AbstractThe iron chelator desferrioxamine has been applied in many studies of pathological states by several investigators. The resulting decreases in cellular and tissue damage have been interpreted as an indication ofthe involvement of iron-mediated radical species. Although the nature and location of the iron species have not been identified, the assumption has often been made that desferrioxamine is able to enter cells. This paper reports investigations of the ability of desferrioxamine to cross the erythrocyte membrane in comparison with that of specific hydroxypyridone iron chelators by assessing their interaction with haemoglobin.Hydroxypyridone; Desferrioxamine; Haemoglobin; Iron chelator; Erythrocyte membran
The iron chelator desferrioxamine reversibly inhibits heme accumulation and globin synthesis in huma...
The complex iron-desferrioxamine (ferrioxamine) is considered chemically unreactive, and not able to...
The complex iron-desferrioxamine (ferrioxamine) is considered chemically unreactive, and not able to...
AbstractThe iron chelator desferrioxamine has been applied in many studies of pathological states by...
The experiments contained within this thesis have characterized the ability of desferrioxamine (DFO)...
AbstractThe mechanism of action of desferrioxamine in the inhibition of the catalysis of iron-induce...
Inhibition of free radical mechanisms by desferrioxamine, an iron chelator, is often thought to be a...
Mouse erythrocytes were incubated with oxidizing agents, phenylhydrazine, divicine and isouramil. Wi...
Mouse erythrocytes were incubated with oxidizing agents, phenylhydrazine, divicine and isouramil. Wi...
It is generally accepted that iron when released from the macromolecular complexes (ferritin, transf...
It is generally accepted that iron when released from the macromolecular complexes (ferritin, transf...
It is generally accepted that iron when released from the macromolecular complexes (ferritin, transf...
ug e 21 Available online at www.sciencedirect.com Free Radical Biology & Mediits capacity to act...
We tested a new synthetic, 8-hydroxyquinoline-based, hexadentate iron chelator, O-Trensox and compar...
Iron in man is held within the cells incorporated in organic complex molecules, either as functional...
The iron chelator desferrioxamine reversibly inhibits heme accumulation and globin synthesis in huma...
The complex iron-desferrioxamine (ferrioxamine) is considered chemically unreactive, and not able to...
The complex iron-desferrioxamine (ferrioxamine) is considered chemically unreactive, and not able to...
AbstractThe iron chelator desferrioxamine has been applied in many studies of pathological states by...
The experiments contained within this thesis have characterized the ability of desferrioxamine (DFO)...
AbstractThe mechanism of action of desferrioxamine in the inhibition of the catalysis of iron-induce...
Inhibition of free radical mechanisms by desferrioxamine, an iron chelator, is often thought to be a...
Mouse erythrocytes were incubated with oxidizing agents, phenylhydrazine, divicine and isouramil. Wi...
Mouse erythrocytes were incubated with oxidizing agents, phenylhydrazine, divicine and isouramil. Wi...
It is generally accepted that iron when released from the macromolecular complexes (ferritin, transf...
It is generally accepted that iron when released from the macromolecular complexes (ferritin, transf...
It is generally accepted that iron when released from the macromolecular complexes (ferritin, transf...
ug e 21 Available online at www.sciencedirect.com Free Radical Biology & Mediits capacity to act...
We tested a new synthetic, 8-hydroxyquinoline-based, hexadentate iron chelator, O-Trensox and compar...
Iron in man is held within the cells incorporated in organic complex molecules, either as functional...
The iron chelator desferrioxamine reversibly inhibits heme accumulation and globin synthesis in huma...
The complex iron-desferrioxamine (ferrioxamine) is considered chemically unreactive, and not able to...
The complex iron-desferrioxamine (ferrioxamine) is considered chemically unreactive, and not able to...