FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1974318150> ?p ?o ?g. }

• W1974318150 endingPage "1518" @default.
• W1974318150 startingPage "1509" @default.
• W1974318150 abstract "Current understanding on health effects of long-term polycyclic aromatic hydrocarbon (PAH) exposure is limited by lack of data on time-varying nature of the pollutants at an individual level. In a cohort of pregnant women in Krakow, Poland, we examined the contribution of temporal, spatial, and behavioral factors to prenatal exposure to airborne PAHs within each trimester and developed a predictive model of PAH exposure over the entire gestational period.We monitored nonsmoking pregnant women (n = 341) for their personal exposure to pyrene and eight carcinogenic PAHs-benz[a]anthracene, chrysene/isochrysene, benzo[b]fluoranthene, benzo[k]fluoranthene, benzo[a]pyrene [B(a)P], indeno[1,2,3-c,d]pyrene, dibenz[a,h]anthracene, and benzo[g,h,i]perylene-during their second trimester for a consecutive 48-hr period. In a subset (n = 78), we monitored indoor and outdoor levels simultaneously with the personal monitoring during the second trimester with an identical monitor. The subset of women was also monitored for personal exposure for a 48-hr period during each trimester. We repeatedly administered a questionnaire on health history, lifestyle, and home environment.The observed personal, indoor, and outdoor B(a)P levels we observed in Krakow far exceed the recommended Swedish guideline value for B(a)P of 0.1 ng/m(3). Based on simultaneously monitored levels, the outdoor PAH level alone accounts for 93% of total variability in personal exposure during the heating season. Living near the Krakow bus depot, a crossroad, and the city center and time spent outdoors or commuting were not associated with higher personal exposure. During the nonheating season only, a 1-hr increase in environmental tobacco smoke (ETS) exposure was associated with a 10-16% increase in personal exposure to the nine measured PAHs. A 1 degrees C decrease in ambient temperature was associated with a 3-5% increase in exposure to benz[a]anthracene, benzo[k]fluoranthene, and dibenz[a,h]anthracene, after accounting for the outdoor concentration. A random effects model demonstrated that mean personal exposure at a given gestational period depends on the season, residence location, and ETS.Considering that most women reported spending < 3 hr/day outdoors, most women in the study were exposed to outdoor-originating PAHs within the indoor setting. Cross-sectional, longitudinal monitoring supplemented with questionnaire data allowed development of a gestation-length model of individual-level exposure with high precision and validity. These results are generalizable to other nonsmoking pregnant women in similar exposure settings and support reduction of exposure to protect the developing fetus." @default.
• W1974318150 created "2016-06-24" @default.
• W1974318150 creator A5006033690 @default.
• W1974318150 creator A5013283202 @default.
• W1974318150 creator A5029484872 @default.
• W1974318150 creator A5029891063 @default.
• W1974318150 creator A5031987933 @default.
• W1974318150 creator A5035280188 @default.
• W1974318150 creator A5052161887 @default.
• W1974318150 creator A5052211422 @default.
• W1974318150 creator A5060323136 @default.
• W1974318150 creator A5060569601 @default.
• W1974318150 creator A5076297162 @default.
• W1974318150 creator A5076411270 @default.
• W1974318150 date "2008-11-01" @default.
• W1974318150 modified "2023-10-18" @default.
• W1974318150 title "Estimating Individual-Level Exposure to Airborne Polycyclic Aromatic Hydrocarbons throughout the Gestational Period Based on Personal, Indoor, and Outdoor Monitoring" @default.
• W1974318150 cites W1575827138 @default.
• W1974318150 cites W1969038029 @default.
• W1974318150 cites W1978246211 @default.
• W1974318150 cites W1989308764 @default.
• W1974318150 cites W2006432635 @default.
• W1974318150 cites W2010959825 @default.
• W1974318150 cites W2013717277 @default.
• W1974318150 cites W2020520445 @default.
• W1974318150 cites W2027292510 @default.
• W1974318150 cites W2031052102 @default.
