Evaluation of Changes of Kidney Parameteres in New Zealand Rabbits Subsequent to 90 Days Exposure to Uranyl Nitrate in Drinking Water

Background: This study was undertaken to examine the reversibility of renal injury in the male New Zealand white rabbits sub­se­quent to a 90-days exposure to uranyl nitrate (UN) in drinking water. Animals were exposed for 90 days to uranyl ni­trate in their drinking water (24 or 500mg/l). Control...

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Main Authors: A Mahmoudzadeh, E Javadi, Z Mohseni
Format: Article
Language:English
Published: Tehran University of Medical Sciences 2007-12-01
Series:Iranian Journal of Public Health
Subjects:
Online Access:https://ijph.tums.ac.ir/index.php/ijph/article/view/2092
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spelling doaj-f45dbec1d5634e5b83760dfee00795e92020-12-02T18:51:48ZengTehran University of Medical SciencesIranian Journal of Public Health2251-60852251-60932007-12-01364Evaluation of Changes of Kidney Parameteres in New Zealand Rabbits Subsequent to 90 Days Exposure to Uranyl Nitrate in Drinking Water A Mahmoudzadeh0 E Javadi1 Z Mohseni2 Background: This study was undertaken to examine the reversibility of renal injury in the male New Zealand white rabbits sub­se­quent to a 90-days exposure to uranyl nitrate (UN) in drinking water. Animals were exposed for 90 days to uranyl ni­trate in their drinking water (24 or 500mg/l). Control group were given municipal tap water. Methods: The indicators of kidney function measured in this study included glucose (marker of tubular) microalbu­min(marker of glomerular) and marker for cell toxicity was  alkaline phosphatase. Results: Urinary glucose was found to be significantly different and positively correlated with uranium intake for rabbits. Mi­croal­buminuria was found to be significantly different but this different is in normal range. Increase of alkaline phos­phatase at weeks 2, 4, 6 was correlated with uranium intake, but at weeks 8, 10, 13 excretion of alkaline phosphatase was de­creased. Conclusion: These results suggest that chronic ingestion of uranium in drinking water affect kidney function and to the proxi­mal tubule, rather than glomerul. https://ijph.tums.ac.ir/index.php/ijph/article/view/2092Uranyl nitrateNew ZealandRrabbitWater consumption
collection DOAJ
language English
format Article
sources DOAJ
author A Mahmoudzadeh
E Javadi
Z Mohseni
spellingShingle A Mahmoudzadeh
E Javadi
Z Mohseni
Evaluation of Changes of Kidney Parameteres in New Zealand Rabbits Subsequent to 90 Days Exposure to Uranyl Nitrate in Drinking Water
Iranian Journal of Public Health
Uranyl nitrate
New Zealand
Rrabbit
Water consumption
author_facet A Mahmoudzadeh
E Javadi
Z Mohseni
author_sort A Mahmoudzadeh
title Evaluation of Changes of Kidney Parameteres in New Zealand Rabbits Subsequent to 90 Days Exposure to Uranyl Nitrate in Drinking Water
title_short Evaluation of Changes of Kidney Parameteres in New Zealand Rabbits Subsequent to 90 Days Exposure to Uranyl Nitrate in Drinking Water
title_full Evaluation of Changes of Kidney Parameteres in New Zealand Rabbits Subsequent to 90 Days Exposure to Uranyl Nitrate in Drinking Water
title_fullStr Evaluation of Changes of Kidney Parameteres in New Zealand Rabbits Subsequent to 90 Days Exposure to Uranyl Nitrate in Drinking Water
title_full_unstemmed Evaluation of Changes of Kidney Parameteres in New Zealand Rabbits Subsequent to 90 Days Exposure to Uranyl Nitrate in Drinking Water
title_sort evaluation of changes of kidney parameteres in new zealand rabbits subsequent to 90 days exposure to uranyl nitrate in drinking water
publisher Tehran University of Medical Sciences
series Iranian Journal of Public Health
issn 2251-6085
2251-6093
publishDate 2007-12-01
description Background: This study was undertaken to examine the reversibility of renal injury in the male New Zealand white rabbits sub­se­quent to a 90-days exposure to uranyl nitrate (UN) in drinking water. Animals were exposed for 90 days to uranyl ni­trate in their drinking water (24 or 500mg/l). Control group were given municipal tap water. Methods: The indicators of kidney function measured in this study included glucose (marker of tubular) microalbu­min(marker of glomerular) and marker for cell toxicity was  alkaline phosphatase. Results: Urinary glucose was found to be significantly different and positively correlated with uranium intake for rabbits. Mi­croal­buminuria was found to be significantly different but this different is in normal range. Increase of alkaline phos­phatase at weeks 2, 4, 6 was correlated with uranium intake, but at weeks 8, 10, 13 excretion of alkaline phosphatase was de­creased. Conclusion: These results suggest that chronic ingestion of uranium in drinking water affect kidney function and to the proxi­mal tubule, rather than glomerul.
topic Uranyl nitrate
New Zealand
Rrabbit
Water consumption
url https://ijph.tums.ac.ir/index.php/ijph/article/view/2092
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AT ejavadi evaluationofchangesofkidneyparameteresinnewzealandrabbitssubsequentto90daysexposuretouranylnitrateindrinkingwater
AT zmohseni evaluationofchangesofkidneyparameteresinnewzealandrabbitssubsequentto90daysexposuretouranylnitrateindrinkingwater
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