Department’s Laboratory

Problem Research Laboratory Medico-Ecological Microprocessor Systems

Scientific adviser: Semenets Valeriy Vasilievich, Doctor of Technical Sciences, Professor, laureate of the State Prize of Ukraine in the field of science and technology.

The main scientific directions:

  • development of microprocessor devices on FPGA for use in medicine and ecology.
  • development of training stands and laboratory devices for the study of control systems based on modern microcontrollers, signal processors and FPGAs;
  • development of modern computer measuring equipment;
  • development and implementation of distance E-learning systems in the education process;
  • development of facilities for studying physical fields in biological objects;
  • development of methods for studying the human musculoskeletal system.

Scientific results for the last 5 years:

a) DAAD grants are received and work is carried out on the Erasmus + program;

b) Work is underway on the state budget issue No. 315. Theoretical foundations and the concept of diagnosis and treatment of conditions that threaten human life “, a fundamental work (due 01.01.2017-31.12.2019).

c) 5 patents of Ukraine:

  • A way to increase the objectivity of olfactometric studies: Pat. 110453 C2 of Ukraine: IPC A61B 5/08 (2006.01). / Avrunin OG, Zhuravlev AS, Shushlyapina N.O. Nosova Ya.V., Farouk H.; applicant and patent holder Kharkov National University of Radio Electronics. No.a201500604; claimed. 01/26/2015; publ. 05/25/2015, Bul.№10 – 2s.
  • Device for testing respiratory odor disorders: pat. 110452 of Ukraine: IPC A61B 5/08 (2006.01). / Avrunin OG, Zhuravlev AS, Shushlyapina NO, Nosova Ya.V., Faruk Kh.; applicant and patent holder Kharkov National University of Radio Electronics. No. а201500603; claimed. 01/26/2015; publ. 06/10/2015, Bul.№11-4c.
  • A method for determining the degree of influence of air flow on the mucosa of the nasal cavity: Pat. 111311 S2 of Ukraine: IPC A61B 5/08 (2006.01), A61B 5/087 (2006.01), A61B 34/10 (2016.01), G09B 23/28 (2006.01). / Avrunin OG, Besshapochny SB, Zhuravlev AS, Shushlyapin NO, Loburets VV, Nosova Ya.V., Timkovich M.Yu., Faruk H.; applicant and patent holder Kharkov National University of Radio Electronics. No. а2015 07110; claimed. 07/16/2015; publ. 10/26/2015, Bul.№20 – 5s.
  • Method for determining violations of fine motor hand: pat. 104173 Ukraine: IPC A61V 5/11. / Selivanova K., Avrunin O.G.; applicant and patent holder Kharkov National University of Radio Electronics. Declared. 08/10/2015; publ. 12/01/2016. Bul. № 1.
  • Method for determining the structure of paravertebral muscles using computed tomography: Pat. 111269 of Ukraine: IPC A61B 6/03 (2006.01), G06T 7/40 (2006.01), G06F 15/18 (2006.01). / Timkovich M.Yu., Avrunin OG, Skidanov AG, Radchenko VA, Nessonova M.M.; the applicant and the Kharkov National University of Radio Electronics. Declared. 19/09/2014; 11.04.2016, Bul. №7.

d) 4 monographs and a textbook:

  • Avrunin OG, Tomashevsky RS, Faruk Kh.I. Methods and means of functional diagnostics of external respiration: monograph. Kharkov: KhNADU, 2015. – 208 p.
  • Modern intelligent technologies of functional medical diagnostics: monograph / O.G. Avrunin, E.V. Bodiansky., M.V. Kalashnik, V.V. Semenets, V.A. Filatov. Kharkov: KhNURE, 2018. – 248 p.
  • Intellectual technologies for modeling surgical interventions: monograph / O.G. Avrunin, S.B. Bezshapochny E.V. Bodiansky., V.V. Semenets, V.A. Filatov. Kharkov: KHNURE, 2018. -210 p.
  • Information technologies for decision support in determining nasal breathing disorders: monograph / O.G. Avrunin, E.V. Bodiansky., V.V. Semenets, V.A. Filatov, N.O. Shushlyapin. Kharkov: KHNURE, 2018. – 125 p.
  • Microprocessors in information-measuring systems / Avrunin OG, A.V. Zaporozhets, Т.V. Nosov, I.V. Rouzhentsev, V.V. Semenets, V.V. Tokarev. Microprocessors in information and measurement systems. – X.: KHNURE, 2015.- 180 p.

e) Art. gr. BMI-14-1 Topchiy VS She won the III place at the All-Ukrainian competition of student works – 2018 for the development of methods for analyzing the condition of the musculoskeletal system of a person.

Prospective directions:

  • Development of a new microprocessor laboratory base for the design of modern biomedical equipment.

Research and Educational Laboratory of the “Analytical Optical Chemotronic” them. prof. Rozhitsky N.N.

Scientific adviser: Ekaterina Nikolaevna Muzyka, d. s. w., Doctor of Technical Sciences, prof. of Biomedical Engineering Department.

All areas for which the laboratory operates:

The name of the priority direction of the development of science and technology: “Fundamental scientific research on the most important problems of development of scientific, technical, socio-economic, socio-political, human potential for ensuring Ukraine’s competitiveness in the world and sustainable development of society and the state.” The name of the priority thematic area “Fundamental problems of life sciences and biotechnology development”.

