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Cymene ruthenium N^N and N^N^N cationic species as potential anti-malaria and anti-cancer agents
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Cymene ruthenium N^N and N^N^N cationic species as potential anti-malaria and anti-cancer agents

Nozipho Magava Khumalo
Master of Science (MSc), University of Johannesburg
01/07/2014
Handle:
https://hdl.handle.net/10210/11358

Abstract

Ruthenium Ruthenium compounds - Synthesis Ligands Pyrazoles
M.Sc. (Chemistry) The main aim of this study was to use pyrazolyl-based bi-and tri-dentate ligands in the synthesis of several p-cymene-ruthenium complexes. These ruthenium complexes and their corresponding ligands were subsequently tested for their anticancer and antimalarial activities...
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