猪精液冷冻保存的最新进展。

D. Rath, R. Bathgate, H. Rodríguez-Martínez, J. Roca, J. Strzeżek, D. Waberski
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引用次数: 77

摘要

从35年前开始,公猪的精液就被冷冻并用于人工授精(AI)。然而,冷冻保存的猪精子的生育力一直很低,因为猪精子对渗透平衡变化、氧化应激、低温暴露、冷冻保护剂中毒等引起的细胞应激更敏感,并且在商业应用剂量下不太能弥补这些不足。此外,个体间精子自由度的差异也是众所周知的。在这里,我们回顾了解冻后精子质量筛选测试的最新进展,减少个体公猪影响的方法,通过新型延长剂成分改善冷冻保护的方法,包装和冷冻方案以及冷冻和解冻方法,以及处理性化公猪精子的方法。已经取得了重大进展,提高了冷冻存活率和为商业人工智能处理公猪精液的能力。
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Recent advances in boar semen cryopreservation.
Since 35 years ago boar semen has been frozen and used for artificial insemination (AI). However, fertility of cryopreserved porcine sperm has consistently been low as boar sperm are more sensitive to cellular stress imposed by changing osmotic balance, oxidative stress, low-temperature exposure, cryo-protectant intoxication etc. and are less able to compensate for these deficiencies at commercially applicable dosages. Additionally, differences in sperm freezability among individuals are well known. Here we review current advances on tests to screen sperm quality post-thaw, on ways of diminishing individual boar effects, on improvement of cryo-protection by novel extender components, on packaging and freezing protocols and freezing and thawing methods, and on the handling of sexed boar sperm. Major advances have been registered, which have improved cryo-survival and the capacity to process boar semen for commercial AI.
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