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Relationship of seminal plasma antioxidants and serum male hormones with sperm chromatin status in male factor infertility.

机译:男性因素不孕症中精浆抗氧化剂和血清雄性激素与精子染色质状态的关系。

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We explored the relationship between sperm chromatin integrity, hormone levels, seminal plasma total antioxidant capacity (TAC), and routine sperm parameters in men with male factor (MF, n?=?81) and non-male factor (NMF, n?=?52) infertility. Semen and blood were collected and examined from men undergoing evaluation for infertility in the Avicenna Infertility Clinic. We have examined each patient for serum hormones (LH, FSH, E2, DHEA), sperm chromatin damage, level of protamination and seminal plasma TAC. Levels of FSH, LH, sperm chromatin damage, and abnormal protamination were significantly higher in MF vs. NMF groups (p?
机译:我们探讨了男性因素(MF,n?=?81)和非男性因素(NMF,n?=)的男性精子染色质完整性,激素水平,精浆总抗氧化能力(TAC)和常规精子参数之间的关系。 52)不孕。从在Avicenna不育症诊所接受不育评估的男性中收集精液和血液并进行检查。我们检查了每个患者的血清激素(LH,FSH,E2,DHEA),精子染色质损害,污染水平和精浆TAC。 MF组和NMF组的FSH,LH,精子染色质损伤和异常污染水平显着更高(p <0.001)。精子染色质损伤与CMA(3)-阳性精子百分比(r?=?0.64,p?<?0.001)和精子浓度(r?=?-0.36,p?<?0.001),运动性(r α=β-0.21,p≤<0.05,形态上正常的精子(rα=β-0.29,p≤<0.001)。线性回归显示,未分组患者的精子染色质损伤与CMA(3)-阳性精子百分比有关(p <0.001)。它与MF组中CMA(3)-阳性精子的百分比和血清DHEA均相关(分别为p <0.001和p <0.05)。通过CMA(3)测试评估的精子染色质成熟度与通过甲苯胺蓝测定评估的精子染色质损害成反比。与精子染色质损伤相关的男性不育可能与精子污染和血清DHEA有关。

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