FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4367056818> ?p ?o ?g. }

• W4367056818 endingPage "163717" @default.
• W4367056818 startingPage "163717" @default.
• W4367056818 abstract "It is unclear whether the United States Environmental Protection Agency (US EPA) method can accurately assess heavy metal risks in high-Se areas. Herein, a black shale outcropping in Enshi County, China, was taken as the study area, and a carbonate outcropping in Lichuan County was the control area. Selenium and associated heavy metal concentrations in rock, soil, rice, human blood and urine samples and human sensitive hepatic and renal biomarkers were measured. The results showed that the contents of selenium, cadmium, molybdenum and copper in the study area were 3.68 ± 2.72 μg/g, 2.65 ± 1.42 μg/g, 16.3 ± 15.5 μg/g, and 57.3 ± 17.6 μg/g, respectively, in soil (n = 47) and 1.072 ± 0.924 μg/g, 0.252 ± 0.310 μg/g, 2.800 ± 2.167 μg/g, and 10.91 ± 27.42 μg/g, respectively, in rice (n = 47). The daily adult intake levels of selenium, cadmium and molybdenum from rice consumption in the study area (exposure group) exceed the recommended tolerance values in China. According to the US EPA method, these environmental media pose a significant risk to human health. However, in the exposure group (n = 111), the median levels of the sensitive hepatic biomarkers alanine aminotransferase (18 U/L), aspartate aminotransferase (28 U/L) and total bilirubin (10.9 μmol/L) and the sensitive renal biomarkers serum creatinine (70.1 μmol/L), urinary nitrogen (5.73 mmol/L) and uric acid (303.80 μmol/L) were within reference ranges and had values equivalent to those of the control group (P > 0.05). The elements tended to differentiate during migration from one medium to another. Due to the complex interaction between selenium and heavy metals, a survey of human health indicators is indispensable when the US EPA method is used to assess the heavy metal risks in high-Se areas. The recommended molybdenum tolerable intake in the U.S. (2000 μg/d) is reasonable based on a comparison." @default.
• W4367056818 created "2023-04-27" @default.
• W4367056818 creator A5003850660 @default.
• W4367056818 creator A5005029167 @default.
• W4367056818 creator A5008220968 @default.
• W4367056818 creator A5008432510 @default.
• W4367056818 creator A5008873300 @default.
• W4367056818 creator A5013593292 @default.
• W4367056818 creator A5019864332 @default.
• W4367056818 creator A5022864878 @default.
• W4367056818 creator A5024599533 @default.
• W4367056818 creator A5026716758 @default.
• W4367056818 creator A5066455132 @default.
• W4367056818 creator A5079711130 @default.
• W4367056818 creator A5082921671 @default.
• W4367056818 creator A5085294887 @default.
• W4367056818 date "2023-07-01" @default.
• W4367056818 modified "2023-10-03" @default.
• W4367056818 title "Do high soil geochemical backgrounds of selenium and associated heavy metals affect human hepatic and renal health? Evidence from Enshi County, China" @default.
• W4367056818 cites W172571667 @default.
• W4367056818 cites W1975853168 @default.
• W4367056818 cites W1989368426 @default.
• W4367056818 cites W1990123410 @default.
• W4367056818 cites W2027073726 @default.
• W4367056818 cites W2028168082 @default.
• W4367056818 cites W2031283005 @default.
• W4367056818 cites W2037256943 @default.
• W4367056818 cites W2043193821 @default.
• W4367056818 cites W2043441141 @default.
• W4367056818 cites W2050043534 @default.
• W4367056818 cites W2051166614 @default.
• W4367056818 cites W2063024918 @default.
• W4367056818 cites W2063085392 @default.
• W4367056818 cites W2066662210 @default.
• W4367056818 cites W2069657558 @default.
• W4367056818 cites W2072623246 @default.
• W4367056818 cites W2080545284 @default.
• W4367056818 cites W2083405703 @default.
• W4367056818 cites W2086755414 @default.
• W4367056818 cites W2094638347 @default.
• W4367056818 cites W2101531367 @default.
• W4367056818 cites W2106001223 @default.
• W4367056818 cites W2106712399 @default.
• W4367056818 cites W2119408350 @default.
• W4367056818 cites W2140923515 @default.
• W4367056818 cites W2153199389 @default.
• W4367056818 cites W2158327289 @default.
• W4367056818 cites W2244576758 @default.
• W4367056818 cites W2408831899 @default.
• W4367056818 cites W2412505838 @default.
• W4367056818 cites W2507828308 @default.
• W4367056818 cites W2507849378 @default.
• W4367056818 cites W2524346406 @default.
• W4367056818 cites W2550593182 @default.
• W4367056818 cites W2587892300 @default.
• W4367056818 cites W2611447179 @default.
• W4367056818 cites W2793406348 @default.
• W4367056818 cites W2892284846 @default.
• W4367056818 cites W2906163805 @default.
• W4367056818 cites W2952505940 @default.
• W4367056818 cites W2959399314 @default.
• W4367056818 cites W2963017924 @default.
• W4367056818 cites W2970014014 @default.
• W4367056818 cites W2972238252 @default.
• W4367056818 cites W3004785865 @default.
• W4367056818 cites W3048027872 @default.
• W4367056818 cites W3109270945 @default.
• W4367056818 cites W3152719213 @default.
• W4367056818 cites W3180605291 @default.
• W4367056818 cites W3192904212 @default.
• W4367056818 cites W3196557512 @default.
• W4367056818 cites W4200383694 @default.
• W4367056818 cites W4220689472 @default.
• W4367056818 cites W4284686332 @default.
• W4367056818 cites W4322774154 @default.
• W4367056818 doi "https://doi.org/10.1016/j.scitotenv.2023.163717" @default.
• W4367056818 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37116803" @default.
• W4367056818 hasPublicationYear "2023" @default.
• W4367056818 type Work @default.
• W4367056818 citedByCount "0" @default.
• W4367056818 crossrefType "journal-article" @default.
• W4367056818 hasAuthorship W4367056818A5003850660 @default.
• W4367056818 hasAuthorship W4367056818A5005029167 @default.
• W4367056818 hasAuthorship W4367056818A5008220968 @default.
• W4367056818 hasAuthorship W4367056818A5008432510 @default.
• W4367056818 hasAuthorship W4367056818A5008873300 @default.
• W4367056818 hasAuthorship W4367056818A5013593292 @default.
• W4367056818 hasAuthorship W4367056818A5019864332 @default.
• W4367056818 hasAuthorship W4367056818A5022864878 @default.
• W4367056818 hasAuthorship W4367056818A5024599533 @default.
• W4367056818 hasAuthorship W4367056818A5026716758 @default.
• W4367056818 hasAuthorship W4367056818A5066455132 @default.
• W4367056818 hasAuthorship W4367056818A5079711130 @default.
• W4367056818 hasAuthorship W4367056818A5082921671 @default.
• W4367056818 hasAuthorship W4367056818A5085294887 @default.
• W4367056818 hasConcept C107872376 @default.
• W4367056818 hasConcept C12174686 @default.
• W4367056818 hasConcept C126322002 @default.

• next