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Role of thiocyanate ion in metallothionein induction and in endogenous distribution of essential elements in the rat liver

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Abstract

Thiocyanate is the major toxic metabolite of hydrogen cyanide, a toxic substance the organism may be exposed to as a result of cigarette smoking or industrial pollution. The complex interactions existing between metals and metallothionein induction are well known. However, the possible role of thiocyanate, which is also an anion, has not been established yet. Considering the interactions between metals and the metallothioneins, in this study the relationship between thiocyanate and the in vivo distribution of hepatic metallothionein and zinc, copper, iron, calcium, magnesium, and manganese are investigated in rats. This study implies that thiocyanate has, to some extent, an effect on the in vivo expression of metallothionein and endogenous distribution of essential elements in rat liver. Elevated levels of metallothionein and changes in hepatic concentrations of essential elements have suggested a role for thiocyanate in cellular metabolism and it might reflect a direct role of thiocyanate on alteration of cellular functional activities.

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  1. Department of Biochemistry, Ege University School of Medicine, Bornova TR-35100, Turkey, Izmir

    H. Hakan Aydin, Handan Ak Çelik & Biltan Ersoz

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  1. H. Hakan Aydin
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Aydin, H.H., Çelik, H.A. & Ersoz, B. Role of thiocyanate ion in metallothionein induction and in endogenous distribution of essential elements in the rat liver. Biol Trace Elem Res 90, 187–202 (2002). https://doi.org/10.1385/BTER:90:1-3:187

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