, the development of a set of measures (diagnostics, prevention, treatment), relevant for both countries, minimization of damage from bacterial diseases of fish.

Dziahtsiaryk Svetlana,

(017)365 83 52

(029)54 35 292



7

Genetic modification of carp and trout

Conducting joint research in the field of selection and genetic work with fish, taking into account the species structure and genetic resources of the aquaculture of the parties, the exchange of genetic material and the adaptation of technological solutions.

Sheiko Yaroslav,

Tel ./fax.: + 375-17-3987946,

+ 375-29-7784430



8

Ecological rehabilitation of small urban water bodies for the purposes of forming of the city's natural framework.

Small urban water bodies (small rivers, small water reservoirы) are integral elements of the natural environment of almost any city. On the one hand, they often have poor sanitary and ecological status because of anthropogenic impact; on the other hand – have a great environmental and recreational importance for the urban environment and urban population.In this regard, there is a need to preserve them as elements of the natural framework of the city, improve and maintain their sanitary and ecological condition.

The purpose of the proposed project:

development of methodological approaches for justifying the criteria for including small urban water bodies in the natural framework of the city and choosing the directions of their ecological rehabilitation, taking into account their condition, functional purposes, use of the catchment area, place in the natural framework of the city.

–

Sanets Elena,

Ph.D., Head of Laboratory of Geosystems Optimization,

phone +375172671410,



9

The pelleting of canola seeds with intensive drying

In recent years, the main crop for the production of vegetable oil in Belarus has become rapeseed - winter and spring. Today, the area occupied by winter rape in the republic is the sixth largest among the crops of this culture in Europe.

For seeding in the Republic, imported rapeseed canola seeds are increasingly used. Draining allows you to increase the volume of the seed and apply an accurate seeding. Also, the components of the seed coat contain trace elements and fertilizers that increase the yield.

The pelleting of canola seeds, as well as production of industrial equipment for coating in the Republic of Belarus is not carried out.

It is proposed to produce an innovative coater that allows the drying of seeds directly in the coater. This allows you to receive ready-made dragee seeds with high production capacity and economy of technological resources.

1 - loading hopper for seeds; 2 - inlet damper; 3 - hopper for powdered preparations with a dispenser; 4 - pipeline in the form of rosaceous preparations; 5 - reservoir with liquid components; 6 - pipeline of liquid components; 7 - disc atomizer; 8 - mixing chamber; 9 - movable bottom; 10 - the blade; 11 - discharge flap; 12 - discharge hopper; 13 - an air line; 14 - the air filter; 15 - the atomizer drive motor; 16 - electric motor of the bottom drive of the mixing chamber; 17 - turbine; 18 - the hollow shaft of the sprayer drive; 19 - connecting sleeve; 20 - heating element; 21 - frame.

Developer:

Educational establishment “Belarusian state of the orders of the October Revolution and Labour Red Banner agricultural academy”

213407 Gorki, Michurine street, 5 Mogilev region,

Associate Professor of the department of theoretical mechanics and engineering graph Mikheev Denis Aleksandrovich,

+375297472134,

Tel./Fax 8(02233)79641

email: [email protected]

Agro-industrial complex and food safety

10

Develop and master production of nanostructured replacement parts of agricultural machines working elements from constructional unalloyed steel by applying an impulse hardening technology with accelerated liquid cooling.

At the present time there is a problem of increasing the resource of replacement parts of a tillage machine working elements.

Mastering the domestic production of nanostructured replacement parts of agricultural machines working elements, which are not inferior to the technical level of the world standards, will be on the basis of energy- and resources-saving, highly-efficient technology usage of pulsed quenching liquid cooling.

Production of replacement parts of agricultural machines working elements (plowshares, chisels, land sides, reversible cultivator teeth, duckfoot teeth, wheels, sead shoes, mower sickle and chopper knife, etc.) based on their thermal modification will increase the value of products in 2- 4 times in comparison with the existing serial counterparts, cut their cost by 20-30% in comparison with import analogues, to create new workplaces and decrease the dependence on imports.

-

Developer:

Educational establishment “Belarusian State Agrarian Technical University”,

Research adviser – Aniskovich Gennadiy Iosifovich, Ph.D.,

Contact address, telephone, fax, e-mail: 220023, Minsk, Nezavisimosti Av., 99; Tel. (017) 267 47 71, fax: (017) 267 41 16; e-mail: [email protected]

Systems and complexes of machines.

Multifunctional materials and technologies.

11

Development of multi complex diagnostic systems, means for prophylactics and enhancing of resistance in agricultural and commercial animals having infectious diseases

The development of multi complex diagnostic systems for diagnosis of viral and bacterial infections in PCR and ELISA, means for prophylactics of infectious diseases and enhancing of resistance in agricultural and commercial animals with use of ecologically safe natural products

-

Developer:

Educational establishment “Vitebsk State Academy of Veterinary Medicine”

Contact address, telephone, fax,

Prof. Krasochko Piotr Albinovich, Head of Epizootology Department.

Prof. Kurdeko Aleksandr Pavlovich, Head of Internal Diseases Departmente-mail: 210026, Vitebsk, Dovatora. street, 7/11; tel. (0212) 53 80 71, fax: (0212) 51 68 38;

e-mail: [email protected].

Agro-industrial complex and food safety.

12

Development of complex medicines on the basis of biologically active substances for therapy and prophylactics of diseases related with metabolism disorders in high productive animals and birds

Complex medicines on the basis of biologically active substances and nanoparticles of bio elements for therapy and prophylactics of diseases related with metabolism disorders in high productive animals and birds will be developed

-

Developer:

Educational establishment “Vitebsk State Academy of Veterinary Medicine”,

Prof. Kurdeko Aleksandr Pavlovich, Head of Internal Diseases Department,

Contact address, telephone, fax,e-mail: 210026, Vitebsk, Dovatora. street, 7/11; tel. (0212) 53 80 71, fax: (0212) 51 68 38;


Agro-industrial complex and food safety.

