Electrochemical techniques provide valuable information about drug molecules and their mechanisms in the body such as metabolism, which is one of the important actions in drug discovery. Since, many physiological processes depend on oxido-reduction reactions, it is not difficult to find associations between electrochemical and biological reactions regarding electron transfers. To investigate this proposal two compounds namely 1-methylindole-3- carboxaldehyde izonicotinoyl hydrazone and 5-chloro-1H-indole-3-carboxaldehyde izonicotinoyl hydrazone were synthesized, characterized and examined electrochemically using different voltammetric techniques in order to evaluate the possible biological behavior. The characteristics of the corresponding electrode reaction were discussed. A linear response was obtained in the different media for the compounds with low detection limits of the synthesized compounds.
电
化学技术为药物分子及其在体内的机制(如新陈代谢)提供了宝贵的信息,而新陈代谢是药物发现的重要作用之一。由于许多生理过程都依赖于氧化还原反应,因此不难发现电
化学反应与
生物反应在电子转移方面的联系。为了研究这一提议,我们合成了两种化合物,即
1-甲基吲哚-3-甲醛偶氮烟酰基腙和 5-
氯-1H-
吲哚-3-
甲醛偶氮烟酰基腙,并利用不同的伏安技术对其进行了表征和电
化学检测,以评估其可能的
生物行为。讨论了相应电极反应的特征。在不同的介质中,合成的化合物获得了线性响应,检测限较低。