FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4380319432> ?p ?o ?g. }

• W4380319432 endingPage "127241" @default.
• W4380319432 startingPage "127241" @default.
• W4380319432 abstract "Biomedical application is based on the use of LIBS-derived data on chemical contents of tissues in diagnosis of diseases, forensic investigation, as well as a mechanism for providing online feedback for laser surgery. Although LIBS has certain advantages, the issue of correlation of LIBS-derived data on chemical element content in different human and animal tissues with other methods, and especially ICP-MS, remains pertinent. The objective of the present review was to discuss the application of laser-induced breakdown spectroscopy (LIBS) for elemental analysis of human biosamples or tissues from experimental models of human diseases.A systematic search in the PubMed-Medline, Scopus, and Google Scholar databases using the terms laser-induced breakdown spectroscopy, LIBS, metals, trace elements, minerals, and names of particular chemical elements was performed up through 25 February, 2023. Of all extracted studies only those dealing with human subjects, human tissues, in vivo animal and in vitro cell line models of human diseases were reviewed in detail.The majority of studies revealed a wide number of metals and metalloids in solid tissues including teeth (As, Ag, Ca, Cd, Cr, Cu, Fe, Hg, Mg, Ni, P, Pb, Sn, Sr, Ti, and Zn), bones (Al, Ba, Ca, Cd, Cr, K, Mg, Na, Pb, Sr), and nails (Al, As, Ca, Fe, K, Mg, Na, P, Pb, Si, Sr, Ti, Zn). At the same time, LIBS was also used for estimation of trace element and mineral content in hair (Ca, Cu, Fe, K, Mg, Na, Zn), blood (Al, Ca, Co, Cd, Cu, Fe, Mg, Mn, Ni, Pb, Si, Sn, Zn), cancer tissues (Ca, Cu, Fe, Mg, K, Na, Zn) and other tissues. Single studies revealed satisfactory correspondence between quantitative LIBS and ICP-OES/MS data on the level of As (81-93 %), Pb (94-98 %), Cd (50-94 %) in teeth, Cu (97-105 %), Fe (117 %), Zn (88-117 %) in hair, Ca (97-99 %), Zn (90-95 %), and Pb (61-82 %) in kidney stones. LIBS also estimated specific patterns of trace element and mineral content associated with multiple pathologies, including caries, cancer, skin disorders, and other systemic diseases including diabetes mellitus type 2, osteoporosis, hypothyroidism, etc. Data obtained from in situ tissue LIBS analysis were profitably used for discrimination between tissue types.Taken together, the existing data demonstrate the applicability of LIBS for medical studies, although further increase in its sensitivity, calibration range, cross-validation, and quality control is required." @default.
• W4380319432 created "2023-06-13" @default.
• W4380319432 creator A5006923261 @default.
• W4380319432 creator A5035503566 @default.
• W4380319432 creator A5063377931 @default.
• W4380319432 creator A5065392931 @default.
• W4380319432 creator A5066327578 @default.
• W4380319432 creator A5073434880 @default.
• W4380319432 creator A5091107637 @default.
• W4380319432 date "2023-09-01" @default.
• W4380319432 modified "2023-09-27" @default.
• W4380319432 title "Medical application of Laser-Induced Breakdown Spectroscopy (LIBS) for assessment of trace element and mineral in biosamples: laboratory and clinical validity of the method" @default.
• W4380319432 cites W1518417140 @default.
• W4380319432 cites W1648818730 @default.
• W4380319432 cites W1964251785 @default.
• W4380319432 cites W1967584523 @default.
• W4380319432 cites W1970312135 @default.
• W4380319432 cites W1988476511 @default.
• W4380319432 cites W1990536237 @default.
• W4380319432 cites W1997636153 @default.
• W4380319432 cites W2019617010 @default.
• W4380319432 cites W2019799513 @default.
• W4380319432 cites W2022395444 @default.
• W4380319432 cites W2022951325 @default.
• W4380319432 cites W2025767906 @default.
• W4380319432 cites W2026930863 @default.
• W4380319432 cites W2030088239 @default.
• W4380319432 cites W2031912088 @default.
• W4380319432 cites W2038431595 @default.
• W4380319432 cites W2039371339 @default.
• W4380319432 cites W2041119559 @default.
• W4380319432 cites W2044639891 @default.
• W4380319432 cites W2051933859 @default.
• W4380319432 cites W2054289540 @default.
• W4380319432 cites W2054485136 @default.
• W4380319432 cites W2076675174 @default.
• W4380319432 cites W2080357166 @default.
• W4380319432 cites W2084500354 @default.
• W4380319432 cites W2086847207 @default.
• W4380319432 cites W2087972354 @default.
• W4380319432 cites W2090013692 @default.
• W4380319432 cites W2120620624 @default.
• W4380319432 cites W2173380274 @default.
• W4380319432 cites W2300341595 @default.
• W4380319432 cites W2460309304 @default.
• W4380319432 cites W2486101480 @default.
• W4380319432 cites W2529389662 @default.
• W4380319432 cites W2554832978 @default.
• W4380319432 cites W2572093479 @default.
• W4380319432 cites W2584030344 @default.
• W4380319432 cites W2598667597 @default.
• W4380319432 cites W2609647852 @default.
• W4380319432 cites W2737571592 @default.
• W4380319432 cites W2763452078 @default.
• W4380319432 cites W2765089738 @default.
• W4380319432 cites W2780806931 @default.
• W4380319432 cites W2787698007 @default.
• W4380319432 cites W2789539019 @default.
• W4380319432 cites W2793217884 @default.
• W4380319432 cites W2810174094 @default.
• W4380319432 cites W2887414006 @default.
• W4380319432 cites W2892812597 @default.
• W4380319432 cites W2900927048 @default.
• W4380319432 cites W2906187523 @default.
• W4380319432 cites W2970003140 @default.
• W4380319432 cites W2984371543 @default.
• W4380319432 cites W2984487626 @default.
• W4380319432 cites W3004435809 @default.
• W4380319432 cites W3005507516 @default.
• W4380319432 cites W3013383351 @default.
• W4380319432 cites W3026276410 @default.
• W4380319432 cites W3037303831 @default.
• W4380319432 cites W3039851720 @default.
• W4380319432 cites W3043368270 @default.
• W4380319432 cites W3047816334 @default.
• W4380319432 cites W3107588913 @default.
• W4380319432 cites W3108507300 @default.
• W4380319432 cites W3112744273 @default.
• W4380319432 cites W3117543071 @default.
• W4380319432 cites W3121781254 @default.
• W4380319432 cites W3135015746 @default.
• W4380319432 cites W3139035297 @default.
• W4380319432 cites W3150912719 @default.
• W4380319432 cites W3154081440 @default.
• W4380319432 cites W3158762214 @default.
• W4380319432 cites W3161113854 @default.
• W4380319432 cites W3164389575 @default.
• W4380319432 cites W3200884601 @default.
• W4380319432 cites W3212169996 @default.
• W4380319432 cites W4205905749 @default.
• W4380319432 cites W4210270524 @default.
• W4380319432 cites W4210785428 @default.
• W4380319432 cites W4226102093 @default.
• W4380319432 cites W4281254283 @default.
• W4380319432 cites W4285602622 @default.
• W4380319432 cites W4297988497 @default.
• W4380319432 cites W4313907584 @default.
• W4380319432 doi "https://doi.org/10.1016/j.jtemb.2023.127241" @default.

• next