Problems of neurotoxicity assessment with using of electroretinography

Authors

  • R. A. Tkachuk Ternopil Ivan Puluj National Technical University, Ternopil
  • B. І. Yavorskyy Ternopil Ivan Puluj National Technical University, Ternopil http://orcid.org/0000-0003-4215-1176
  • A. F. Yanenko National Technical University of Ukraine, Kyiv Politechnic Institute, Kiev

DOI:

https://doi.org/10.20535/RADAP.2015.61.108-115

Keywords:

nanoparticle, neurotoxicity, electroretinography, retinograma

Abstract

Introduction. An actual problem of detection neurotoxication from getting nanoparticles into the human body in its initial stage, the identification of toxicant, determine its amount (dose) is considered. Formulation of the problem. The solving of the basic problems which encountered during improving electroretinography means and methods in its application to risk assessment person neurotoxication are considered in this article. Directions of retinographia improvement. We propose a method to improve of the standard electroretinography tools for assessment of risk of neurotoxicity. On the basis of the concept of applying with low intense pulsed light exposure on to the retina leads to a large resolution and less recovery time of the retina. A negative effect of reducing the intensity of the light obtained in the form of decrease of ratio energies of electroretino - signal to noise (ER-SNR). The application of the optimal Kalman filter to estimate the electroretinosignal in the selected from the retina its mixture with noise is based. The main results cited as simulation, and the field experiment. The statistical test of whether the alternative hypothesis achieves the predetermined significance level in order to be accepted in preference to the null hypothesis was applied. The formulas for entropy expressions in stationary and periodical correlated models of ERS are proposed. Conclusion. The results are used in development of an expert system for detecting of neurotoxicity, identification of nanoparticle type, and estimation of their dose in the nervous system of an organism, including at cases of a priori unknown particle.

Author Biographies

R. A. Tkachuk, Ternopil Ivan Puluj National Technical University, Ternopil

Tkachuk R. A., Doctor of Science, Professor

B. І. Yavorskyy, Ternopil Ivan Puluj National Technical University, Ternopil

Yavorskyy B. І., Doctor of Science, professor;

A. F. Yanenko, National Technical University of Ukraine, Kyiv Politechnic Institute, Kiev

Yanenko O. P., Doctor of Science, professor

References

Литература

Environmental Health Criteria 223. Neurotoxicity Risk Asessment For Human Health: Principles And Approaches http://www.inchem.org/documents/ehc/ehc/ehc223.htm (дата обращения: 12.05.2010).

Ткачук Р.А., Повышение эффективности электроретинографической системы / Р.А. Ткачук, Г.Б. Цуприк, Б.И. Яворский // УСиМ. – 2013. – №4. – С. 33–40.

Marmor M.F. al. ISCEV Standart for full-field clinical electroretinography // Doc Ophtalmol 2009 118 P. 69—77

Hecht S. al. Energy, Quanta, and Vision // Journal of General Physiology 1942 July 20 P. 819—840.

Jianhong Shen, Yoon-Mo Jung On the Foundations of Vision Modelling// IV. Weberized Mumford-Shah Model with Bose-Einstein Photon Noise: Light Adapted Segmentation Inspired by Vision Psychology, Retinal Physiology, and Quantum Statistics.- IMA Tech. Preprint No. 1949.

Устройство возбуждения сетчатки глаза для фотонной электроретинографии / Р.А. Ткачук, Б.И. Яворский. СВЧ-техника и телекоммуникационные технологии: зб. докл. за матер. междунар. научн.-техн. конф. КрыМиКо, 13 – 17.09.2010г. – Севастополь, 2010. – С. 1127 – 1128.

References

Environmental Health Criteria 223. Neurotoxicity Risk Asessment For Human Health: Principles And Approaches http://www.inchem.org/documents/ehc/ehc/ehc223.htm (дата обращения: 12.05.2010).

Yavorskiy B.I. Pidvyschennya efektivnosti biotehnichnyh sestem dlya aktyvnyh biomedychnyh doslIidzhen / B.I.Yavorskiy, R.A.Tkachuk, G.B.Tsuprik // Optyko-elektronni Informatsiyno- energetychni tehnologyi. – 2012. – 2(24). – S. 86–94.

Marmor M.F. al. ISCEV Standart for full-field clinical electroretinography // Doc Ophtalmol 2009 118 P. 69—77

Hecht S. al. Energy, Quanta, and Vision // Journal of General Physiology 1942 July 20 P. 819—840.

Jianhong Shen, Yoon-Mo Jung On the Foundations of Vision Modelling// IV. Weberized Mumford-Shah Model with Bose-Einstein Photon Noise: Light Adapted Segmentation Inspired by Vision Psychology, Retinal Physiology, and Quantum Statistics.- IMA Tech. Preprint No. 1949.

Ustroyystvo vozbuzhdeniya setchatki glaza dlya fotonnoy elektroretinografii / R.A. Tkachuk, B.I. Yavorskiy. SVCh-tehnika i telekommunikatsionnyie tehnologii: zb. dokl. za mater. mezhdunar. nauchn.-tehn. konf. KryiMiKo, 13 – 17.09.2010g. – Sevastopol, 2010. – S. 1127 – 1128.

Published

2015-06-30

How to Cite

Ткачук, Р., Яворский, Б. and Яненко, О. (2015) “Problems of neurotoxicity assessment with using of electroretinography”, Visnyk NTUU KPI Seriia - Radiotekhnika Radioaparatobuduvannia, 0(61), pp. 108-115. doi: 10.20535/RADAP.2015.61.108-115.

Issue

Section

Radioelectronics Medical Technologies

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