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ECPB 2019, 87(3): 61–67
https://doi.org/10.25040/ecpb2019.03.061
Research articles

Psychophysiological specifics in persons of juvenile age with hight vestibular sensivity

S. N. VADZYUK, R. M. SHMATА
Abstract

The vestibular analyzer has numerous afferent afferents with various organs and systems. Increasing its sensitivity causes dizziness, imbalance, nausea, etc. The load on the vestibular analyzer in persons with high sensitivity to it adversely affects the psychological state of the person. However, the level of neuroticism, well-being, activity and mood, anxiety in such people have not been studied.

Aim. To assess the relationship among neuroticism, well-being, activity, mood, anxiety and vestibular resistance.

Materials and methods. The survey was attended by 612 students aged 17–19 years. We used the questionnaire method to select individuals with high sensitivity of the vestibular analyzer. Neuroticism was determined using the questionnaire of Eisenck. The feeling, activity and mood were evaluated by the questionnaire before and after the vestibular loading. The level of personal and situational anxiety was determined by Spielberger's method. Personal anxiety was evaluated before, and situational after vestibular loading. The vestibular load was carried out by rotational test, using a Barani’s chair.

Research results. According to the results of the questionnaire, we found 114 adolescents with an increased sensitivity of the vestibular analyzer, who was 18.6 %. Adolescents with reduced vestibular resistance, high neuroticism was in 43.9 % of cases, the average was 36.9 %, and the low – 19.3 %. We did not observe persons with very high neuroticism. The mean of neuroticism in the control group was 11 points, and in the hypersensitivity group of the vestibular analyzer – 14.7 points.

The arithmetic mean scores of well-being, activity and mood before and after the rotation test differed in the groups with proper and reduced vestibular stability. We found a deterioration in well-being in people with reduced vestibular stability. Activity to load did not differ. We observed its change in the study groups after the rotation test, namely the decrease in the group with increased vestibular sensitivity, compared with the control group. Mood levels differed between the groups with proper and reduced vestibular stability, both at rest and after rotation. The level of personal and situational anxiety in the group with decreased vestibular stability was higher than in the group with high functional activity of the vestibular analyzer.

Comparing situational anxiety depending on vestibular stability and neuroticism, we observed higher scores in students with reduced vestibular stability and low, medium, and high levels of neuroticism than in the group with proper vestibular stability and corresponding neuroticism. Our research shows that neuroticism, anxiety and vestibular stability are interrelated. Since, in the vast majority of persons with vestibular dysfunction, certain peculiarities of the mental state are formed, therefore, the level of neuroticism and anxiety of the subjects should be taken into account when planning diagnostic and treatment.

Conclusions. Persons with reduced vestibular stability are associated with increased neuroticism. The feeling and mood are lower in adolescents with increased vestibular sensitivity. Vestibular loads significantly reduce the feeling of state of health, activity and mood in adolescents with reduced vestibular stability. Students with reduced vestibular resistance have high personal and situational anxiety.

Received: 17.07.2019

Keywords: neurotism, well-being, aktivity, mood, anxiety, vestibular stability

Full text: PDF (Ukr) 353K

References
  1. 1. Barna OM, Kirhan AV. Vestibulopathy caused by diabetes mellitus in the practice of family doctors. Bulletin problem biology and medicine. 2015;3,1(122):12-4). [in Ukranian].
  2. 2. Andreiuk NL. The influence of sports training on the stability of the vestibular human apparatus. World of medicine and biology, 2017;3:166-8). [in Ukranian]. doi.org/10.26724/2079-8334-2017-3-61-166-168
  3. 3. Myronenko TV, Borysenko, VV, Kortunova HV, Bakumenko YK, Skorobrekha VZ, Stoianov AN. Vestibular disordes. Odessa: VMV;2015. 124. [in Ukranian].
  4. 4. Vadzyuk SN, Shmata RM, Mykhailiuk OL. Vestibular dysfunction prevalence among addescents. Bulletin of social hygiene and health protection organization of Ukraine. 2017;1:24-8). [in Ukranian].
  5. 5. Trinus KF. Dizziness as interdisciplinary problem. International neurological journal. 2016;6:91-101). [in Ukrainian]. doi.org/10.22141/2224-0713.6.84.2016.83125
  6. 6. Lykhachev SA, Marenko YP. Vertigo : new technologies of quantisfication and their role in the differential diagnosis of vestibular dysfunction. Annals of clinical and experimantal neurology. 2014;4:32-7). [in Russian].
  7. 7. Bilous RM, Kocherhin RM. The influence of the emotional sphere of students on the development of communication competence. The pedagogical process: theory and practice. 2014;1:154-8). [in Ukrainian].
  8. 8. Shevchyk OM, Nemeshch OM. Psychological peculiarities of anxiety in upperclassmans. Psychology: reality and prospects. 2014;3:163-6). [in Ukrainian].
  9. 9. Semenova N., Mahlovanyi A. Motor activity and psychoemotional state of students 15-17 years. 2015;2(30):95-8). [in Ukrainian].
  10. 10. Saikivska LF. Development and use of information technology for the evaluation of the functional state of the visual operator. Technological audit and production reserves. 2015;24:45-9). [in Ukrainian]. doi.org/10.15587/2312-8372.2015.47914
  11. 11. Shevchenko V. Psychological peculiarities of the influence of situational anxiety on the effectiveness of public speaking. Scientific herald of the V. Sukhomlynsky, 2016;1(16):229-35). [in Ukrainian].
  12. 12. Moiseienko O, Horchaniuk Yu, Horchaniuk V. Determination of the functional state of the vestibular analyzer volleyball players of 14-15 years under the influence of specially directed exercises. Slobozhans'kyi scientific and sport bulletin. 2015;2(46):133-7). [in Ukrainian]. doi.org/10.15391/snsv.2015-2.026
  13. 13. Budreika NN. Non-parametric research methods in psychology. Psychological Science and Education. 2007;1:40-8). [in Russian].
  14. 14. Masik OI, Pypa LV, Lysytsia YuM. Features of the clinical picture of psychosomatic disorders in adolescents. Bulletin of the Vinnytsia National Medical University. 2016;2(Т.20):390-3). [in Ukrainian].
  15. 15. Zolochevskyi VV, Popov FI. Means of improvement of vestibular stability and spatial orientation of the flight composition. Physical Culture, Sport and Health: Materials of the XVII International Scientific and Practical Conference. Kharkiv: KDAFK;2017:9-11). [in Ukrainian].
  16. 16. Kosyvtsova OV, Yavorskaia SA, Fateeva TH. Treatment of vestibular vertigo in a polymorbide patient. Neurology, neuropsychiatry, psychosomatics. 2018;10(1):96-101. doi.org/10.14412/2074-2711-2018-1-96-101


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