13

Development, research and testing of fire-protective agents for the protection of wood from fire and biodegradation by mold, wood-staining and wood-destroying mushrooms

Fire-composition for wood corresponds to the 1 or 11 group of fire-retardant effectiveness, depending on the concentration or amount of the applied substance.Bio-composition for wood protects wood from damage during storage, transportation and operation under particularly difficult conditions

-

BSTU

Research accredited

Laboratory of building

designs and

materials

Increasing the durability of wooden building structures and materials,

and preservation of natural resources of wood at the expense of increase of terms of its operation

14

Tests of fire-protective agents for the protection of wood from fire and biological destruction by mold, wood-staining and wood-destroying mushrooms

The accreditation area of the laboratory includes 41 standard test methods, incl. flammability of materials - 2; means of protection for wood-13 (including the determination of toxicity to wood-destroying fungi, the effectiveness of antiseptics against woodblocking and molds, preventive actions against barbel weasel); wood - 13; wood protected - 3 methods; wooden building structures - 2; sleeper products - 7; floor laminate coatings - 1, etc. (shown below)

BSTU

Research accredited


designs and

materials

Accredited tests of bioprotective properties of impregnating compounds for their lawful use in Belarus, and countries of the Eurasian Customs Union

15

Development of a nitrogen-containing polymer with bifunctional properties for sizing and hardening paper and paperboard

The use of new polymer compounds will increase the strength and hydrophobic properties of paper and paperboard, reduce the consumption of chemicals for sizing and hardening by 10-15%, reduce the pollution of circulating and waste water enterprises

BSTU

Research accredited


designs and

materials ,

Fleisher V.L.

Head of the Department of Chemical Processing of Wood

(017) 327-80-46

[email protected]

Chemical synthesis and products

16

Threat assessment of invasive species (Heracleum, Solidago, Impatiens) on the cross-border territories of Belarus, Russia and the Baltic States: a molecular genetic study of their taxonomic composition

In the framework of the project, the collection of herbarium material with the cross-border area is planned as well as determining the morphological, genetic and ecological characteristics, intraspecific complexes; establishing migration routes of invasive species in cross-border areas; GIS development designed for identifying, organizing information, monitoring and analysis of foci distribution of invasive species with a connection to the sources of satellite and aerial photography.

Result expected: determination of the real magnitude of the problem of invasive species in adjacent territories, development of strategy and implementation of measures to combat specific types

Electronic database notes to GPS points with a description of the focus and photos

Krasovskaya Irina, Head of Scientific Research Sector of Masherov State University of Vitebsk

тел.: +375(212)260026

e-mail:

[email protected]

Kolmakov Pavel, Head of The Laboratory for PCR-analysis of Masherov State University of Vitebsk

тел.: +375(29)5126040

e-mail:

[email protected]

Priority directions of scientific-technical activities in the Republic of Belarus for 2016-2020:

7. Information, communication and aerospace technologies: development of integrated systems of automation of management processes and resources of organizations;

8. Environmental management and deep processing of natural resources: the sustainable use of natural resources and environmental protection

17

Digital laboratory «TehnoLab»

The laboratory is a system of automated data collection based on wireline and wireless digital sensors and special software. Using a variety of digital sensors, it is possible to conduct a wide range of studies, demonstration and laboratory work on physics, chemistry, biology, as well as carry out research projects.

Ph.D. docent. A. Vasilevich,

[email protected]

Information and communication and aerospace technologies: technologies for the development of the information society

18

The complex for the lecture demonstrations

and laboratory works on a «Physical optics» course

Interference systems with the possibility of demonstrations

in real time on the demonstration screen.

Diffraction systems for the study of Fresnel and Fraunhofer diffraction.

Systems for study of light dispersion.

Polarization of light, Malus’s law.

Geometrical optics.

Doctor, professor I. Zeylikovich

[email protected]

Industrial and building technologies and production: optoelectronics and optical systems

19

The technology of plating nanophase coatings to the metalworking tools

Composite coatings such as nitrides, carbides, titanium carbonitrides zirconium and combinations thereof, including those modified with fluorine-containing compounds, have been developed and tested.

Compositions of composite coatings above the taps, drills showed high efficiency in the treatment of carbonaceous, as well as corrosion-resistant steels as a result of testing at high cutting speeds.

Doctor, docent. E. Ovcinnikov

[email protected]

Industrial and construction technologies and production: new multifunctional materials, special materials with specified properties

20

Development and implementation of technological processes of production of new products of light industry" proposed for implementation in the framework of the Union State program "Innovative development of flax complexes of the Russian Federation and the Republic of Belarus

Development of new technological processes for the production of yarn, textile and knitted materials on the basis of profound processing of woolen, flax-containing fibers, as well as new technologies for the production of flax-containing yarns and fabrics that provide increased consumer properties of products in accordance with modern market requirements

-

Dzmitry Ryklin

DSc in Engineering, professor

Tel.+375-296-620-59-21

"Rational nature management and deep processing of natural resources", critical technology "Sustainable use of natural resources and environmental protection"

21

"Development and mastery of technology of composite polymer materials for footwear parts using waste production" proposed for implementation in the framework of the Union State program "Development of innovative technologies and techniques for the production of competitive composite materials, matrices and reinforcing elements"

The use of the composite materials developed will allow:

- to reduce the enterprise's need for foreign components (materials, footwear parts);

- reduce the cost of CPM developed and footwear parts by 10-30% due to the use of waste products

-

Aliaksandr Burkin

DSc in Engineering, professor

Tel.+375-292-996-60-07

“Industrial and construction technologies and production”, critical technology “New multifunctional materials, special materials with specified properties”

22

Base panel (fragment) of phased antenna array for experimental spaceborne X-band radars with synthetic aperture

Aim: to develop and produce an experimental sample of base panel (fragment) of active phase-array system for spaceborne radar with synthetic aperture.

Main technical characteristics of the created sample:

Base panel (fragment) of experimental on-board radar of X-band is a completely functional element, which determine main technical characteristics of the space radar with synthetic aperture.

Dimensions of autonomous panel fragment are approximately 400x800 mm.

Panel of the active phased antenna array system provides an capability of four polarization modes: horizontal – horizontal, vertical – vertical, horizontal – vertical, vertical – horizontal

-

BSUIR,

Center «Scientific and design center of centimeter and millimeter wavelengths prospective electronic systems»

Nikolai M. Naumovich

Phone: +375 17 293-88-71

[email protected]

Electronics and photonics

23

Radiometric measuring system of millimeter wavelength ranges for ecological research of the atmosphere and the Earth surface

Aim: The development and production of radiometric measuring system of millimeter wavelength range for ecological research of the atmosphere and the Earth surface under conditions of the absence of visibility by radiometric means.

