FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2006672706> ?p ?o ?g. }

• W2006672706 endingPage "6304" @default.
• W2006672706 startingPage "6297" @default.
• W2006672706 abstract "We estimated human exposure to organohalogenated contaminants (OHCs), including organochlorine pesticides (OCPs), such as hexachlorocyclohexanes (HCHs), DDT and metabolites, hexachlorobenzene, and chlordanes, but also polychlorinated biphenyls (PCBs), polybrominated diphenyl ethers (PBDEs), and hexabromocyclododecane (HBCD), through food consumption (mainly food of animal origin) and indoor dust ingestion in Romania. A total of 71 food samples (meat, diary products, vegetable cooking oil, and eggs from urban supermarkets and rural areas) and 18 indoor dust samples were collected from Iasi, Eastern Romania. HCHs and DDTs were the most prevalent OCPs in both food and dust samples. Higher levels of OCPs were measured in food samples collected from rural areas compared to those from urban supermarkets, except milk-based products for which no significant differences could be recorded. However, levels of contamination with HCHs in milk-based products were occasionally higher than current European maximum residue levels (MRLs). Above-MRL levels of DDTs were also recorded in eggs from rural areas. In dust, DDTs (median concentration of 1050 ng/g) were the most prevalent contaminants and p,p′-DDT was consistently the main contributor of sum DDTs, with a contribution between 50 and 75%. Surprisingly, OCPs, mainly DDT, were found at elevated levels in indoor dust samples (median concentrations for sum OCPs of 1200 ng/g dust). This suggests the importance of dust as an exposure route for pesticides (especially at contaminated sites), since dust is not commonly considered in exposure assessments for these chemicals. The main contributor to the sum PBDEs in dust samples was BDE 209 (median concentration of 495 ng/g), with a contribution between 94 and 99%. We estimated that the dietary intake of ΣHCHs and ΣDDTs is high for both adults (1500−2100 ng/day) and toddlers (1100−1500 ng/day), while the PCB dietary intake was estimated at 200 ng/day for adults, being compared to other European studies. The contribution of dust ingestion to the daily intake of PBDEs is increased in comparison to intake of other chlorinated contaminants, while food consumption seems to be more important than dust for the HBCD intake. However, neither BDE 209 nor HBCD were measured at levels above method LOQ in any food samples and their dietary intake is probably overestimated because nondetects were replaced by 1/2 LOQ. The estimated intakes obtained in the present study are in good agreement with the higher concentrations of OCPs and the low levels of PBDEs reported recently in Romanian human samples." @default.
• W2006672706 created "2016-06-24" @default.
• W2006672706 creator A5042123511 @default.
• W2006672706 creator A5053618607 @default.
• W2006672706 date "2010-07-26" @default.
• W2006672706 modified "2023-10-11" @default.
• W2006672706 title "Estimation of Daily Intake of Organohalogenated Contaminants from Food Consumption and Indoor Dust Ingestion in Romania" @default.
• W2006672706 cites W1964296117 @default.
• W2006672706 cites W1967079488 @default.
• W2006672706 cites W1967617048 @default.
• W2006672706 cites W1968881849 @default.
• W2006672706 cites W1972841973 @default.
• W2006672706 cites W1973333030 @default.
• W2006672706 cites W1978886855 @default.
• W2006672706 cites W1982807455 @default.
• W2006672706 cites W1994193590 @default.
• W2006672706 cites W1996969760 @default.
• W2006672706 cites W2001127044 @default.
• W2006672706 cites W2003052366 @default.
• W2006672706 cites W2010108392 @default.
• W2006672706 cites W2025175568 @default.
• W2006672706 cites W2027921956 @default.
• W2006672706 cites W2028219567 @default.
• W2006672706 cites W2031852341 @default.
• W2006672706 cites W2034043138 @default.
• W2006672706 cites W2035389048 @default.
• W2006672706 cites W2035706540 @default.
• W2006672706 cites W2041637384 @default.
