Study of (Pb" - Amino Acids-Imidazole) System as a Tool in Removal of Excess Lead from Human Blood: A Polarographic Approach

Snoj Kumar, P. K. S. Chauhan, H.K. Sharma and R.K. Paliwal

Department of Chemsitry, Narain College, Shikohabad - 205 135 India.

115 A/6, Agra Gate, Mehra Colony, Shikohabad - 205 135 India.

ABSTRACT:

The excess of Lead in the human blood is extremely dangerous for their health specially for their nervous system. We have been studied mixed ligand complexes of imidazole (Im), glycine(gly1-) and alanine (ala1-) with Pb (II) with make Pb soluble and exrete it thrugh urine. The stability constants of these soluble complees [Pb(gly) (Im)]1+, and [Pb(ala (Im)]1+ are log β11=7.26, log β11=7.56, respectively at pH 7.3 and 25±0.1°C. The value of stability constant is determined by polarographic method.

KEYWORDS:

Polarography; mixed ligand complexes; stability constants

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Copy the following to cite this article: Kumar S, Chauhan P. K. S, Sharma H. K, Paliwal R. K. Study of (Pb" - Amino Acids-Imidazole) System as a Tool in Removal of Excess Lead from Human Blood: A Polarographic Approach. Orient J Chem 2009;25(2).

Copy the following to cite this URL: Kumar S, Chauhan P. K. S, Sharma H. K, Paliwal R. K. Study of (Pb" - Amino Acids-Imidazole) System as a Tool in Removal of Excess Lead from Human Blood: A Polarographic Approach. Orient J Chem 2009;25(2). Available from: http://www.orientjchem.org/?p=25368