Browsing 1117 - Public Health and Health Services by Subject "0501 Ecological Applications"
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ItemClandestine drug laboratories in Australia and the potential for harm(2005) Caldicott, David; Pigou, Paul; Beattie, Robert; Edwards, John William ItemCurrent OHS best practices for the Australian nanotechnology industry(2007) Priestly, Brian; Edwards, John William; Harford, Andrew; Wright, Paul ItemEmpirical models to identify mechanisms driving reductions in tissue mercury concentration during culture of farmed southern bluefin tuna Thunnus maccoyii(2008) Daughtry, Ben; Padula, David; Edwards, John William; Balshaw, Sita; Ellis, D; Ross, Kirstin Elizabeth ItemEvaluation of benzene exposure in adults and urinary s-phenylmercapturic acid in children living in Adelaide, South Australia(2006) Bahrami, Abdurrahman R; Edwards, John WilliamBenzene Exposure was evaluated in adults and children living in Adelaide, South Australia by measuring benzene and urinary s-phenylmercapturic acid (SPMA). To determine of benzene exposure in each subject the personal passive samplers was used and samples were analyzed by gas chromatography system equipped to flame ionization detector. The level of SPMA was determined by competitive enzymelinked immunosorbent assay (ELISA) in children. The mean concentration of benzene in Summer and Winter were 1.62±1.43 and 1.36±0.87 ppb respectively. There was a significant difference between exposure to benzene for subjects with less and more than 6 hours activity over days of week (p<0.05). The mean urinary concentrations levels of SPMA adjusted to creatinene for children that living less and more than 200 meters distance from main road were 1.56 and 4.67 μmol/mol creatinene, respectively and the significant difference was seen in two groups (p<0.005). Data shows, that SPMA can be utilized as a biomarker for exposure to benzene in children. Exposure to benzene is more for children that living near to main road compare to other children. Adults have more activity in out side of home has more exposure to benzene than other people.