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Can dietary selenium intake increase the risk of toxicity in healthy children?
by
Hardy, Gil
, Manzanares, William
in
Adults
/ Antioxidants
/ Biological samples
/ Child
/ Deficiency Diseases - prevention & control
/ Diet
/ Dietary Supplements - adverse effects
/ Gastroenterology and Hepatology
/ Humans
/ Physiology
/ Plasma
/ Reference Values
/ Risk
/ Selenium
/ Selenium - adverse effects
/ Selenium - therapeutic use
/ Selenium Compounds - adverse effects
/ Selenium Compounds - therapeutic use
/ Studies
/ Toxicity
/ Trace Elements - adverse effects
/ Trace Elements - therapeutic use
2016
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Can dietary selenium intake increase the risk of toxicity in healthy children?
by
Hardy, Gil
, Manzanares, William
in
Adults
/ Antioxidants
/ Biological samples
/ Child
/ Deficiency Diseases - prevention & control
/ Diet
/ Dietary Supplements - adverse effects
/ Gastroenterology and Hepatology
/ Humans
/ Physiology
/ Plasma
/ Reference Values
/ Risk
/ Selenium
/ Selenium - adverse effects
/ Selenium - therapeutic use
/ Selenium Compounds - adverse effects
/ Selenium Compounds - therapeutic use
/ Studies
/ Toxicity
/ Trace Elements - adverse effects
/ Trace Elements - therapeutic use
2016
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Do you wish to request the book?
Can dietary selenium intake increase the risk of toxicity in healthy children?
by
Hardy, Gil
, Manzanares, William
in
Adults
/ Antioxidants
/ Biological samples
/ Child
/ Deficiency Diseases - prevention & control
/ Diet
/ Dietary Supplements - adverse effects
/ Gastroenterology and Hepatology
/ Humans
/ Physiology
/ Plasma
/ Reference Values
/ Risk
/ Selenium
/ Selenium - adverse effects
/ Selenium - therapeutic use
/ Selenium Compounds - adverse effects
/ Selenium Compounds - therapeutic use
/ Studies
/ Toxicity
/ Trace Elements - adverse effects
/ Trace Elements - therapeutic use
2016
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Can dietary selenium intake increase the risk of toxicity in healthy children?
Journal Article
Can dietary selenium intake increase the risk of toxicity in healthy children?
2016
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Overview
[...]the European Food Safety Authority established a TUIL of 60 and 90 μg/d, for 1 to 3 and 3 to 6 y olds, respectively, reflecting the poorer selenium status of European soils [11]. Because chemical content of biological samples correlate poorly with degree of toxicity [12] a more physiological approach assesses the amount of selenium necessary to optimize function of the glutathione peroxidise (GPx) selenoenzymes that regulate cellular redox processes by catalyzing the reduction of organic hydroperoxides [13].
Publisher
Elsevier Inc,Elsevier Limited
Subject
/ Child
/ Deficiency Diseases - prevention & control
/ Diet
/ Dietary Supplements - adverse effects
/ Gastroenterology and Hepatology
/ Humans
/ Plasma
/ Risk
/ Selenium
/ Selenium Compounds - adverse effects
/ Selenium Compounds - therapeutic use
/ Studies
/ Toxicity
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