Title of article :
Reproductive toxicity in rats with crystal nephropathy following high doses of oral melamine or cyanuric acid
Author/Authors :
Stine، نويسنده , , Cynthia B. and Reimschuessel، نويسنده , , Renate and Keltner، نويسنده , , Zachary and Nochetto، نويسنده , , Cristina B. and Black، نويسنده , , Thomas and Olejnik، نويسنده , , Nicholas E. Scott-Samuel، نويسنده , , Michael and Bandele، نويسنده , , Omari and Nemser، نويسنده , , Sarah M. and Tkachenko، نويسنده , , Andriy and Evans، نويسنده , , Eric R. and Crosby، نويسنده , , Tina C. and ، نويسنده ,
Issue Information :
روزنامه با شماره پیاپی سال 2014
Pages :
12
From page :
142
To page :
153
Abstract :
The industrial chemical melamine was used in 2007 and 2008 to raise the apparent protein content in pet feed and watered down milk, respectively. Because humans may be exposed to melamine via several different routes into the human diet as well as deliberate contamination, this study was designed to characterize the effect of high dose melamine or cyanuric acid oral exposure on the pregnant animal and developing fetus, including placental transfer. Clear rectangular crystals formed following a single triazine exposure which is a different morphology from the golden spherulites caused by combined exposure or the calculi formed when melamine combines with endogenous uric acid. Crystal nephropathy, regardless of cause, induces renal failure which in turn has reproductive sequelae. Specifically, melamine alone-treated dams had increased numbers of early and late fetal deaths compared to controls or cyanuric acid-treated dams. As melamine was found in the amniotic fluid, this study confirms transfer of melamine from mammalian mother to fetus and our study provides evidence that cyanuric acid also appears in the amniotic fluid if mothers are exposed to high doses.
Keywords :
Reproductive toxicity , rats , Melamine , Cyanuric acid
Journal title :
Food and Chemical Toxicology
Serial Year :
2014
Journal title :
Food and Chemical Toxicology
Record number :
2126942
Link To Document :
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