Expermental research of the effects of benofilin on the functional renal function in the evalution of ethylene glycol toxic loss

Effect of benofilin – a new compound among a new derivative of theophylline and hofitol (70 mg/kg) on functional renal function was studied based on the rat experimental model of acute kidney damage by ethylene glycol. The toxic products of the metabolism of ethylene glycol cause renal tubular damag...

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Main Authors: O. P. Matviychuk, A. V. Matviychuk, A. V. Taran
Format: Article
Language:English
Published: Kazimierz Wielki University 2019-02-01
Series:Journal of Education, Health and Sport
Subjects:
Online Access:http://www.ojs.ukw.edu.pl/index.php/johs/article/view/6673
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author O. P. Matviychuk
A. V. Matviychuk
A. V. Taran
author_facet O. P. Matviychuk
A. V. Matviychuk
A. V. Taran
author_sort O. P. Matviychuk
collection DOAJ
description Effect of benofilin – a new compound among a new derivative of theophylline and hofitol (70 mg/kg) on functional renal function was studied based on the rat experimental model of acute kidney damage by ethylene glycol. The toxic products of the metabolism of ethylene glycol cause renal tubular damage resulting in acute renal failure (ARF). As a result of the application of benofilin its ability is established to prevent the death of animals in the first day of the experiment. By the ability to prevent impaired kidney function in rats benofilin exceeds the effect of the hofitol.
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spelling doaj.art-9bd8bd55202e4cf9995ab9e2697fc8682022-12-21T19:09:59ZengKazimierz Wielki UniversityJournal of Education, Health and Sport2391-83062019-02-019249349910.5281/zenodo.25894445952Expermental research of the effects of benofilin on the functional renal function in the evalution of ethylene glycol toxic lossO. P. Matviychuk0A. V. Matviychuk1A. V. Taran2National University of PharmacyNational University of PharmacyNational University of PharmacyEffect of benofilin – a new compound among a new derivative of theophylline and hofitol (70 mg/kg) on functional renal function was studied based on the rat experimental model of acute kidney damage by ethylene glycol. The toxic products of the metabolism of ethylene glycol cause renal tubular damage resulting in acute renal failure (ARF). As a result of the application of benofilin its ability is established to prevent the death of animals in the first day of the experiment. By the ability to prevent impaired kidney function in rats benofilin exceeds the effect of the hofitol.http://www.ojs.ukw.edu.pl/index.php/johs/article/view/6673benofilin, acute kidney damage, diuretic, nephroprotective activity, rats
spellingShingle O. P. Matviychuk
A. V. Matviychuk
A. V. Taran
Expermental research of the effects of benofilin on the functional renal function in the evalution of ethylene glycol toxic loss
Journal of Education, Health and Sport
benofilin, acute kidney damage, diuretic, nephroprotective activity, rats
title Expermental research of the effects of benofilin on the functional renal function in the evalution of ethylene glycol toxic loss
title_full Expermental research of the effects of benofilin on the functional renal function in the evalution of ethylene glycol toxic loss
title_fullStr Expermental research of the effects of benofilin on the functional renal function in the evalution of ethylene glycol toxic loss
title_full_unstemmed Expermental research of the effects of benofilin on the functional renal function in the evalution of ethylene glycol toxic loss
title_short Expermental research of the effects of benofilin on the functional renal function in the evalution of ethylene glycol toxic loss
title_sort expermental research of the effects of benofilin on the functional renal function in the evalution of ethylene glycol toxic loss
topic benofilin, acute kidney damage, diuretic, nephroprotective activity, rats
url http://www.ojs.ukw.edu.pl/index.php/johs/article/view/6673
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AT avtaran expermentalresearchoftheeffectsofbenofilinonthefunctionalrenalfunctionintheevalutionofethyleneglycoltoxicloss