Operation principle: The system receives passive radio emission from the objects in the atmosphere and on the earth surface, amplifies the signal, transfers it to the intermediate frequency, digitalizes and conducts mathematical processing of the received signal by the means of special algorithms with a constructed radio image.

Radiometric method allows to register the proper thermal radio emission from various dielectric objects in microwave range and define the connection between the parameters, composition and properties.

-

BSUIR,

Center «Research and training innovation center of microwave technologies and metrology support»

Alexander V. Gusinsky

Phone: +375 17 293-84-42

[email protected]

Electronics and photonics

24

System of atmosphere discharge plasma generation for nanosized surface modification

Aim of the project: to develop a compact power efficient cold atmosphere pressure plasma generating device for the different kind objects surface modification, including biological tissues.

The advantages of the proposed device and processing technology with its use are the indestructible changes of the surface characteristics of the different kind materials, processing efficiency under the atmospheric pressure, as well as low financial and energy costs. The control of the surface characteristics is based on the changes of the dominant physicochemical effects depending on the type of discharge, parameters of generated plasma, processing regime and the origins of the materials being processed

-

BSUIR,

IZOVAC-BSUIR Engineering and Education Center

Dmitry A. Kotov

Phone: +375 17 293-80-59

[email protected]

Film growth

25

Technical equipment based on composite liquid-containing materials for human protection from electromagnetic impact

Purpose: to design protection barriers, capable to protect humans from the microwave electromagnetic radiation, produced by industrial, communication and other devices.

Principle of operation of the technical equipment for human protection from electromagnetic impact is based on electromagnetic energy absorption within the composite materials, which possess resisteve and dielectric losses, and within the protection designs, made of them

-

BSUIR,

R&D Lab «Materials and components of electronics and superconducting equipment»

Nataliya V. Nasonova

Phone: +375 17 293-85-58

[email protected]

Information security

26

Development of built-in aluminium metallization technology for light emitting diodes with high power light emission

Built-in aluminium metallization technology differs from other approaches by an operation of electrochemical aluminium anodization which converts an aluminium layer in to a alumina one (Al2O3).

In comparison with conventional technology, based on plasma etching of aluminium, the technology we offer makes it possible to form metallization featuring the following advantages:

planar relief;

reliable insulation of aluminium conducting paths by their own oxide Al2O3;

few operations involved in the manufacturing process;

high destruction resistance owing to electric migration of aluminium conducting paths;

low cost.

-

BSUIR,

R&D Lab «Electrochemical nano-structure materials»

Sergei K. LazarukPhone: +375 17 293-88-69

[email protected]

Smart materials and nanotechnology

27

Optoelectronic couple based on nanostructured silicon and Al2O3

Fabrication of an effective light-emitting diode – waveguide – photodetector system for optical signal transmission, compatible with silicon integrated circuits technology.

Principle of operation: magnetron deposition of nanostructured aluminum - silicon, aluminum - titanium nanostructured composites onto a single crystal silicon substrate and their subsequent electrochemical anodic oxidation through a previously formed photoresist mask.

-

BSUIR,

Center «Nanoelectronics and advanced materials»

Andrei A. Leshok

Phone: +375 17 293-88-69

[email protected]


28

Thin film materials and devices for photocatalytic applications

Fabrication of thin film photocatalytic materials on solid or flexible substrates and their based devices.

Principle of operation: solgel, chemical and electrochemical synthesis of heterogeneous photocatalytic materials using oxide semiconductors (TiO2, ZnO, …) as a matrix in combination with other dispersed semiconductors enhancing their photocatalityc properties.

-

BSUIR,

Center «Nanoelectronics and advanced materials»

Viktor E. Borisenko

Phone: +375 17 293-88-69

[email protected]


29

Development and creation of video-spectral methods of combination of spatial, spectral and service information using the data of the equipment installed on small spacecrafts (SSC).

The project presupposes the development and construction of video-spectral methods of combination of spatial, spectral and service information using the data of the equipment installed on small spacecrafts (SSC)

-

Scientific Institution “Research Institute of Applied Physical Problems named after A.N. Sevchenko” of the Belarusian State University

Boris Belyaev, DSc, the Head of Aerospace Research Department, Professor.

Phone: +375 17 396-44-09.


Informatics and space research

30

Modeling of video-spectral devices for space experiments (SE) and creation of SE simulators for investigation of physical processes and phenomena that occur in the upper and middle atmosphere, as well as on the Earth's surface.

The project presupposes modeling of video-spectral devices for space experiments (SE) and creation of SE simulators for investigation of physical processes and phenomena that occur in the upper and middle atmosphere, as well as on the Earth's surface.

-

31

Construction of video-spectral devices for SSC, nano- and microsatellites, intended for study of space phenomena and processes in the atmosphere and on the Earth's surface.

The project presupposes Construction of video-spectral devices for SSC, nano- and microsatellites, intended for study of space phenomena and processes in the atmosphere and on the Earth's surface.

-

32

Manufacture of equipment and organization of production of high-performance sorbent PENOPURM.

The high-performance sorbent PENOPORUM is intended for removal of liquid oil products and organic substances while liquidation of oil outflow, for purification of water bodies, soil, settling tanks and rainwaters from hydrocarbons and their derivatives, crude oil, light and heavy grades of fuel, vegetable, animal and mineral oils, organic solvents, and conventional organic products. It absorbs 35-70 times more pollutants than its own weight.

PENOPURM can be used on water and soil as a preventive tool for immediate use in case of sudden pollution and catastrophes in high-risk areas. It is produced in the form of plates, pellets, mats, circles, booms, pillows, which enable to undertake immediate and effective measures and guarantees excellent results even in difficult weather conditions. The sorbent can be also used for preventive treatment, such as removal of industrial pollutants dissolved in water, located in sedimentation tanks and storage tanks, oil separators, as well as for elimination of leaks and industrial sewage filtration in metallurgical, chemical and oil refining industry.

-

Scientific Institution “Research Institute of Applied Physical Problems named after A.N. Sevchenko” of the Belarusian State University.

Mikhail Ksenofontov, DSc, the Head of the Laboratory of Physical Chemistry of Polymeric Materials and Natural Organic Compounds, Assoc. Prof.

Phone: +375 17 212-54- 26, +375 17 398-03-19.

E-mail: [email protected].

Machine systems and complexes

33

Joint production and use of new composite reagents for water purification.

Objectives of the project:

- development of a new method of purification of any volume of natural and waste water using solid reagents;

- reduction of the number of stages of reagents introduction;

- improvement of water quality.