Main topics:

Nanobiophotonics, biophotonics, nanotechnology, sensorics, electrochemical analytics, including electrogenerated chemiluminescence. Fundamental research and development of modern analytical, optical (luminescent) methods, devices and systems.

Existing achievements for the last 5 years:

a) grants, work on the order of foreign representatives:

Grant DAAD A / 14/02402 “Synthesis of semiconductor nanocrystals using liquid phase laser ablation for electrochemiluminescent assays” (2014-2015r.) Grant of the Chinese Academy of Sciences for invited scientists CAS President’s International Fellowship Initiative “Film modified electrodes for electrochemiluminescent sensor system” (2015-2016) Grant of the Chinese Academy of Sciences for invited scientists CAS President’s International Fellowship Initiative “Development of a wireless microanalytical electrochemiluminescent system” (2015-2016) Grant of the Chinese Academy of Sciences to invited scientists CAS President’s International Fellowship Initiative “A novel molecularly imprinted polymer (MIP) -based electrochemiluminescent (ECL) assay” (2016-2017) Grant for student mobility for training at the Wroclaw University of Science and Technology in the framework of Erasmus + International Credit Mobility-KA107 (2016-2017). Grant for staff mobility for training at the Wroclaw University of Science and Technology in the framework of Erasmus + International Credit Mobility-KA107 (2016-2018). Scholarship of the Cabinet of Ministers of Ukraine for Young Scientists, Resolution No. 1 of the Presidium of the Committee on State Prizes of Ukraine in Science and Technology February 13, 2014 (Snezhko DV) Scholarship of the Cabinet of Ministers of Ukraine for Young Scientists, Resolution No. 1 of the Presidium of the Committee on State Prizes of Ukraine in Science and Technology February 13, 2014 (Zholudov Yu.T.) Scholarship of the Cabinet of Ministers of Ukraine for Young Scientists, Resolution No. 4 of the Presidium of the Committee on State Prizes of Ukraine in Science and Technology October 1, 2014 (Music of KM)
b) state budget, contractual work:

International project from the Ukrainian Science and Technology Center of Ukraine No. 5067 “Development of advanced nanophotonic technologies and devices for detecting dangerous and toxic organic compounds in water bodies of the environment, 2010-2013.
The project of the Federal Ministry of Education and Science of Germany on scientific and technical cooperation between Ukraine and Germany No. IB-034 “Research and development of electrodes modified with carbon nanotubes for (bio) analytical applications using high-speed electrochemistry” (2013-2014).

Scientific project No. M / 255-2013 “Research and development of electrodes modified with carbon nanotubes for (bio) analytical applications using high-speed electrochemistry” (2013) Scientific project No. M / 87-2014 “Research and development of electrodes modified by carbon nanotubes for (bio) analytical applications using high-speed electrochemistry” (2014) Scientific project No. F56 / 36-2014 “High-speed voltammetry, theory and principles of application” (2014)

Scientific project No. 292-1 “The concept of molecular recognition based on” synthetic receptors “and its application for the creation of devices for determining substances” 2015 – 2017 Scientific project No. 314-1 “Analytical system for electrochemiluminescent determination of powerful oxidants in aqueous media” 2016-2018. Scientific project №324-1 “The concept of” donor-acceptor interaction “in the development of an optical sensor for the determination of explosive nitroaromatic compounds” 2018-2020.
c) obtained copyright certificates, patents: Pat. 87433 Ukraine, IPC G01N 27/44. Nanophotonic sensor system for determination of organic carcinogens in water bodies of the environment / Sushko AA, Rozhitsky NN, Belash AM; owner Харьковский нац. radio-electronic equipment. – No. 2013 2013; claimed. 29.07.13; publ. 10.02.14, Bul. № 3. – 4 with. Pat. 104519 Ukraine, IPC G01N 27/30. Microelectrode and its manufacturing method / Snezhko DV, Rozhitsky NN, Bendeberia GM; owner Харьковский нац. radio-electronic equipment. – No. a201211996, filed. 18.10.2012; publ. 10.02.2014, Bul. No. 3. – 4 s. d) other initiative works (monographs, etc.). Monograph: Muzyka K.M., Rozhitskii M.M. Chapter. 3 Microfluidic Electro-chemiluminescent detection devices with capillary electrophoresis (2011) Microfluidics: Theory and Applications. “Nova science publishing”, NY, PP. 103 – 134. Muzyka K.M., Piletsky S., Rozhitskii M. Chapter. 5 MIP-based Voltammetric Sensors. in Molecularly Imprinted Polymers: A Handbook for Academia and Industry, Alvarez-Lorenzo C .; iSmithers, UK, 2013, 197-228. Sushko O.A., Rozhitskii M.M. Chapter. 12 Nanophotonic Sensor for Polycyclic Aromatic Hydrocarbon Detection: Nanobiophysics. Fundamental and Applications (edited by V. A. Karachevtsev). Pan Stanford Publishing, USA. PP. 381-410 ISBN 978-981-4613-96-5 e) competitive work with students, won prizes.

Perspective directions on which scientific research is planned:

Nanobiophotonics, biophotonics, nanotechnology, sensorics, electrochemical analytics, including electrogenerated chemiluminescence. Fundamental research and development of modern analytical, optical (luminescent) methods, devices and systems.

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Контакти

Адреса

Головний корпус А, 4 етаж, кімн. 445, 447-450, 452Б – 455

Email

d_bme@nure.ua

Телефон

+38 (057)-702-13-64