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1 eas the young leaves and the roots contained organoselenium almost exclusively, indicating that the a
2 ies of the roots contained concentrations of organoselenium an order of magnitude greater than the re
3 creening and quantitative detection of these organoselenium and organic acid metabolites is achieved
6 lenium, p-XSe-SG seems to be the least toxic Organoselenium chemopreventive agent thus far tested in
7 (methylene)selenocyanate (p-XSC) is the lead Organoselenium compound in that it has been shown to be
8 s to develop a direct LC/ESIMS method for an organoselenium compound, 4-hydroxyphenyl 2-methyl-2-amin
10 s suggest that the newly developed synthetic Organoselenium compound, p-XSe-SG, is stable in the diet
11 three thermally labile low molecular weight organoselenium compounds (selenomethionine, selenoethion
12 ycling can enhance the protective effects of organoselenium compounds against oxidant-induced DNA dam
15 ve consistently shown that several synthetic Organoselenium compounds are superior cancer chemopreven
16 itory activity of novel and highly effective organoselenium compounds as inhibitors of Sporosarcina p
17 onfirmed the high efficiency of the examined organoselenium compounds as urease inhibitors against pa
18 this is the first time low molecular weight organoselenium compounds have been identified by SALDI-h
19 elenite, or selenocyanate, produces volatile organoselenium compounds in bacterial culture headspace.
20 genously supplied or metabolically generated organoselenium compounds, capable of propagating a selen
21 most likely due to increased accumulation of organoselenium (e.g. selenomethionine) in selenate-treat
23 method for speciation and identification of organoselenium metabolites found in human urine samples
24 es an amperometric NO gas sensor with a thin organoselenium modified dialysis membrane mounted at the
25 ed system, using diorganyl diselenides as an organoselenium source, was used for the cyclization of 1
26 l generated from the reaction of the reduced organoselenium species (the reactive species in the cata
28 elenate (26%), the absolute concentration of organoselenium was actually approximately 5-fold higher
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