The composite reagents excel liquid reagents in effectiveness, which simplifies greatly the process of water purification and reduces the number of stages of reagents introduction. The use of solid reagents reduces considerably the cost of the process owing to decrease of the amount of the injected coagulant 1.5-2 times. The efficiency of the composite reagents is determined by the difference in dissolution rates of the constituent substances, which in turn is determined by the chemical and granulometric composition of the components of the compositions.

-

Institution of the Belarusian State University “Research Institute of Physical and Chemical Problems”.

Contact person – Dmitry Grynshpan, DSc, the Head of the Laboratory of Cellulose Solutions and Products of Their Treatment, Professor.

Phone: +375 17 200-41-70.


Ecology and nature management.

34

Colloid-chemical synthesis of micro- and nanostructured materials of inorganic or composite nature, directed chemical modification of properties of nanomaterials, functionalization of surface of nanomaterials.

The project includes:

– development of the technology of formation of high-density scintillation transparent ceramics with high efficiency to radioluminescence on the base of ultrafine garnets powders doped with rare-earth ions;

– development of methods of synthesis of fluorescent semiconductor nanocrystals applicable as fluorescent labels in medical diagnosis, optically active media for photovoltaic and electroluminescent structures;

– development of methods of production of quartz sol-gel glasses with incorporated ultrafine particles of copper selenide used as near-IR range filters.

-


Mikhail Artemyev, DSc, the Head of the Laboratory of Nanochemistry. Phone: +375 17 289-10-78.


Chemical synthesis and products.

35

Development of the technologies for chemical and electrochemical deposition of functional (electroconductive, corrosion-resistant, light-absorbing, anti-friction, decorative, etc.) coatings made of metals, alloys and composites (metal-oxide) for instrument and engineering tools, electrical engineering and microelectronics.

The project presupposes development of the technologies for chemical and electrochemical deposition of functional (electroconductive, corrosion-resistant, light-absorbing, anti-friction, decorative, etc.) coatings made of metals, alloys and composites (metal-oxide) for instrument and engineering tools, electrical engineering and microelectronics.

-


Tatiana Gaevskaya, PhD, the Director of the Research Institute of Physical and Chemical Problems, the Head of the Laboratory of Thin Films Chemistry. Phone: +375 17 209-52-54.



36

Elaboration of technologies for production of new types of solid and liquid fuel, including biofuel made of renewable raw materials. Development of measurement procedures for quality control of fuel, oils and feed.

Joint research on technologies for production of new types of solid and liquid fuel, including biofuel made of renewable raw materials. Development of measurement procedures for quality control of fuel, oils and feed.

-


Zoe Antonova, PhD, the Head of the Laboratory of Fuels, Oils and Feeds, Assoc. Prof.

Phone: +375 17 209-51-92.


Energetics.

37

Synthesis and investigation of new alicyclic and heterocyclic compounds applicable for production of polymers of different classes with high resistance to heat and light aging.

The project presupposes synthesis and investigation of new alicyclic and heterocyclic compounds applicable for production of polymers of different classes with high resistance to heat and light aging.

-


Leonid Krul, DSc, the Head of the Laboratory of Structural and Chemical Modification of Polymers, Professor.

Phone: +375 17 209-54-52.


Chemical synthesis and products.

38

Development of methods of modification of natural polysaccharides in order to give them their own biological activity for creation of new medications of targeted delivery and prolonged action.

Study of methods of modification of natural polysaccharides in order to give them their own biological activity for creation of new medications of targeted delivery and prolonged action.

-


Tatiana Yurkshtovich, PhD, the Head of the Laboratory of structural and chemical modification of polysaccharides and medications on their basis, Assoc. Prof.

Phone: +375 17 328 62 29.


Medicine and pharmacy.

39

Development of new generation disinfectants based on organic peracids for sanitation of premises and equipment of enterprises of food, meat and dairy industry and agriculture.

The project presupposes Development of new generation disinfectants based on organic peracids for sanitation of premises and equipment of enterprises of food, meat and dairy industry and agriculture.

-

Institution of the Belarusian State University “Research Institute of Physical and Chemical Problems”

Vladimir Shablovsky, PhD, the Head of the Laboratory of inorganic sorbents and anticorrosive coatings.

Phone: +375 17 222-45-09.



40

Development, launch and operation of scientific and educational micro- and nanosatellites.

The project includes:

- development of systems for control, orientation and stabilization, power supply, navigation of nano- - and picosatellites;

- ballistic tracking of the spacecraft;

- registration, processing and analysis of telemetry information and target load equipment information;

- maintenance of software and hardware systems of ground control systems of spacecrafts;

- development of on-board equipment, software and its integration into a single complex;

- development and implementation of scientific experiments.

-

Faculty of Radiophysics and Computer Technologies of the BSU

Vladimir Saechnikov, the Head of the Department of Physics and Aerospace Technologies.

Phone: +375 17 209-58-33.


Informatics and space research.

41

Development of new educational technologies for aerospace education system.

Joint work on development of new educational technologies for aerospace education system.

-

-

42

Development of navigation algorithmic support of small-scale unmanned aircraft of a new generation.

The project presupposes development of navigation algorithmic support of small-scale unmanned aircraft of a new generation..

-

Faculty of Radiophysics and Computer Technologies of the BSU

Konstantin Kozadaev, PhD, the Head of the Department of Intelligent Systems, Assoc. Prof.

Phone: +375 17 209-59-36.


Informatics and space research.

43

Creation of transgenic plants for the expression of animal proteins that are essential for veterinary medicine in order to create veterinary drugs based on these proteins.

The project presupposes creation of transgenic plants for the expression of animal proteins that are essential for veterinary medicine in order to create veterinary drugs based on these proteins.

-

Faculty of Biology of the BSU

Anatoly Sokolik, PhD, the Head of the Laboratory of Plant Physiology and Biotechnology, Deputy Dean for Research, Assoc. Prof.

Tel. 375 17 209-58-02. E-mail: [email protected]

Biological systems and technologies.

Ecology and nature management.

44

Cloning and expression of eukaryotic genes in prokaryotes.

Joint work on aspects of cloning and expression of eukaryotic genes in prokaryotes.

-

-

45

Optimization of fermentation processes in production of protein products by biosynthesis during cultivation of microorganisms.

