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Relationships between Seminal Plasma Metabolites Semen Characteristics and Sperm Kinetics in Donkey (

机译:驴精液代谢物精液特征和精子动力学之间的关系(

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摘要

A deeper knowledge of reproductive biology may be helpful in the donkey to avoid the risk of extinction that some breeds are facing. The evaluation of metabolites in seminal plasma provides crucial information for the knowledge of donkey sperm metabolism, for obtaining comparative information with other species, as well as for providing useful elements for the formulation of extenders for sperm dilution and conservation. Moreover, correlations of seminal metabolites with sperm kinetics highlight new possible markers of sperm quality. Using multivariate analysis, all metabolic, seminal, and spermatic data were merged in a single dot that grouped individual stallions within clusters in the Cartesian axes according to the different spermatic characteristics. This amount of information also allows to shed light on the effects of total or partial removal of seminal plasma for improving sperm preservation. The inclusion in the study of an azoospermic individual represents a further discriminating element in the analysis of sperm quality under physiological and pathological conditions.
机译:对生殖生物学的更深入了解可能有助于驴子,以避免一些品种面临的灭绝的风险。精液中代谢物的评价为驴精子代谢的知识提供了重要信息,用于获得与其他物种的比较信息,以及提供用于制剂用于精子稀释和保护的有用元素。此外,具有精子动力学的精髓性代谢物的相关性突出了精子质量的新可能标记。使用多变量分析,在单点中合并所有代谢,开放和精泌物数据,该单点根据不同的精细特性在笛卡尔轴中的簇中分组的单独种马。该信息量还允许揭示荧光对全部或部分去除精子等离子体的影响,以改善精子保存。夹杂物在偶氮孢子症的研究中表示在生理和病理条件下分析精子质量的进一步区分元素。

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