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The core of selenoprotein research is to clarify how redox reactions involving selenocysteine affect antioxidant defense, mitochondrial homeostasis, inflammatory responses, and cell death. Combined detection of selenoproteins such as GPX, TXNRD, and SELENOP with SOD, CAT, PRDX, GSH/GSSG, ROS, ...
硒蛋白研究的核心，是解析硒代半胱氨酸参与的氧化还原反应如何影响抗氧化防御、线粒体稳态、炎症应答和细胞死亡。GPX、TXNRD、SELENOP等硒蛋白与SOD、CAT、PRDX、GSH/GSSG、ROS和脂质过氧化指标联合检测，可更完整地评价氧化应激状态。 ...
Thiol and disulfide status are important chemical indicators for evaluating redox balance, protein structural stability, and the degree of stress-induced damage in biological samples. Measuring thiol content alone usually reflects only the level of reactive reduced species under a specific ...
巯基与二硫键状态是评价生物样本氧化还原平衡、蛋白质结构稳定性及应激损伤程度的重要化学指标。单独测定巯基含量，通常只能反映样本在特定条件下的可反应还原态水平；只有将游离巯基、总巯基、二硫键含量以及GSH/GSSG等指标纳入同一分析框架，才能较完整地描述样本的氧化还原状态。 ...
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