Development of ways of optimization of fermentation processes in the production of protein products by biosynthesis in the cultivation of microorganisms.

-

-

46

Research of microorganisms in the interests of specific biotechnological processes.

Joint research of microorganisms in the interests of specific biotechnological processes.

-

-

47

Creation of cultures of microbes intended for restoration of soils affected by the impact of industrial production.

The project presupposes creation of cultures of microbes intended for restoration of soils affected by the impact of industrial production.

-

-

48

Creation of recombinant and mutant strains of rhizosphere and soil bacteria and obtaining of microbial preparations on their basis.

Joint work on creation of recombinant and mutant strains of rhizosphere and soil bacteria and obtaining of microbial preparations on their basis.

-

-

49

Design of transgenic flax and rape plants resistant to herbicides.

The project presupposes design of transgenic flax and rape plants resistant to herbicides.

-

-

50

Assessment of the antipathogenic potential of bacterial hrp-genes.

Joint work on assessment of the antipathogenic potential of bacterial hrp-genes.

-

-

51

The use of pectolytic preparations of bacteria of the Erwinia genus for production of flax fiber from flax straw.

The project presupposes the work on the use of pectolytic preparations of bacteria of the Erwinia genus for production of flax fiber from flax straw.

-

-

52

Design of the producers of glucose isomerase and alpha-amylase.

Joint work on design of the producers of glucose isomerase and alpha-amylase.

-

-

53

Creation of a culture of suspension and callus cells of rare species of medicinal herbs in order to obtain effective physiologically active metabolites.

The project presupposes creation of a culture of suspension and callus cells of rare species of medicinal herbs in order to obtain effective physiologically active metabolites.

-

-

54

Development of instrumental methods of testing of the system of nature protection measures using electro-algological approaches.

Joint work on development of instrumental methods of testing of the system of nature protection measures using electro-algological approaches.

-

-

55

Study of secondary metabolites of some tropical flora taxa in order to obtain components suitable for use in the pharmaceutical industry.

Joint study of secondary metabolites of some tropical flora taxa in order to obtain components suitable for use in the pharmaceutical industry.

-

-

56

Creation of adaptogenic and immunomodulating substances based on callus and suspension cell cultures of plants synthesizing finipropanoid compounds.

The project presupposes creation of adaptogenic and immunomodulating substances based on callus and suspension cell cultures of plants synthesizing finipropanoid compounds.

-

-

57

Development of methods of isolation and purification of recombinant proteins for biomedical purposes using solid-phase refolding.

Joint development of methods of isolation and purification of recombinant proteins for biomedical purposes using solid-phase refolding.

-

-

58

New approaches for chemical-enzymatic synthesis of steroids using recombinant microorganisms.

Joint work on new approaches for chemical-enzymatic synthesis of steroids using recombinant microorganisms.

-

-

59

Scientific basis for strategy of development of trans-regional relations of Belarus and China for the period up to 2025

Objective:

To develop a scientific basis of trans-regional relations strategy of Belarus and China for the period up to 2025 taking into consideration strategic targets and interests of two countries based on new methodological tool.

Content:

New methodological tool was developed and an assessment of the socio-economic and sci-tech potential of the regions of China and Belarus was held; a scheme for determine the priority for bilateral cooperation on regional level was proposed; a number of lucrative commodities and services exporting by countries was determined; new forms of economic relations development on innovative basis was proposed, including in sphere of credit-investment cooperation.

Result:

Scientific basis of trans-regional relations strategy of Belarus and China for the period up to 2025.

Newness:

Strategic priorities, points of integration growth and facilitating mechanisms of China-Belarus cooperation in the regional context will be defined for the first time.

-

The Institute of economics of the National Academy of Sciences of Belarus. The coordinator – T. S. Vertinskaya.

Society and Economy

60

Rationalization of innovative model of new national tourism products implementation of Belarus in terms of development of Belarusian-Chinese cooperation

Objective:

To develop a conceptual model of a national tourist product implementation on a cluster basis and with digital technologies utilization for tourists from China.

Content:

А conceptual model of a new tourism product implementation in the context of various types of tourism (ecological, military-historical, business, etc.) on a cluster basis was developed, taking into account the cultural characteristics of China; legal, socio-economic, marketing conditions for modern digital technologies utilization (QR-coding, augmented reality, electronic payments) in the promotion of national tourism products have been determined, and proposals to adapt the Belarusian tourist product to the requirements and standards of the Chinese market.

Results:

An innovative model of new national tourism products implementation for China and other countries with the Chinese diaspora, providing growth of tourism services and related economic activities.

Newness:

The model of a tourism product implementation based on digital technologies, aimed to a specific consumer: a Chinese tourist, was developed for the first time.

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The Institute of economics of the National Academy of Sciences of Belarus, Belarus-China analytical center of development The coordinator – V.K. Sugak

Society and Economy

61

To develop proposals for reducing negative impact on potential risks of the mutually beneficial cooperation between Republic of Belarus and People’s Republic of China in the scientific and technical, trade-economic and investment spheres.

Objective:

To develop proposals for reducing negative impact on potential risks of the mutually beneficial cooperation between Republic of Belarus and People’s Republic of China, including methodical tools of analysis, systematization of potential risks and the set of practical measures.

Content:

Estimation of the future cooperation benefit for both countries in short and medium term; determination of non-economic interests in the Belarusian-Chinese bilateral cooperation development, the conditions for its coherence and consistency implementation; development of methodological tools, identification and systematization of possible risks for achieving of bilateral cooperation objectives; development of the recommendations on the risk reduction for the development of bilateral cooperation.

Results:

The Complex of proposals for reducing negative impact on potential risks of the mutually beneficial cooperation Republic of Belarus and People’s Republic of China in the scientific and technical, trade-economic and investment spheres.

The Scientific Concept: identification of the potential risks of the mutually beneficial cooperation in the scientific, technical, trade, economic and investment spheres and reducing its negative impact.

Newness:

Risks of the bilateral cooperation in the scientific, technical, trade, economic and investment spheres are identified for the first time; recommendations for the minimizing of possible threats to further development of Belarusian-Chinese ties are developed.

-

The Institute of economics of the National Academy of Sciences of Belarus, Belarus-China analytical center of development The coordinator – S.K. Golubev

Society and Economy

62

The decision of optimization problems in design, planning and management

The development of information systems for optimization of production and logistics planning, production lines design, industry and transport management.

