Hydrazones have attracted significant attention due to their potential to remove free radicals, which have been identified as primary contributors to various pathological conditions stemming from oxidative stress such as Alzheimer's disease, cancer and tuberculosis. Numerous studies have explored differences in the structurally-different hydrazones derived from the coupling of benzoic and phenolic acids hydrazides and aromatic aldehydes with various hydroxyl group substituents. These compounds feature highly-conjugated systems enhanced by the presence of hydroxyl groups, which allows it to resemble the properties of well known natural anti-oxidants such as chalcones and stilbenes.