FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2617153985> ?p ?o ?g. }

• W2617153985 endingPage "42" @default.
• W2617153985 startingPage "27" @default.
• W2617153985 abstract "Lead (Pb) is a widespread heavy metal which is harmful to human health, especially to young children. To provide a human health risk assessment that is more relevant to real conditions, Pb bioavailability in soils is increasingly employed in the assessment procedure. Both in vivo and in vitro measurements for lead bioavailability are available. In vivo models are time- consuming and expensive, while in vitro models are rapid, economic, reproducible, and reliable while involving more uncertainties. Uncertainties in various measurements create difficulties in accurately predicting Pb bioavailability, resulting in the unnecessary remediation of sites. In this critical review, we utilised available data from in vivo and in vitro studies to identify the key parameters influencing the in vitro measurements, and presented uncertainties existing in Pb bioavailability measurements. Soil type, properties and metal content are reported to influence lead bioavailability; however, the differences in methods for assessing bioavailability and the differences in Pb source limit one’s ability to conduct statistical analyses on influences of soil factors on Pb bioavailability. The information provided in the review is fundamentally useful for the measurement of bioavailability and risk assessment practices." @default.
• W2617153985 created "2017-06-05" @default.
• W2617153985 creator A5002248149 @default.
• W2617153985 creator A5008428857 @default.
• W2617153985 creator A5013830563 @default.
• W2617153985 creator A5031209724 @default.
• W2617153985 creator A5061863788 @default.
• W2617153985 creator A5076514786 @default.
• W2617153985 date "2017-10-01" @default.
• W2617153985 modified "2023-10-18" @default.
• W2617153985 title "Measurement of soil lead bioavailability and influence of soil types and properties: A review" @default.
• W2617153985 cites W145619411 @default.
• W2617153985 cites W1563859806 @default.
• W2617153985 cites W1839815241 @default.
• W2617153985 cites W1964005676 @default.
• W2617153985 cites W1968558551 @default.
• W2617153985 cites W1969346676 @default.
• W2617153985 cites W1972744022 @default.
• W2617153985 cites W1984937774 @default.
• W2617153985 cites W1984940267 @default.
• W2617153985 cites W1985286685 @default.
• W2617153985 cites W1986336484 @default.
• W2617153985 cites W1987048731 @default.
• W2617153985 cites W1987369118 @default.
• W2617153985 cites W1988054301 @default.
• W2617153985 cites W1990324065 @default.
• W2617153985 cites W1990812284 @default.
• W2617153985 cites W1991157573 @default.
• W2617153985 cites W1992647451 @default.
• W2617153985 cites W1995302490 @default.
• W2617153985 cites W1998430229 @default.
• W2617153985 cites W1998913824 @default.
• W2617153985 cites W2005029471 @default.
• W2617153985 cites W2005759482 @default.
• W2617153985 cites W2006068495 @default.
• W2617153985 cites W2009412089 @default.
• W2617153985 cites W2013132106 @default.
• W2617153985 cites W2015825617 @default.
• W2617153985 cites W2022397898 @default.
• W2617153985 cites W2023648438 @default.
• W2617153985 cites W2024489032 @default.
• W2617153985 cites W2027186357 @default.
• W2617153985 cites W2028194484 @default.
• W2617153985 cites W2030498429 @default.
• W2617153985 cites W2033185810 @default.
• W2617153985 cites W2037063734 @default.
• W2617153985 cites W2038768324 @default.
• W2617153985 cites W2042688551 @default.
• W2617153985 cites W2043003473 @default.
• W2617153985 cites W2044483113 @default.
• W2617153985 cites W2045966566 @default.
• W2617153985 cites W2053892149 @default.
• W2617153985 cites W2054480634 @default.
• W2617153985 cites W2055025741 @default.
• W2617153985 cites W2060245160 @default.
• W2617153985 cites W2060374143 @default.
• W2617153985 cites W2060908197 @default.
• W2617153985 cites W2065313591 @default.
• W2617153985 cites W2068210724 @default.
• W2617153985 cites W2069435571 @default.
• W2617153985 cites W2069642132 @default.
• W2617153985 cites W2073294461 @default.
• W2617153985 cites W2080573209 @default.
• W2617153985 cites W2086225703 @default.
• W2617153985 cites W2086719526 @default.
• W2617153985 cites W2087771853 @default.
• W2617153985 cites W2089347307 @default.
• W2617153985 cites W2091412115 @default.
• W2617153985 cites W2092273834 @default.
• W2617153985 cites W2095828600 @default.
• W2617153985 cites W2106699345 @default.
• W2617153985 cites W2129200625 @default.
• W2617153985 cites W2130675131 @default.
• W2617153985 cites W2130801376 @default.
• W2617153985 cites W2150705796 @default.
• W2617153985 cites W2160897811 @default.
• W2617153985 cites W2161254945 @default.
• W2617153985 cites W2162154591 @default.
• W2617153985 cites W2165037271 @default.
• W2617153985 cites W2195464900 @default.
• W2617153985 cites W2218653153 @default.
• W2617153985 cites W2255943886 @default.
• W2617153985 cites W2287513519 @default.
• W2617153985 cites W2302291722 @default.
• W2617153985 cites W2331721786 @default.
• W2617153985 cites W2332727116 @default.
• W2617153985 cites W2339203432 @default.
• W2617153985 cites W2339583760 @default.
• W2617153985 cites W2560311374 @default.
• W2617153985 cites W2562057597 @default.
• W2617153985 cites W2794375298 @default.
• W2617153985 cites W4250871921 @default.
• W2617153985 doi "https://doi.org/10.1016/j.chemosphere.2017.05.143" @default.
• W2617153985 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28578193" @default.
• W2617153985 hasPublicationYear "2017" @default.
• W2617153985 type Work @default.
• W2617153985 sameAs 2617153985 @default.
• W2617153985 citedByCount "53" @default.

• next