-

The United Institute of Informatics Problems, National Academy of Sciences of Belarus,

Michail Kovaliov, tel. +375 17 2842063,

mob. +375 29 3842063


Information technologies, optimization methods in production and logistics

63

The methods and software for computerized diagnosis of diseases

The systems of diseases diagnosis of the basis of medical images processing and analysis. The use of Deep Learning methods with Big Data of medical images.

-


Vassili Kovaliov, tel. +375 17 2841539,

mob. +375 29 1999770


Information technologies, images recognition methods

64

The systems of remote monitoring the agricultural crop

Acquisition, processing and interpretation of remote sensing and ground based sources data to get timely and accurate information about developing the crop to make correct decisions on agricultural activity.

-

The United Institute of Informatics Problems, National Academy of Sciences of Belarus, Sergey Krautsou ,

tel +375 172842901,


Information technologies, remote sensing of Earth

65

Supercomputer technologies of modeling and design of engineering constructions and technological processes

Modeling dynamic and thermodynamic processes by means of supercomputer clusters to support the design of complicated engineering units. Providing the virtual testing of machines and details.

-


Sergey Medvedev tel.2842167

mob. 8-029 6503219


Information technologies, CAD systems

66

New bio-informatics methods

The use of supercomputer technologies for computational discovery of novel HIV-1 entry inhibitors, computer-aided analysis of mycobacterium tuberculosis, quantitative comparison of functional properties in protein-protein complexes .

-

The United Institute of Informatics Problems, National Academy of Sciences of Belarus, Alexander Tuzikov,

tel +375 17 2842140

mob. 8-029 6842140


Information technologies, bio-informatics

67

Technology and equipment for deposition of multifunctional coatings on polymer roll materials

Width of roll material up to 1000 mm

Productivity up to 100 000 m2 per year

Equipment for deposition of multifunctional coatings on polymer roll materials

Minsk, Kuprevich street, 10, Physical-Technical Institute of the National Academy of Sciences of Belarus

Prof. A.V. Byeli

Industrial and construction technologies and manufactures

68

Molecular and membrane mechanisms of regulator and toxic effects lithium ions on human erythrocytes

Lithium has a diverse effect on the nervous system and stimulates oxidative stress in brain cells and red blood cells of peripheral blood, disrupts the balance of calcium in the blood plasma. The detection of lithium-induced disorders of the erythrocyte system is important for the selection of optimal and safe doses of lithium-containing drugs not only for medical purposes, but also for veterinary medicine.

The purpose of the study was to elucidate the role of lithium ions in the regulation and violation of metabolic processes, the modification of the structural and functional state of membrane proteins and lipids in erythrocytes, and the participation of lithium ions in toxic concentrations in the development of the metabolic syndrome. Development of scientific foundations for the development of a cellular test system for assessing the toxicity of lithium compounds

-

Ph. D., Prof., Corresponding member. Slobozhanina Ekaterina Ivanovna. Head. lab. medical biophysics of the Institute of Biophysics and Cell Engineering of National Academy of Sciences of Belarus, Phone: +375 (17) 284-09-96, E-mail: [email protected]

Ph. D., Prof., Muravleva Larisa Evgenievna. Head. Department of Biological Chemistry of RGP "Karaganda State Medical University" MH RK.Phone: +7 (7212) 51 34 79, E-mail: [email protected]

Biological systems and technologies;

Medicine, pharmacy, medical technology;

- Pharmaceutical technologies, medical biotechnologies, medicines, diagnostic preparations and test systems

69

Study of the Danio rerio Fish Species Model Object for a GMO Analysis to Improve State GMO Risk Assessment Methodology

Joint project of the Institute of Genetics and Cytology of the National Academy of Sciences of Belarus and the Institute of Biology of the Shandong Academy of Sciences (China)

Project objectives: to study feasibility of Danio rerio fish species application as a model object for an analysis of Genetically Modified Organisms (GMOs) to improve mandatory Risk Assessment Methodology preceding the State Registration of GMOs.

The scientific hypothesis consists in the assumption that the Danio rerio fish species model object can be used to analyze the potential toxicity of Genetically Modified Organisms developed in the Republic of Belarus and the People's Republic of China and GMOs entering the country market. In addition, knowledge of variability and peculiarities of GMO genomes will make it possible to develop a scientific basis to assess potential toxicity risks in carrying out the mandatory procedure of State GMO Risk Assessment, to identify effective DNA-markers that allow reliable identification of most frequently occurring genetically modified events.

Key intended outputs, their scientific and practical relevance. A comprehensive study will be carried out on the Danio rerio model object application, which has proved to be an effective model to test toxicity of medicinal drugs, nutrients, and natural pollutants, to study different types of potential toxic effects of GMOs at different stages of Danio rerio ontogenesis and possibility to transfer transgenes to another organism. This will allow to identify GMO effect regularities on the model object and to lay the basis for improving of methodology to assess potential risks of GMOs and to develop Standard Operting Procedures for the potential toxicity analysis, which must be conducted before the State Registration of GMOs.

Possibility of horizontal gene transfer from a Genetically Modified Organism to a recipient organism will be studied. Analysis of GMO genome variability and peculiarities will allow to develop DNA-markers to elaborate a matrix approach to screening of genetic elements most often present in the market, as well as to detect GMOs that have not undergone GMO Risk Assessment procedure or are not allowed for market realization.

-

Director of the Institute of Genetics and Cytology

V.A.Lemesh

Тel. (017) 294 93 03, 8-033-668-08-80


Head of the NCBC,

G.V. Mozgova.

Tel. (017) 284 02 97

8-029-778-62-92,


Biological systems and technologies

70

Protection of the genetic diversity of rare and endangered species of plants of

Poland and Belarus with the use of DNA identification - as a tool to promote and

protect the transborder natural heritage

Joint project of the Institute of Genetics and Cytology of the National Academy of Sciences of Belarus and the Scientific Institutes of Poland.

The project serves as a basis for a comprehensive approach that will protect and sustainably use genetic diversity of plants to develop joint action plans for the conservation of rare and endangered species and specific habitat, to develop the ecosystem services of the two countries. The project will accelerate the exchange of scientific and practical information between scientists of two countries and expand the possibilities of ecological and genetic monitoring of rare and endangered species of plants growing in the cross-border areas, so that on the basis of DNA identification the conservation and sustainable use of genetic resources are ensured.

