Petyim Somsin, Choavaratana Roungsin, Suksompong Singpetch, Laokirkkiat Pitak, Makemaharn Orawan
Infertility Unit, Faculty of Medicine, Siriraj Hospital, Bangkok, Thailand.
J Med Assoc Thai. 2009 Jul;92(7):878-84.
To determine the succession of sperm preparation using the double-gradients technique on sperm quality: sperm recovery rate, sperm concentration, sperm motility and percentage of post wash total motile sperm count.
Retrospective descriptive study.
Infertility clinic, Faculty of Medicine, Siriraj hospital.
During the period of January 1, 2002 through December 31, 2007, data including semen analysis before and after IUI procedure were reviewed in all male patients who were referred to the andrology laboratory for sperm washing and IUI. Comparison of semen parameters such as total sperm concentration, total motile sperm count before and after sperm preparation as well as total sperm recovery rate and total motile sperm recovery rate was evaluated.
After sperm preparation, both sperm concentration and progressive sperm motility significantly increased, while total motile sperm count significantly decreased. Moreover, the percentage of motile sperm recovery rate and total sperm recovery rate was higher after sperm preparation at around 59.88 +/- 19.26% and 34.03 +/- 14.58% respectively. When categorizing semen parameters to 4 groups: normozoospermia, oligozoospermia, astenozo-ospermia and oligo-astenozoospermia, sperm motility in each group, comparing with sperm motility prior preparation, significantly improved after sperm preparation. Furthermore, motile sperm recovery rate in each group significantly increased except for astenozoospermia. Total sperm recovery rate in oligozoospermia was significantly higher than normozoospermia, yet the others were significantly lower.
Sperm preparation using double gradient percoll provided a high percentage of motile sperm recovery rate and total sperm recovery rate. It also dramatically improved progressive sperm motility in normozoospermia, oligozoospermia, astenozoospermia and oligo-astenozoospermia.
运用双梯度技术测定精子处理对精子质量的影响,包括精子回收率、精子浓度、精子活力以及洗涤后总活动精子数百分比。
回顾性描述性研究。
诗里拉吉医院医学院不孕不育诊所。
回顾2002年1月1日至2007年12月31日期间,所有前往男科实验室进行精子洗涤和宫腔内人工授精(IUI)的男性患者在IUI手术前后的精液分析数据。评估精液参数,如精子处理前后的总精子浓度、总活动精子数,以及总精子回收率和总活动精子回收率。
精子处理后,精子浓度和进行性精子活力显著增加,而总活动精子数显著减少。此外,精子处理后的活动精子回收率和总精子回收率较高,分别约为59.88±19.26%和34.03±14.58%。将精液参数分为4组:正常精子症、少精子症、弱精子症和少弱精子症,每组精子活力与处理前相比,处理后均显著提高。此外,除弱精子症组外,其他组的活动精子回收率均显著增加。少精子症组的总精子回收率显著高于正常精子症组,而其他组则显著低于正常精子症组。
使用双梯度Percoll进行精子处理可提供较高的活动精子回收率和总精子回收率。它还显著提高了正常精子症、少精子症、弱精子症和少弱精子症患者的进行性精子活力。