• W2006672706 cites W2043482823 @default.
• W2006672706 cites W2048821479 @default.
• W2006672706 cites W2049081192 @default.
• W2006672706 cites W2058360713 @default.
• W2006672706 cites W2063030180 @default.
• W2006672706 cites W2069802071 @default.
• W2006672706 cites W2071591569 @default.
• W2006672706 cites W2076838187 @default.
• W2006672706 cites W2078360217 @default.
• W2006672706 cites W2079197648 @default.
• W2006672706 cites W2086116528 @default.
• W2006672706 cites W2098464377 @default.
• W2006672706 cites W2110150856 @default.
• W2006672706 cites W2133734192 @default.
• W2006672706 cites W2030221067 @default.
• W2006672706 doi "https://doi.org/10.1021/es101233z" @default.
• W2006672706 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20704229" @default.
• W2006672706 hasPublicationYear "2010" @default.
• W2006672706 type Work @default.
• W2006672706 sameAs 2006672706 @default.
• W2006672706 citedByCount "106" @default.
• W2006672706 countsByYear W20066727062012 @default.
• W2006672706 countsByYear W20066727062013 @default.
• W2006672706 countsByYear W20066727062014 @default.
• W2006672706 countsByYear W20066727062015 @default.
• W2006672706 countsByYear W20066727062016 @default.
• W2006672706 countsByYear W20066727062017 @default.
• W2006672706 countsByYear W20066727062018 @default.
• W2006672706 countsByYear W20066727062019 @default.
• W2006672706 countsByYear W20066727062020 @default.
• W2006672706 countsByYear W20066727062021 @default.
• W2006672706 countsByYear W20066727062022 @default.
• W2006672706 countsByYear W20066727062023 @default.
• W2006672706 crossrefType "journal-article" @default.
• W2006672706 hasAuthorship W2006672706A5042123511 @default.
• W2006672706 hasAuthorship W2006672706A5053618607 @default.
• W2006672706 hasConcept C107872376 @default.
• W2006672706 hasConcept C112570922 @default.
• W2006672706 hasConcept C161176658 @default.
• W2006672706 hasConcept C178790620 @default.
• W2006672706 hasConcept C185592680 @default.
• W2006672706 hasConcept C18903297 @default.
• W2006672706 hasConcept C193230392 @default.
• W2006672706 hasConcept C205474432 @default.
• W2006672706 hasConcept C2779423988 @default.
• W2006672706 hasConcept C2780120631 @default.
• W2006672706 hasConcept C2780542059 @default.
• W2006672706 hasConcept C2780799252 @default.
• W2006672706 hasConcept C2780990795 @default.
• W2006672706 hasConcept C2993891245 @default.
• W2006672706 hasConcept C31903555 @default.
• W2006672706 hasConcept C33070731 @default.
• W2006672706 hasConcept C34135077 @default.
• W2006672706 hasConcept C39432304 @default.
• W2006672706 hasConcept C55493867 @default.
• W2006672706 hasConcept C82685317 @default.
• W2006672706 hasConcept C86803240 @default.
• W2006672706 hasConceptScore W2006672706C107872376 @default.
• W2006672706 hasConceptScore W2006672706C112570922 @default.
• W2006672706 hasConceptScore W2006672706C161176658 @default.
• W2006672706 hasConceptScore W2006672706C178790620 @default.
• W2006672706 hasConceptScore W2006672706C185592680 @default.
• W2006672706 hasConceptScore W2006672706C18903297 @default.
• W2006672706 hasConceptScore W2006672706C193230392 @default.
• W2006672706 hasConceptScore W2006672706C205474432 @default.
• W2006672706 hasConceptScore W2006672706C2779423988 @default.
• W2006672706 hasConceptScore W2006672706C2780120631 @default.
• W2006672706 hasConceptScore W2006672706C2780542059 @default.
• W2006672706 hasConceptScore W2006672706C2780799252 @default.
• W2006672706 hasConceptScore W2006672706C2780990795 @default.

• next