Achieving the goals of the project will enhance environmental assets (state) of under study unique ecosystems, and the

presence of cultural and natural heritage in good condition, is closely related to cross-border tourism, the development of which will attract investment in the region, will boost local employment.

Researchers consider cross-border cooperation as the most effective strategy for the protection of cross-border natural

areas, adhering to the view that nature does not recognize national boundaries, artificially established on holistic natural areas. The purpose of the project is to develop the concept and rules to conduct comparative analysis of gene pools of rare and endangered species of plants on the basis of DNA identification; to study the morphological and genetic changes in a number of plant species some of them listed in the Red Book of the Republic of Poland and the Republic of Belarus, depending on the growing conditions, climatic and anthropogenic impacts; to develop measures for the conservation of biodiversity and to ensure its sustainable use and implementation some of them as model.

-


V.A.Lemesh

Тel. (017) 294 93 03, 8-033-668-08-80


Head of the NCCAGR,

Elena N. Makeyeva

tel. (017) 399 85 75

e-mail:

[email protected]


71

GenoPheno studies using advanced molecular breeding and Genetic approaches -Genome Wide Association Studies for drought stress in Flax

Joint project of the Institute of Genetics and Cytology of the National Academy of Sciences of Belarus and the Scientific Institutes of Poland and etc..

Drought stress is one of the most limiting factors for plant growth and agricultural production and the main cause of crop loss worldwide. The main aim of this project is to study the genetic bases of drought stress in flax. Worldwide flax collections were selected as a natural population for genetic association

studies. Molecular characterization of the association panel will take place using SSR and SNP markers. Phenotyping of flax seedling under drought stress will be investigated. The phenotypic and genotypic data will be subjected to Genome Wide Association Study (GWAS) for detecting the marker trait associations to drought stress in flax. This study will be as a reference study

for all classical and molecular breeders for production of new promising drought tolerate cultivars.

-


V.A.Lemesh

Тel. (017) 294 93 03, 8-033-668-08-80


Deputy Director for science and innovations

Elena Guzenko

tel. (017) 284 19 41

e-mail:

[email protected]

-

72

Development of a technique for automated design of land reclamation systems on the basis of modeling the operation of a drainage network using GIS technologies and remote sensing data of the earth.

Purpose: The choice of economical and environmentally efficient solutions based on a multivariate computer-aided design

Advantages: Selection of the most effective solutions based on the use of models with distributed parameters and information support based on GIS and databases.

-

RUE "Institute of Melioration"

220040, Republic of Belarus, Minsk, ul. Nekrasov, 39-2

+375 (17) 292-49-41

+375 (17) 292-64-96 (fax)


www.niimel.by

Agro-industrial technologies and production: adaptive technologies in agriculture and animal husbandry

73

Development of a technique for the feasibility study of irrigation regimes

Purpose: calculation of parameters of irrigation regimes allowing to achieve the optimal ratio between irrigation costs and the cost of crop production.

Advantages: the possibility without field experiments to establish economically valid irrigation regimes and plan irrigation, which gives the maximum additional net income.

-



+375 (17) 292-49-41

+375 (17) 292-64-96 (fax)


www.niimel.by


74

Development of a system of indicators of bioenergy potential of peat soil complexes on the basis of geoinformation evaluation of spatiotemporal variability of reclamation objects

Purpose: the creation of a methodology for designing highly efficient, environmentally sustainable agro-systems for territories with peat soils of different stages of transformation using modern technical means.

Advantages: will allow specialists of agricultural enterprises to form an effective set of agrobiotechnological methods for maximum realization of the productive potential of these lands. Ensure the conduct of economically viable intensive crop production in territories with peat soils.

-



+375 (17) 292-49-41

+375 (17) 292-64-96 (fax)


www.niimel.by


75

Development of a system for video monitoring and diagnostics of inaccessible and underwater elements of structures

Purpose: diagnostics of inaccessible and underwater elements of structures, obtaining objective information without attraction, divers, dismantling of structures or mechanisms.

Advantages: provides work safety, the possibility of repeated and extended examination of survey materials.

-



+375 (17) 292-49-41

+375 (17) 292-64-96 (fax)


www.niimel.by


76

The development of a system for the production of fodder on reclaimed mineral lands in conditions of grain-tilled-tilled crop rotation, ensuring the production of high-quality crop production with a reduction in unit costs and an increase in soil fertility

Purpose: to achieve a favorable balance between different agrophytocenosis of introduction on lands with a complex of soils and the presence of slope lands.

Advantages: it will make it possible to obtain food with an optimal sugar-protein ratio, mineral composition and minimize losses of plant nutrients with surface runoff, while eliminating contamination of agricultural lands with nitrogen-containing compounds.

-



+375 (17) 292-49-41

+375 (17) 292-64-96 (fax)


www.niimel.by


77

Investigation in the laboratory of the filtration and hydraulic characteristics of profiled membranes with geotextiles for evaluation of their application as drainage elements on exploited roofs

Purpose: the establishment of hydraulic and filtration characteristics of profiled membranes with geotextiles, determination of water intake and throughput,

Advantages: it will allow to correct the parameters of membranes when using them as draining elements on exploited roofs.



+375 (17) 292-49-41

+375 (17) 292-64-96 (fax)


www.niimel.by


78

Research of technical characteristics of geotextiles for their application as protective-filtering drainage materials

Purpose: establishment of filtration characteristics of geotextile materials for their use as PFM drainage, determination of water intake capacity of drainage pipes with geotextile materials.

Advantages: Characteristics will be determined in different soil conditions (sand, peat, loam).



+375 (17) 292-49-41

+375 (17) 292-64-96 (fax)


www.niimel.by


79

Development of methods for an integrated ecological and socio-economic assessment of the efficiency of the use of marshes and drained peatlands in order to preserve their biospheric functions and economic significance

Purpose: to ensure sustainable use, biological diversity, reproduction of natural resources in peatlands and wetlands.

Advantages: The Republic of Belarus has a unique combination of natural marshes and drained peat complexes in agriculture and forestry, which allow obtaining positive results.

-



+375 (17) 292-49-41

+375 (17) 292-64-96 (fax)


www.niimel.by


80

Development of an automated storage system and spatial-temporal assessment of data on crop yields using DATA Mining methods for making decisions on economically and ecologically effective land use in conditions of accidental weather and climate impacts

Purpose: creation of a system of spatio-temporal assessment of crop yields, using large arrays of multi-year data for decision-making on economically and environmentally efficient land use

Advantages: The random nature of weather and climate impacts will be taken into account, which will provide the opportunity to make decisions in mixed strategies in a changing climate.

