Abramchuk Olha Mykolayivna

Position - Assistant Professor of Human and Animal Physiology.

Scientific degree - PhD of Biological Sciences.

Academic title - Associate Professor.

Specialist in biophysics.

Contact:

• Lutsk, Potapova, 9, Block C, 7th floor (room 702)
• e-mail: Abramchuk.Olga@vnu.edu.ua
• +38(0332) 249947

Scientific profiles of the author

ORCID

Scopus Author ID

ResearcherID

EDUCATION

• 2006 - PhD of Biological Sciences (Biophysics), Taras Shevchenko National University of Kyiv, Kyiv
• 2001 - Diploma of Higher Education with honors (master degree, Biology), Faculty of Biology, Volyn State University named after Lesya Ukrainka, Lutsk.

WORK EXPERIENCE:

• 2001 - Senior Laboratory Assistant of Human and Animal Physiology Department.
• September 2006 - October 2012 - Senior Lecturer of Human and Animal Physiology Department, Faculty of Biology.
• October 2012 – Present- Assistant Professor of Human and Animal Physiology, Faculty of Biology in Lessya Ukrainka Volyn National University.
• 2016 – Present - acts as Secretary of the Academic Council of the Faculty of Biology.

PROFESSIONAL HONORS, AWARDS, MEMBERSHIP IN ORGANIZATIONS

Membership in scientific societies

• Ukrainian Physiological Society
• Ukrainian Society of Neuroscience
• International Society of Neuroscience
• Ukrainian Biophysical Society

SCIENTIFIC INTERESTS

• Biochemistry,
• Human and Animal Physiology
• Molecular biology

GRANT ACTIVITY

• 2017-2019 – grant from Swedish Research Links. Project title: “A computational infrastructure for high-throughput a nalysis of large volumes of brain signal data” (Sweden-Ukraine-Georgia).
• 2014-2016 - "Physiological correlates of the method of realization of cognitive operations " (0114U002417)

MAIN PUBLICATIONS

1. Kozachuk N.O., Gurianov V.G., Kachynska T.V., Shvartz L.O., Poruchynskyi A.I., Dmytrotsa O.R., and Abramchuk O.M. Prediction of Creativity Level Based on Indicators of EEG With the use of Neural Network Models // RJPBCS. – 2015. – 6(6). – P. 88-93. [1]
2. Nozdrenko. D.M. Aluminum chloride effect on Ca2+Mg2+-ATPase activity and contraction dynamics properties of skeletal muscle / D.M. Nozdrenko, M.S. Miroshnichenko, O.M. Abramchuk. – Ukr.biochem.journal. – K. – 2015. – Vol/ 87. - № 5. – P. 35 – 40. [2]
3. Nozdrenko. D.M. The effect of the aluminum chloride – quercetin complex on Ca2+,Mg2+-ATPase activity and contraction dynamic properties of muscle tibialis anterior from Rana temporaria D.M. Nozdrenko, M.S. Miroshnichenko, O.M. Abramchuk . - Ukr.biochem.journal. – K. – 2015. – Vol/ 87. - № 6. – P. 76 – 85. [3]
4. Kotsan I. Functional System of Creative Thinking / IYa. Kotsan, NO. Kozachuk, TV. Kachynska, LO. Shvartz, AI. Poruchynskyi, OR. Dmytrotsa, OM. Abramchuk and TF. Poruchynsky // RJPBCS. – 2016. – 7(5). – P. 527-532. [4]
5. Korzhyk O. Peculiarities of brain processes during the stop and switch of motor programs among women / O. Korzhyk, O. Pavlovych, O. Abramchuk, O. Dmytrotsa, A. Poruchynskiy, T. Kachynska, A. Morenko // BIOLOGIJA. – 2018. – Vol. 64. - №. 3. – P. 217–227. [5]
6. Oksana Lynchak. Acute toxicity of C60–Cis‑Pt nanocomplex in vivo / Oksana Lynchak, Iryna Byelinska, Natalya Dziubenko, Halyna Kuznietsova, Olga Abramchuk, Svitlana Prylutska // Applied Nanoscience. – 2021. - 02 February 2021. [6]
7. Kachynska Tetіana. Changes in ERP microstates after alpha-training in people with low levels of attention/ Tetіana Kachynska, Diana Vasyluk, Olha Abramchuk // Lessya Ukrainka Eastern European National University Bulletin. - Biology Series. – 2021. – № 2 (390). – P. 83–90. 18
8. Rakovets Oksana. Electrophysiological Features of Brain Electric Activity in Individuals with Different Social Behavior / Oksana Rakovets, Olga Abramchuk, Ludmila Shvarts, Natalia Kozachuk, Oleksandr Zhuravlov, Alona Zhuravlova, Ludmila Goshko, Tetiana Kachynska, Maria Osyp, Yurii Osyp, Illya Kuznetsov, and Ihor Kotsan // RJPBCS. – 2019. – 10(3). – P. 85-92. [7]
9. Kachynska Tetiana. Brain Cortex Evoked Activity Sources Features During Stimuli Form and Spatial Position Classification in Groups of Left- and Right-handers. / Tatiana Kachynska, Olga Abramchuk, Illya Kuznietsov // Lessya Ukrainka Eastern European National University Bulletin. - Biology Series. – 2015. – № 2. – P. 164–169. [8]
10. Kachynska Tetiana. Time Analysis of Heart rate Variability of Female Different Years During Fulfillment of the Cognitive Tasks / Tetiana Kachynska, Olga Abramchuk, Oksana Polischuk, Yulia Shershen// Lessya Ukrainka Eastern European National University Bulletin. - Biology Series.–– 2015. – № 12. – P. 166–172.
11. Kachynska Tetiana. Influence of Perception of an Individual Minute on Neurodynamic Indices / Tetiana Kachуnska, Olha Abramchuk, Karina Gochachko // Lessya Ukrainka Eastern European National University Bulletin. - Biology Series. – 2017. – № 13. – P. 167–171. [9]
12. Svitlana Zay. Speed-force Musculus Soleus Contraction Parameters Changes in Chronic Alcoholization Rats / Svitlana Zay, Vladislav Belobrov, Dariya Vulitska, Oleksandr Nozdrenko, Olga Abramchuk, Oleksandr Motuziuk // Lessya Ukrainka Eastern European National University Bulletin. - Biology Series. – 2017. – № 13 (362). – P. 82–88. [10]
13. Pavlovych O.S. Particular qualities of cortex electrogenesis of men and women with a different profile of auditory and manual asymmetry in the state of functional rest / Pavlovych O.S., Abramchyk O.N., Morenko A.G. // "Molodyy vchenyy". - №2 (54).- P. 450 – 453. [11]
14. Pavlovuch Olha. The analysis of coherent eeg activity in persons with different profiles of interhemispheric asymmetry during encoding the rhythm patterns / Olha Pavlovuch, Lyudmila Shvarcz, Olga Abramchuk, Andrii Poruchynskyi, Alevtyna Morenko // «ScienceRise: Biological Science » .- № 1 (4) 2017. – 17 – 22 с. [12]
15. Gochachko Karina. Influence of information load on the dynamics of time parameters HRV in students with different levels of anxiety / Karina Gochachko, Tetiana Kachinska, Olha Abramchuk, Natalia Kormosh, Maryana Matolinets// Lessya Ukrainka Eastern European National University Bulletin. - Biology Series. – 2019. - № 4 (388). - P. 87-93. [13]