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Bioelectrochemical response of thiol compounds in quinone mediated systems.

机译:醌介导体系中硫醇化合物的生物电化学响应。

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Anti-oxidants are known to play a crucial role in the prevention of free radical induced oxidative damage and there are many incidences where being able to monitor their concentration in the body would be highly beneficial [1,2].The sulphydryl thiols,cysteine and glutathione,are biochemically the amino acid building blocks of proteins,as well as antioxidants capable of reducing the damage induced in oxidative stress conditions.Such conditions are enhanced by diseases such as diabetes,where the thiol content in blood can vary and be an indicator of a specific condition [3].
机译:已知抗氧化剂在预防自由基诱导的氧化损伤中发挥至关重要作用,并且在能够监测身体中的浓度将是非常有益的,并且存在许多发生的血液的作用是非常有益的[1,2]。硫肾上腺素,半胱氨酸和谷胱甘肽是生物化学上蛋白质的氨基酸积木,以及能够减少氧化应激条件下诱导的抗污染的抗氧化剂。通过糖尿病如糖尿病的增强,血液中的硫醇含量可以变化,并且是一个指标特定条件[3]。

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