富含抗氧化剂的康加扬牛精液的体外评价。

M Selvaraju, R Ruthrakumar, D Gopikrishnan, S Manokaran, R Yogeswari
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引用次数: 0

摘要

本研究的目的是评价富含抗氧化剂的康加扬牛冷冻解冻精液的体外透入率。在本次调查中,使用了5-7岁的Kangayam公牛。每周采集2次精液,每次采集2次射精。它们随后被运送到实验室进行精液处理,并在34°C的水浴中保存。采集当天,分别用tris -卵黄甘油填充剂(TEYG) (I组)、含透明质酸的TEGY填充剂(II组)和含二甲双胍的TEGY填充剂(III组)配制三组精液,34℃水浴保存。根据小组的意见,精液样品首先用适当的扩展剂(TEYG、富透明质酸或富二甲双胍)按1:1的比例稀释,在22°C层流空气中保存7分钟。然后根据稀释率使用合适的精液扩展剂扩展每个精液样本。灌装、密封和打印后,最终稀释的精液样品进行平衡。冷冻是按照标准程序进行的。周期动物在发情后第1、5、9天切除排卵前卵泡后,采用超声引导经阴道取卵法采集卵母细胞。待卵精成熟后,进行卵精共孵育,记录体外穿透率。在Kangayam奶牛中记录的总体体外透入率为46.66%。体外透入率最高的是II组(52%),其次是III组(46%)和I组(42%)。综上所述,透明质酸富集的精液可作为一种实用的方法来冷冻保存康加扬公牛精液,以提高康加扬公牛精液的体外透入率。
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In vitro evaluation of frozen thawed kangayam bull semen enriched with antioxidants.

The aim of this study was to assess the in vitro penetration rate of antioxidant enriched frozen thawed Kangayam bull semen. For the current investigation, 5-7-year-old Kangayam bulls were used. The semen was collected twice per week and two ejaculates were collected each time. They were subsequently transported to the laboratory for processing of semen and maintained in a water bath at 34°C. On the day of semen collection, three groups of semen were prepared with Tris-egg-yolk Glycerol Extender (TEYG) (group I), TEGY extenders with hyaluronan (group II), and TEGY extenders with metformin (group III) and stored in a water bath at 34°C. According to the group, the semen sample was first diluted at a ratio of 1:1 with the appropriate extender (TEYG, hyaluronan enriched or metformin enriched) and kept in laminar air flow at 22°C for seven minutes. Each semen sample was then extended using the appropriate semen extender in accordance with the dilution rate. After filling, sealing and printing, the final diluted semen sample was subjected to equilibration. Freezing was done as per the standard protocol. Oocytes were collected from cyclical animals on days 1, 5, 9 after estrus using the ultrasound guided transvaginal ovum pick-up method after ablation of the day 0 pre-ovulatory follicle. After oocyte and sperm maturation, the co-incubation of oocyte and sperm was done and the in vitro penetration rate was recorded. The overall in vitro penetration rate recorded in Kangayam cows was 46.66 per cent. Maximum in vitro penetration rate was observed in group II (52 per cent) followed by group III (46 per cent) and in group I (42 per cent). Based on the above findings, it was concluded that hyaluronan enriched semen may be used as a pragmatic approach for cryopreservation of Kangayam bull semen in order to augment the in vitro penetration rate in Kangayam.

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