The DEHP/Plasticizer Test Saudi Arabia

  • The DEHP/Plasticizer Test Saudi Arabia
  • The DEHP/Plasticizer Test Saudi Arabia
  • The DEHP/Plasticizer Test Saudi Arabia
  • How are phthalates and alternative plasticizers metabolites measured?
  • Metabolites of major phthalates and alternative plasticizers were measured in the urine samples by HPLC-MS/MS. Urinary metabolite levels differed substantially between the three countries.
  • What is the hazard index of plasticizers in Indonesian children?
  • Urinary DEHP metabolite concentrations were the highest in the Indonesian children. The hazard index (HI) derived for the plasticizers with antiandrogenicity based reference doses (RfD AA) was >1 in 86%, 80%, and 49% of the Saudi, Indonesian, and Thai children, respectively.
  • What is the hazard index for plasticizers with antiandrogenicity based reference doses?
  • The hazard index (HI) derived for the plasticizers with antiandrogenicity based reference doses (RfD AA) was >1 in 86%, 80%, and 49% of the Saudi, Indonesian, and Thai children, respectively. DEHP was identified as a common major risk driver for the children of all three countries, followed by DnBP and DiBP depending on the country.
  • Which phthalate plasticizer is most commonly used?
  • Visualization map of timing analysis of author keyword’s co-occurrence DEHP is the most widespread phthalate plasticizer, used in numerous consumer products, commodities, and building materials (Heudorf et al. 2007). That is also one of the reasons why there is widespread exposure to DEHP in the general population (Koch, Preuss, and Angerer 2006).
  • What are alternative non-phthalate origin plasticizers?
  • The molecular structural study on the three emerging alternate non-phthalate origin plasticizers, DINCH, ATBC, DEHA, and the most commonly used phthalate plasticizer, DEHP, against TRα was performed using Schrodinger 2017 suite.
  • Does DEHP pose a Carcer risk?
  • DEHP may pose a potential carcer risk to both adults and children in most countries. Phthalate esters (PAEs) are a class of plasticizers that are readily released from plastic products, posing a potential exposure risk to human body. At present, much attention is paid on PAE concentrations in indoor dust with the understanding of PAEs toxicity.

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