Barth A D, Bowman P A
Can Vet J. 1988 Apr;29(4):366-9.
An experiment was designed to determine the best practical method of thawing which could be applied to all semen processed by Canadian A.I. centers. Semen in Tris, Triladyl, whole milk, or Fresh Plus Extender packaged in 1 mL ampules or 0.5 mL French straws was used. Semen was thawed in water at 35 degrees C, 20 degrees C, or 5 degrees C, or in a shirt pocket for 5, 5, 10, or 10 minutes, respectively. Post-thaw viability of sperm cells was assessed by determining the percentage of progressively motile cells, rate of progression, and percentage of intact acrosomes, at 0 hours and after 2 hours of incubation at 37 degrees C. Post-thaw viability was significantly higher (P < 0.05) for the 35 degrees C thaw than for any of the other thaw methods regardless of extender or packaging. Our data indicate that when AI center recommendations for thawing semen are unknown, semen in ampules and straws should be thawed in a 35 degrees C water bath and maintained at that temperature until it can be inseminated.
设计了一项实验,以确定可应用于加拿大人工授精中心处理的所有精液的最佳实用解冻方法。使用包装在1毫升安瓿或0.5毫升法式细管中的Tris、Triladyl、全脂牛奶或新鲜加增效剂中的精液。精液分别在35摄氏度、20摄氏度或5摄氏度的水中解冻,或在衬衫口袋中解冻5分钟、5分钟、10分钟或10分钟。通过在37摄氏度孵育0小时和2小时后,测定进行性运动细胞的百分比、前进速率和完整顶体的百分比,来评估解冻后精子细胞的活力。无论使用何种增效剂或包装,35摄氏度解冻后的活力均显著高于(P < 0.05)其他任何解冻方法。我们的数据表明,当人工授精中心关于精液解冻的建议未知时,安瓿和细管中的精液应在35摄氏度的水浴中解冻,并保持在该温度直至可以进行授精。