Novosibirsk State Pedagogical University Bulletin, 2012, vol. 2, no. 3, pp. 80–85
UDC: 
612.84:612821

Psychophysiological indicators of processing of visual information at visual exhaustion

Halfina R. R. 1 (Ufa, Russian Federation), Emeleva T. F. 2 (Ufa, Russian Federation), Halfin R. M. 3 (Ufa, Russian Federation)
1 The Bashkir state pedagogical university of M. Akmulla
2 Bashkir State Pedagogical University. M. Akmulla
3 RB national Bank
Abstract: 

Long work with personal computers has negative impact on visual system that can lead to decrease both visual, and intellectual working capacity. In this work modern techniques of diagnostics and correction of visual working capacity are presented. During researches it is established that capacity indicators at visual exhaustion are considerably lowered, also revealed correlation interrelations of an index of visual discomfort with capacity indicators, after application of rehabilitation actions is established that audiovisual stimulation influences restoration of psychophysiological functions of processing of visual information more effectively

Keywords: 

personal computers, asthenopia, audiovisual stimulation, massage, oftalmotrening

For citation:
Halfina R. R., Emeleva T. F., Halfin R. M. Psychophysiological indicators of processing of visual information at visual exhaustion. Novosibirsk State Pedagogical University Bulletin, 2012, vol. 2, no. 3, pp. 80–85.
References: 

1. Avetisov S.E., Kazarjan V.R., Mamikonyan E.E. Results of a complex estimation accommodation astenopy at work with video monitors of a various design. The Bulletin of ophthalmology. 2004. no. 3. pp. 38-40. In Russian.
2. Kazanovskaya I.A. Mechanism of self-control of a brain and processing of the visual information. Scientific research institute of experimental and clinical medicine. Riga, 1990. In Russian.
3. Lantsburg M.E., Mojkin J.V., Rozenblyum Yu.Z. Dependence of a degree of visual exhaustion from replaceable activity of work with videoterminals and an estimation of efficiency of measures of its preventive maintenance. Hygiene of work and occupational diseases. 1992. no. 4. pp. 12-15. In Russian.
4. Preventive maintenance of visual exhaustion at work with videoterminals (displays) (ed.) Yu.Z. Rozenbljum. Moscow, 1993. In Russian.
5. Ohremenko O. R. Features of the visual exhaustion developing during performance of precision works. Ophthalmologic magazine. 1989. no. 5. pp. 272-275. In Russian.
6. Rozenblat V. V. The Problem of exhaustion. Moscow: Medicine Publ., 1975. In Russian.
7. Sorokin G.A. Integrated estimation of subjective symptoms for revealing chronic visual, impellent and nonspecific overfatigue working. Medicine of work and industrial ecology. 1998. no. 11. pp. 15-19. In Russian.
8. Timchenko T.V., Halfina R.R., Ahmadeev R.R. The psychology and physiological aspects of an estimation and restoration of visual functions at users computers. Ufa, 2012. In Russian.
9. Shamshinova A.M. Computer technics in testing visual functions. Actual problems ophthalmologists: materials of the conference. Almaty, 2003. pp. 323-327. In Russian.

Date of the publication 27.06.2012