FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2009551484> ?p ?o ?g. }

• W2009551484 endingPage "112" @default.
• W2009551484 startingPage "97" @default.
• W2009551484 abstract "Pollution from heavy metals has increased in recent decades and has become an important concern for environmental agencies. Arsenic, cadmium, copper, mercury and lead are among the trace elements that have the greatest impact and carry the highest risk to human health. Electrothermal atomic absorption spectrometry (ETAAS) has long been used for trace element analyses and over the past few years, the main constraints of atomic absorption spectrometry (AAS) methods, namely matrix interferences that provoked high background absorption and interferences, have been reduced. The use of new, more efficient modifiers and in situ trapping methods for stabilization and pre-concentration of these analytes, progress in control of atomization temperatures, new designs of atomizers and advances in methods to correct background spectral interferences have permitted an improvement in sensitivity, an increase in detection power, reduction in sample manipulation, and increase in the reproducibility of the results. These advances have enhanced the utility of Electrothermal atomic absorption spectrometry (ETAAS) for trace element determination at μg L−1 levels, especially in difficult matrices, giving rise to greater reproducibility, lower economic cost and ease of sample pre-treatment compared to other methods. Moreover, the recent introduction of high resolution continuum source Electrothermal atomic absorption spectrometry (HR-CS-ETAAS) has facilitated direct solid sampling, reducing background noise and opening the possibility of achieving even more rapid quantitation of some elements. The incorporation of flow injection analysis (FIA) systems for automation of sample pre-treatment, as well as chemical vapor generation renders (ETAAS) into a feasible option for detection of As and Hg in environmental and food control studies wherein large numbers of samples can be rapidly analyzed. A relatively inexpensive approach with low sample consumption provide additional advantages of this technique that reaches figures of merit equivalent to Inductively coupled plasma mass spectrometry (ICP-MS). Herein is presented an overview of recent advances and applications of (ETAAS) for the determination of As, Cd, Cu, Hg and Pb in biological samples drawn from studies over the last decade." @default.
• W2009551484 created "2016-06-24" @default.
• W2009551484 creator A5016893899 @default.
• W2009551484 creator A5046994744 @default.
• W2009551484 creator A5061849201 @default.
• W2009551484 date "2010-02-01" @default.
• W2009551484 modified "2023-10-07" @default.
• W2009551484 title "Determination of As, Cd, Cu, Hg and Pb in biological samples by modern electrothermal atomic absorption spectrometry" @default.
• W2009551484 cites W1513830566 @default.
• W2009551484 cites W1963772687 @default.
• W2009551484 cites W1968894554 @default.
• W2009551484 cites W1969974266 @default.
• W2009551484 cites W1970586875 @default.
• W2009551484 cites W1970904783 @default.
• W2009551484 cites W1972397179 @default.
• W2009551484 cites W1977694642 @default.
• W2009551484 cites W1978065631 @default.
• W2009551484 cites W1978322904 @default.
• W2009551484 cites W1978571364 @default.
• W2009551484 cites W1979794461 @default.
• W2009551484 cites W1979808307 @default.
• W2009551484 cites W1980243550 @default.
• W2009551484 cites W1980518480 @default.
• W2009551484 cites W1984766210 @default.
• W2009551484 cites W1986297061 @default.
• W2009551484 cites W1989156584 @default.
• W2009551484 cites W1989505202 @default.
• W2009551484 cites W1989626207 @default.
• W2009551484 cites W1989680314 @default.
• W2009551484 cites W1991534910 @default.
• W2009551484 cites W1991779593 @default.
• W2009551484 cites W1991934289 @default.
• W2009551484 cites W1993507285 @default.
• W2009551484 cites W1993785934 @default.
• W2009551484 cites W1994003133 @default.
• W2009551484 cites W1994172168 @default.
• W2009551484 cites W1995252205 @default.
• W2009551484 cites W1995533871 @default.
• W2009551484 cites W1998036283 @default.
• W2009551484 cites W1998315089 @default.
• W2009551484 cites W1999469070 @default.
• W2009551484 cites W1999473747 @default.
• W2009551484 cites W2001379166 @default.
• W2009551484 cites W2002250750 @default.
• W2009551484 cites W2003238085 @default.
• W2009551484 cites W2004972060 @default.
• W2009551484 cites W2007011584 @default.
• W2009551484 cites W2008805007 @default.
• W2009551484 cites W2009103367 @default.
• W2009551484 cites W2009368842 @default.
• W2009551484 cites W2009633868 @default.
• W2009551484 cites W2009710549 @default.
• W2009551484 cites W2009841061 @default.
• W2009551484 cites W2009962962 @default.
• W2009551484 cites W2010737121 @default.
• W2009551484 cites W2012527637 @default.
• W2009551484 cites W2012714851 @default.
• W2009551484 cites W2012737494 @default.
• W2009551484 cites W2016751621 @default.
• W2009551484 cites W2017323193 @default.
• W2009551484 cites W2017528507 @default.
• W2009551484 cites W2018218778 @default.
• W2009551484 cites W2020532678 @default.
• W2009551484 cites W2020771999 @default.
• W2009551484 cites W2020885854 @default.
• W2009551484 cites W2021711510 @default.
• W2009551484 cites W2021965078 @default.
• W2009551484 cites W2022139089 @default.
• W2009551484 cites W2022261031 @default.
• W2009551484 cites W2022745727 @default.
• W2009551484 cites W2023684215 @default.
• W2009551484 cites W2027159819 @default.
• W2009551484 cites W2030333304 @default.
• W2009551484 cites W2031187937 @default.
• W2009551484 cites W2032088182 @default.
• W2009551484 cites W2033123002 @default.
• W2009551484 cites W2033165223 @default.
• W2009551484 cites W2034024017 @default.
• W2009551484 cites W2035104278 @default.
• W2009551484 cites W2036396177 @default.
• W2009551484 cites W2037703160 @default.
• W2009551484 cites W2038440877 @default.
• W2009551484 cites W2039980518 @default.
• W2009551484 cites W2040693085 @default.
• W2009551484 cites W2041471731 @default.
• W2009551484 cites W2041493046 @default.
• W2009551484 cites W2041713259 @default.
• W2009551484 cites W2046907374 @default.
• W2009551484 cites W2047790520 @default.
• W2009551484 cites W2049222849 @default.
• W2009551484 cites W2049489392 @default.
• W2009551484 cites W2051304430 @default.
• W2009551484 cites W2052086027 @default.
• W2009551484 cites W2053074557 @default.
• W2009551484 cites W2056125766 @default.
• W2009551484 cites W2056692933 @default.
• W2009551484 cites W2057571606 @default.
• W2009551484 cites W2058597059 @default.

• next