-



+375 (17) 292-49-41

+375 (17) 292-64-96 (fax)


www.niimel.by


81

Development of an automated system for storage and analysis of monitoring data of natural anthropogenic systems based on GIS and DB for information support of integrated water and land resources management, in particular, on reclaimed agricultural catchments

Purpose: formation of a database of time series of monitoring of any indicators of water, heat, chemical, radiation regimes of natural and agro-natural watersheds for information support of integrated water and land resources management.

Advantages: extensive use of data generated on the basis of GIS and DB.

-



+375 (17) 292-49-41

+375 (17) 292-64-96 (fax)


www.niimel.by


82

Creating the conditions for joint management and sustainable use of natural resources

of the wetland “Transboundary Ramsar Site “Olmany – Perebrody”

On the territory of Stolin (Belarus), Dubrovitsky and Rokitnovsky (Ukraine), there is a large forestry complex "Olmany-Perebrody", which in 2015 was declared a Transboundary Ramsar Territory (hereinafter TRT). Taking into account the international nature protection status, it is necessary to ensure the conditions for joint management, rational use and conservation of the natural resources of a unique transboundary facility. To create a basic management framework, it is necessary to develop a joint management plan for TRT "Olmany-Perebrody", in which environmental protection measures, measures for the development of ecological tourism, etc. should be proposed and justified.

TRT "Olmany-Perebrody" has significant reserves of wild cranberries, with the bulk of them accounted for by the Belarusian part. Annually, local people of Belarusian and Ukrainian villages visit the Olmany (Stolinsky District) wildlife sanctuary to collect wild berries, over 20,000 visitors are registered here during the harvest season. At the same time, on both sides of the border, there is no modern system for early detection of fires, and the fire safety system requires improvement. To ensure a favorable and safe ecological environment, it is necessary to create a joint fire safety monitoring system, to develop and implement priority pilot activities of the joint fire safety plan; implementation of measures to create favorable conditions for local residents and tourists to stay at TRT (equipped recreation areas with drinking water sources), environmental education, dissemination of knowledge about the need and ways of taking care of the natural resources of wetlands.

-

Uladzimir Ustsin, Head of Wildlife Department on SSPA “SPC NAS Belarus on Bioresources”

+375-17-2841897, +375-29-7634439,

[email protected]


83

Year-round production technology of Ionitoponic of virus-free seedling and mini tubers of potatoes in an artificial soil reusable

The technology for obtaining virus-free tubers and potato seedlings in vivo during micro cloning a virus-free meristem of plants through a year-round work of biotechnological systems, representing the technical device of modular type. As a substrate for root nutrition used artificial soil based on ion-exchange materials of natural and synthetic origin. Watering is done programmatically, depending on the phase of growth, photoperiod, light and heat-humidity conditions for growing plants.

State scientific Institution the V.F. Kuprevich Institute of experimental Botany NAS of Belarus», mineral nutrition optimizing laboratory

220072, Minsk, UL. Academic, author of 27 patents and development manager Dr. Tamara G. Yanchevskaya,

tel. : +375 (17) 284 20 37, + 375 (29) 684 20 37

fax: + 375 284 18 53

e-mail: [email protected]; http://biobel.bas-net.by/botany


84

Identification of new antibacterial drugs based on antimicrobial peptides in fugal and plants sequenced genomes. Selection and optimization of candidate peptides with activity against biofilm-forming bacteria

Using the methods of computational data analysis (genome, EST, proteome database analysis, sequence analysis, prediction of properties using machine learning algorithms and methods based on quantitative structure-activity relationship) in certain fugal and plants sequenced genomes to identify antimicrobial peptides with a set of targeted properties. Using computational analysis, to optimize candidate antimicrobial peptides structures for subsequent cloning and laboratory analysis of the cloned peptides activity against clinically important biofilm-forming bacteria. To create a set of candidate molecules that prevent the formation of biofilms on surfaces.

Dr. Oleg Ivanov, Senior Researcher, Department of metabolism and functions of plant's proteins, V.F. Kuprevich Institute of Experimental Botany of the National Academy of Science of Belarus, Minsk, Belarus.


Office Ph: +375 17 284 20 34

Mobile Ph: +375 44 539 12 41

Pharmaceutical technology, medical biotechnology, medicines, diagnostic drugs and test systems

85

Development of compact LED-biocomplexes for the cultivation of vegetable, green and spicy-aromatic cultures

LEDs (light emitting diode) are modern sources of energy allowing production of the light wavelengths corresponding to the absorption peaks of plants photosynthesis and photomorphogenesis processes.

It is known that LEDs unique spectra could stimulate vegetative growth, flower or fruits formation. Most of researches have focused on the using of LEDs technology in the greenhouse industry as regulator of growth and photosynthesis. Manupulation of plant morphology and biochemistry is also very important for quality and commercial use of plant production.

The objective of project is the development of biocomplexes and cultivation technology of green and spicy-aromatic cultures in them under the innovative LED lighting for use in confined spaces, unfavorable climate, incl. Antarctic and Arctic expeditions.

National Academy of Sciences of Belarus “V.F.Kuprevich Institute of Experimental Botany”, Molchan O.V. Head of Lab Ph.D. Assoc. prof. Olga MolchanTel. + 375-17-2842012;Fax: 375-17-2841853

Agro-industrial complex and food security.

86

Development of plant cultivation technology using high-efficiency LED irradiators in closed ground

LEDs (light emitting diode) are modern sources of energy allowing production of the light wavelengths corresponding to the absorption peaks of plants photosynthesis and photomorphogenesis processes.

It is known that LEDs unique spectra could stimulate vegetative growth, flower or fruits formation. Most of researches have focused on the using of LEDs technology in the greenhouse industry as regulator of growth and photosynthesis. Manupulation of plant morphology and biochemistry is also very important for quality and commercial use of plant production.

The objective of project is the development of technology for plant cultivation using high-efficiency LED irradiators for plant cultivation of closed ground

National Academy of Sciences of Belarus “V.F.Kuprevich Institute of Experimental Botany”, Molchan O.V. Head of Lab Ph.D. Assoc. prof. Olga MolchanTel. + 375-17-2842012;Fax: 375-17-2841853

Agro-industrial complex and food security.

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