Publication | Closed Access
Iron Chelates in Biological Systems. Its Relevance to lnduction of Pathogenesis of Tissue Damage and Carcinogenesis
17
Citations
8
References
1994
Year
Nitrosative StressRenal InflammationNephrologyTissue DamageIron DeficiencyIron ChelatesRedox BiologyOxidative StressReactive Nitrogen SpecieToxicologyRenal CarcinomaBiochemistryBiological SystemsRenal PathophysiologyReactive Oxygen SpeciePharmacologyCell BiologyUrologyAbstract Iron-ntaBioactive MetalMetalloproteinMetabolismMedicineHydrogen PeroxideKidney ResearchHepcidin
Abstract Iron-nta(nitrilotriacetate) solution induces severe nephrotoxicity and high accidence of renal carcinoma in rats and mice, however, the effect by an iron-pac(2-aminomethylpyridine-N,N-diacetate) solution is negligible. These facts were interpreted in terms of different reactivity of the two compounds toward hydrogen peroxide.
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