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Redox status of equine seminal plasma reflects the pattern and magnitude of DNA damage in sperm cells

机译:马精浆的氧化还原状态反映了精细胞中DNA损伤的方式和程度

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Antioxidant status of seminal plasma from 23 stallions was evaluated We found a negative correlation between total antioxidant capacity (ABTS(center dot+) decolorization assay) and thiol content of seminal plasma, and sperm DNA damage (8-oxoG immunostaining TUNEL reaction comet assay) Low seminal redox status was the strongest correlated with 8-oxoG level which may Indicate that seminal total antioxidant capacity influences mainly the formation of single strand DNA breaks in sperm cells Since inter-individual differences in seminal antioxidant status were reported we postulated that the redox status of seminal plasma may be an additional important parameter, both with sperm quantitative and morphological analysis for evaluation of equine semen quality
机译:评价了23种种马精浆的抗氧化剂状态我们发现精浆的总抗氧化剂能力(ABTS(中心点+)脱色测定)和硫醇含量与精子DNA损伤(8-oxoG免疫染色TUNEL反应彗星测定)之间呈负相关精液的氧化还原状态与8-oxoG水平之间的相关性最强,这可能表明精液的总抗氧化能力主要影响精子细胞单链DNA断裂的形成。由于据报道精液的抗氧化状态存在个体差异,我们推测精浆可能是一个附加的重要参数,通过精子定量和形态分析来评估马精液质量

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