Papas A M
Eastman Chemical Company, Kingsport, Tennessee 37662-5230, USA.
Lipids. 1996 Mar;31 Suppl:S77-82. doi: 10.1007/BF02637055.
Antioxidant status in humans reflects the dynamic balance between the antioxidant system and prooxidants and has been suggested as a useful tool in estimating the risk of oxidative damage. This paper reviews determinants of antioxidant status such as diet including antioxidant nutrient and nonnutrient intake, absorption and bioavailability, dietary components such as polyunsaturated fatty acids and transition metals, food storage and processing, chemical form, chirality and formulation of supplemental compounds and alcohol intake; environmental factors such as pollutants, ultraviolet radiation and smoking; injury and disease, medications and other medical treatments such as radiation; strenuous exercise; and physiological stage or conditions such as those in premature babies and the elderly. It is proposed that, in addition to current focus on tissues, the antioxidant status of digesta should be considered because of its effect on specific tissues and potential health implications.
人体的抗氧化状态反映了抗氧化系统与促氧化剂之间的动态平衡,并被认为是评估氧化损伤风险的一种有用工具。本文综述了抗氧化状态的决定因素,如饮食(包括抗氧化营养素和非营养素的摄入、吸收及生物利用度)、饮食成分(如多不饱和脂肪酸和过渡金属)、食物储存与加工、化学形态、手性以及补充化合物的配方和酒精摄入;环境因素(如污染物、紫外线辐射和吸烟);损伤与疾病、药物及其他医学治疗(如放疗);剧烈运动;以及生理阶段或状况(如早产儿和老年人的情况)。有人提出,除了当前对组织的关注外,还应考虑消化物的抗氧化状态,因为它会影响特定组织并具有潜在的健康影响。