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Semen preservation and artificial insemination in domesticated South American camelids

机译:南美驯养骆驼的精液保存和人工授精

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Semen preservation and artificial insemination in South American camelids are reviewed giving emphasis to work done in Peru and by the authors. Reports on semen evaluation and the preservation process indicate that semen of alpacas and llamas can be manipulated by making it liquid first. Collagenase appears to be the best enzyme to eliminate viscosity. Tris buffer solution maintains a higher motility than egg-yolk citrate, phosphate buffered saline (PBS), Triladyl, and Merck-I extenders. Cooling of semen took 1 h after collected, and equilibrated with 7% glycerol presented a better motility and spermatozoa survival at 1, 7, 15 and 30 days after being slowly frozen in 0.25 mL plastic straws. Trials of artificial insemination with freshly diluted semen and frozen-thawed semen are encouraging and needs to be tested extensively under field conditions. Recently, fertility rates varied from 3 to 67%. Semen preservation and most important, artificial insemination appear to be a reality, and could be used to improve the genetic quality of alpacas and llamas
机译:对南美骆驼科动物的精液保存和人工授精进行了审查,重点是秘鲁和作者所做的工作。关于精液评估和保存过程的报告表明,羊驼和羊驼的精液可以通过先使其为液体来进行处理。胶原酶似乎是消除粘性的最佳酶。 Tris缓冲溶液比蛋黄柠檬酸盐,磷酸盐缓冲盐水(PBS),Triladyl和Merck-I补充剂保持更高的运动能力。精液在收集后1小时冷却,并用7%甘油平衡后,在0.25 mL塑料吸管中缓慢冷冻后的1、7、15和30天表现出更好的运动性和精子存活率。用新鲜稀释精液和冻融精液进行人工授精的试验令人鼓舞,需要在野外条件下进行大量测试。最近,生育率从3%到67%不等。保存精液和最重要的人工授精似乎已成为现实,可用于改善羊驼和美洲驼的遗传质量

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