Investigating microbiological activities with synthesis and characterization of new oxime metal complexes

Vic-dioximes have great importance since they are used as chelate because of the stable complexes with transition metals. Numerous dioximes and their transition metal complexes have been investigated. The exceptional stability and unique electronic properties of these complexes can be attributed to their planar structure which is stabilized by hydrogen bonding. The high stability of the complexes with vic-dioxime ligands has been used extensively for various purposes.Oxim compounds, Trough they show superior impacts in the photochemical and biologic reactions as well as have characteristics such as holding oxygen and biologically fissioning by itself, have been widely known and its usage area have been expanding depending on developing technology.In this study, anti-chloroglyoxime was synthesized, which is reported in literature, and ligand constituted 2-aminomethylpridine were synthesized and its complexes with Co(II), Ni(II), and Cu(II) acetate salts and its complexes were obtained. The ligand and complexes were investigated by 1H-NMR, IR, elemental analysis and magnetic susceptibility. Besides some micro biological activities of complexes were investigated.