O. Khlid, L. (2014). The Use of Hexamine Cobalt(III) Tricarbonate Cobalt(III) as Oxidizing Agent in Glutathione Stability Test. Alustath, 32(1), 86-94.
Layla O. Khlid. "The Use of Hexamine Cobalt(III) Tricarbonate Cobalt(III) as Oxidizing Agent in Glutathione Stability Test". Alustath, 32, 1, 2014, 86-94.
O. Khlid, L. (2014). 'The Use of Hexamine Cobalt(III) Tricarbonate Cobalt(III) as Oxidizing Agent in Glutathione Stability Test', Alustath, 32(1), pp. 86-94.
O. Khlid, L. The Use of Hexamine Cobalt(III) Tricarbonate Cobalt(III) as Oxidizing Agent in Glutathione Stability Test. Alustath, 2014; 32(1): 86-94.

The Use of Hexamine Cobalt(III) Tricarbonate Cobalt(III) as Oxidizing Agent in Glutathione Stability Test

basrah journal of science
Article 1, Volume 32, Issue 1, July 2014, Pages 86-94    PDF (0 K)
Author
Layla O. Khlid
Abstract
Hexamine cobalt (III) tricarbonatecobalt(III). [Co(NH3)6.Co(C03)3] had been used
as oxidizing agent in glutathione stability test. A comparative study with acety1
phenyl hydrazine (ACP) was established. The average mean reduction of
glutathione in red blood cells was (19.82 ±12.55) for G6PD normal people and
(59.10 ±4.04) for G6PD deficient people when cobalt complex was used ,while the
average mean reduction of glutathione in red blood cells was (11.90 ±8.75) for
G6PD normal people and (34.99 ±11.70) for G6PD deficient people when (ACP)
was used. It is possible to use the cobalt complex as a good substitute for (ACP) in
the glutathione stability test.
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