In the present study, preparation of azomethine metal complexes have been carried out by employing the isolation of these complexes as para- Toluic hydrazide (PTH) with aldehyde of 2-Hydroxy-3-methoxy benzaldehyde (O-Vanillin) by combining the metals like Mo(VI) and V(V) which in turn the transition metal complexes using with these new ligands are also found place as insecticides, fungicides, antiviral, tuberculosis, anticancer, herbicides, anti-inflammatory and the recent literature reveals some of these Schiff base metal complexes have been sanctifies as a chelating agent, analytical...

The present investigation has synthesized new Schiff bases with substituted aldehydes and ketones by employing p-Toulic Hydrazide as a common amine further the author provided a new series of metal complexes of Cu and La with newly developed Schiff base ligands from p-Toulic Hydrazide with 2-Hydroxy Benzophenone and 2-Hydroxy Benzaldehyde. In view of innumerable applications of azomethines as such and their metal complexes in general the author has carried out the synthesis of new Schiff-bases and their metal complexes and have been characterized by employing techniques like elemental...

In view of spectracular importance of Schiff bases (azomethines) lies in their formation of coordination compounds readily with metals. This is due to the presence of lone pair of electrons on the nitrogen atom and of the general electron donating character of the double bond. They also form five or six membered stable cheletes with metals if a functional group with a replaceable hydrogen atom, preferably a hydroxyl group is present near enought to the C-N group. Besides the ability to form complexes with metals, Schiff bases have innumerable applications in many fields namely, pharmacy,...