• W1974318150 cites W2037847302 @default.
• W1974318150 cites W2046262876 @default.
• W1974318150 cites W2048804941 @default.
• W1974318150 cites W2052772892 @default.
• W1974318150 cites W2055634200 @default.
• W1974318150 cites W2059533825 @default.
• W1974318150 cites W2059710697 @default.
• W1974318150 cites W2063437255 @default.
• W1974318150 cites W2067518635 @default.
• W1974318150 cites W2068672482 @default.
• W1974318150 cites W2069340167 @default.
• W1974318150 cites W2081375267 @default.
• W1974318150 cites W2092751829 @default.
• W1974318150 cites W2093174458 @default.
• W1974318150 cites W2097796945 @default.
• W1974318150 cites W2101450248 @default.
• W1974318150 cites W2103206342 @default.
• W1974318150 cites W2103968928 @default.
• W1974318150 cites W2105770609 @default.
• W1974318150 cites W2112735920 @default.
• W1974318150 cites W2132377185 @default.
• W1974318150 cites W2134121069 @default.
• W1974318150 cites W2155994125 @default.
• W1974318150 cites W2165728596 @default.
• W1974318150 cites W50991475 @default.
• W1974318150 doi "https://doi.org/10.1289/ehp.10972" @default.
• W1974318150 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/2592271" @default.
• W1974318150 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/19057704" @default.
• W1974318150 hasPublicationYear "2008" @default.
• W1974318150 type Work @default.
• W1974318150 sameAs 1974318150 @default.
• W1974318150 citedByCount "79" @default.
• W1974318150 countsByYear W19743181502012 @default.
• W1974318150 countsByYear W19743181502013 @default.
• W1974318150 countsByYear W19743181502014 @default.
• W1974318150 countsByYear W19743181502015 @default.
• W1974318150 countsByYear W19743181502016 @default.
• W1974318150 countsByYear W19743181502017 @default.
• W1974318150 countsByYear W19743181502018 @default.
• W1974318150 countsByYear W19743181502019 @default.
• W1974318150 countsByYear W19743181502020 @default.
• W1974318150 countsByYear W19743181502021 @default.
• W1974318150 countsByYear W19743181502022 @default.
• W1974318150 countsByYear W19743181502023 @default.
• W1974318150 crossrefType "journal-article" @default.
• W1974318150 hasAuthorship W1974318150A5006033690 @default.
• W1974318150 hasAuthorship W1974318150A5013283202 @default.
• W1974318150 hasAuthorship W1974318150A5029484872 @default.
• W1974318150 hasAuthorship W1974318150A5029891063 @default.
• W1974318150 hasAuthorship W1974318150A5031987933 @default.
• W1974318150 hasAuthorship W1974318150A5035280188 @default.
• W1974318150 hasAuthorship W1974318150A5052161887 @default.
• W1974318150 hasAuthorship W1974318150A5052211422 @default.
• W1974318150 hasAuthorship W1974318150A5060323136 @default.
• W1974318150 hasAuthorship W1974318150A5060569601 @default.
• W1974318150 hasAuthorship W1974318150A5076297162 @default.
• W1974318150 hasAuthorship W1974318150A5076411270 @default.
• W1974318150 hasBestOaLocation W19743181501 @default.
• W1974318150 hasConcept C107872376 @default.
• W1974318150 hasConcept C178790620 @default.
• W1974318150 hasConcept C185592680 @default.
• W1974318150 hasConcept C2775959351 @default.
• W1974318150 hasConcept C2778951431 @default.
• W1974318150 hasConcept C2779033964 @default.
• W1974318150 hasConcept C2779234561 @default.
• W1974318150 hasConcept C2779563022 @default.
• W1974318150 hasConcept C2780112459 @default.
• W1974318150 hasConcept C2992336715 @default.
• W1974318150 hasConcept C33070731 @default.
• W1974318150 hasConcept C39432304 @default.
• W1974318150 hasConcept C46973012 @default.

• next