keywords: electronic waste,acenaphthene derivative,acenaphthylene,anthracene,barium,benzo [b] fluoranthene,benzo [k] fluoranthene,beryllium,cadmium,chromium,chrysene,fluoranthene,fluorene,lead,lithium,manganese,mercury,metallothionein,nickel,phenanthrene,polybrominated diphenyl ether,polychlorinated biphenyl,polychlorinated dibenzodioxin,polychlorinated dibenzofuran,polycyclic aromatic hydrocarbon,protein S 100,pyrene,thyrotropin,thyroxine,unclassified drug,unindexed drug,zinc,adverse outcome,article,birth weight,chromium blood level,DNA damage,education,environmental exposure,forced vital capacity,human,lung function,mental health,nerve cell differentiation,outcome assessment,pregnancy outcome,prematurity,priority journal,scoring system,spontaneous abortion,stillbirth,systematic review,thyroid function,violence
description:    Grant, Kristen, Goldizen, Fiona C., Sly, Peter D., Brune, Marie-Noel, Neira, Maria, van den Berg, Martin,  & Norman, Rosana E. <https://eprints.qut.edu.au/view/person/Norman,_Rosana.html>   (2013)    Health consequences of exposure to e-waste : a systematic review.  Lancet Global Health, 1(6), e350-e361.    
DC.date.modified: 2017-06-23