1988
DOI: 10.1016/0022-2364(88)90329-0
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A spin-trapping database implemented on the IBM PC/AT

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Cited by 72 publications
(77 citation statements)
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“…The major part of this ESR spectrum is SOD-sensitive ( Figure 3F) and exhibits a pattern characteristic of the DMPO/ • OOH radical adduct. Computer analysis and simulation of the ESR spectrum ( Figure 3G) showed that DMPO/ • OOH accounts for 91.2 % of the composite spectrum with hyperfine coupling constant values a N = 14.1 G, , and , which are similar to those previously published [23][24][25]. Another minor radical species (8.8 %) was attributed to the DMPO/ • OH adduct, with hyperfine coupling constants of .…”
Section: Photo-induced Production Of Superoxidesupporting
confidence: 81%
“…The major part of this ESR spectrum is SOD-sensitive ( Figure 3F) and exhibits a pattern characteristic of the DMPO/ • OOH radical adduct. Computer analysis and simulation of the ESR spectrum ( Figure 3G) showed that DMPO/ • OOH accounts for 91.2 % of the composite spectrum with hyperfine coupling constant values a N = 14.1 G, , and , which are similar to those previously published [23][24][25]. Another minor radical species (8.8 %) was attributed to the DMPO/ • OH adduct, with hyperfine coupling constants of .…”
Section: Photo-induced Production Of Superoxidesupporting
confidence: 81%
“…The major radical adduct with hyperfine coupling constants a N =16.06 G, a H =2.87 G, and a 13C =4.86 G (Fig. 2C) was assigned to POBN/ ·13 CH 3 based upon comparison of these splitting constants with the literature [28][29][30][31]. The unequivocal identification of the POBN/methyl radical adduct in the bile of rats 1 h after CdCl 2 administration indicates production of the hydroxyl radical.…”
Section: Detection Of Cd-induced Radicals In Rat Bilementioning
confidence: 88%
“…2D) were a N =15.62 G and a H =2.97 G (n=4). Radical adducts with these coupling constants are formed during lipid peroxidation and by the one-electron reductive decomposition of lipid hydroperoxides [28][29][30][31]. Therefore, this radical was assigned as POBN/L.…”
Section: Detection Of Cd-induced Radicals In Rat Bilementioning
confidence: 99%
“…Exposure to UV radiation resulted in a triplet of doublets as well as the ascorbate free radical signal. The hypefine splittings of the POBN adduct were aN = 15.62 G and aH = 3.1 G, possibly indicating a carbon dioxide radical anion (21,22). This signal was very weak, thus further spintrapping experiments were done using DMPO.…”
mentioning
confidence: 99%