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马术运动项目和比赛水平对公马精液质量的影响差异

Variance in Stallion Semen Quality among Equestrian Sporting Disciplines and Competition Levels.

作者信息

Wilson Megan, Williams Jess, Montrose V Tamara, Williams Jane

机构信息

Equine and Animal Departments, Hartpury University, Gloucester GL19 3BE, UK.

出版信息

Animals (Basel). 2019 Jul 25;9(8):485. doi: 10.3390/ani9080485.

Abstract

Most stallions within breeding programmes are expected to breed and compete concurrently. The exercising of stallions with regards to training regimes during the breeding season is a controversial subject. Daily exercise at low intensities is important for the mental and reproductive well-being of the stallion, however higher intensities of exercise, as seen in competing stallions, may have detrimental effects on seminal quality. To calculate if competition does affect semen quality, this study investigated the effect that equestrian discipline and timing of competition had on a range of stallion semen characteristics. This was a retrospective study that evaluated the seminal data of 1130 stallion semen collections from two UK based stud farms between 2009 and 2016. Competing stallion semen quality was significantly lower with regards to concentration ( < 0.05) and progressive motility ( < 0.05) than non-competing stallions. Semen volume was higher in competing stallions ( < 0.05) than non-competing stallions. There was a significant difference in seminal attributes among disciplines and competition levels ( < 0.05). The difference in semen quality among competing and non-competing stallions, as well as the difference among disciplines suggests endocrinological and physiological changes occur in relation to training intensity and competition.

摘要

大多数参与育种计划的种马预计要同时进行配种和参赛。在繁殖季节,种马的训练方式是一个有争议的话题。对种马而言,低强度的日常锻炼对其心理和生殖健康很重要,然而,如参赛种马那样的高强度锻炼可能会对精液质量产生不利影响。为了计算比赛是否真的会影响精液质量,本研究调查了马术项目和比赛时间对一系列种马精液特征的影响。这是一项回顾性研究,评估了2009年至2016年间英国两个种马场1130份种马精液采集的精液数据。参赛种马精液的浓度(<0.05)和前向运动能力(<0.05)显著低于非参赛种马。参赛种马的精液量高于非参赛种马(<0.05)。不同项目和比赛水平之间的精液属性存在显著差异(<0.05)。参赛种马和非参赛种马之间精液质量的差异,以及不同项目之间的差异表明,与训练强度和比赛相关的内分泌和生理变化会发生。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/da76/6719077/d9d33b6215ef/animals-09-00485-g001.jpg

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