Aluminum exposure and toxicity in neonates:sources,absorption,and retention Fanni et al^([1])proposed a"guide to halt aluminum overload in the prenatal and perinatal periods"focusing on"aluminum exposur...Aluminum exposure and toxicity in neonates:sources,absorption,and retention Fanni et al^([1])proposed a"guide to halt aluminum overload in the prenatal and perinatal periods"focusing on"aluminum exposure and toxicity in neonates".Their review addressed aluminum overload and risk of systemic intoxication beyond special circumstances of patients receiving intravenous fluid therapy and parenteral nutrition.Fanni et al^([1])are commended for bringing into perspective the immature neurologic and immunologic systems of the premature/newborn in relation to aluminum exposure during pregnancy and infancy.展开更多
Health professionals in pediatrics,especially in neonatology,welcome the timely work of Chen et al.[1]Despite the widespread use of Thimerosal-containing vaccines(TCVs)in premature newborns,this is the first attempt t...Health professionals in pediatrics,especially in neonatology,welcome the timely work of Chen et al.[1]Despite the widespread use of Thimerosal-containing vaccines(TCVs)in premature newborns,this is the first attempt to model exposure to thimerosal and neurodevelopment;that is why this study is both interesting and important.Given the special circumstances of the immature neurologic and immunologic systems of the premature-newborn,it is worth raising additional relevant issues to this revealing paper.展开更多
文摘Aluminum exposure and toxicity in neonates:sources,absorption,and retention Fanni et al^([1])proposed a"guide to halt aluminum overload in the prenatal and perinatal periods"focusing on"aluminum exposure and toxicity in neonates".Their review addressed aluminum overload and risk of systemic intoxication beyond special circumstances of patients receiving intravenous fluid therapy and parenteral nutrition.Fanni et al^([1])are commended for bringing into perspective the immature neurologic and immunologic systems of the premature/newborn in relation to aluminum exposure during pregnancy and infancy.
文摘Health professionals in pediatrics,especially in neonatology,welcome the timely work of Chen et al.[1]Despite the widespread use of Thimerosal-containing vaccines(TCVs)in premature newborns,this is the first attempt to model exposure to thimerosal and neurodevelopment;that is why this study is both interesting and important.Given the special circumstances of the immature neurologic and immunologic systems of the premature-newborn,it is worth raising additional relevant issues to this revealing paper.
