Abstract
As most kinds of pathogenic agents tend to develop new resistance mechanisms to the common medicines, innovative solutions for counteracting this alarming situation are lately required. Within this context, the current paper aims to propose as potential antibacterial drugs three complex compounds formed by first-row transition divalent metal ions with a Schiff base, presenting the results of a study regarding the behavior of the Schiff base itself, compared to the ones of these three substances, when tested against different kinds of anaerobic germs.The work has been performed by using Kirby-Bauer disk diffusion method, the results being afterwards computationally processed by appealing to the Python multi-paradigm programming language.
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