High performance boar cloned from somatic cell nuclear transfer | 利用体细胞核移植技术生产优秀种公猪
2012
Xue Zhenhua, Beijing Municipal Animal Husbandry and Veterinary General Station, Beijing (China) | Pan Dengke, Chinese Academy of Agricultural Sciences, Beijing (China),Institute of Animal Science | Zhu Zhenying, Chinese Academy of Inspection and Quarantine, Beijing (China),Institute of Animal and Plant Quarantine
中国人. 为探讨体细胞核移植技术用于种公猪的实际生产,复制优秀种公猪的可行性,精选优秀种公猪作为供体,取其耳组织成纤维细胞作核供体,体外成熟的猪卵母细胞为核受体构建克隆胚胎,胚胎体外培养后进行移植。试验先后移植了3 437枚1～4细胞期克隆胚胎到18头受体母猪的输卵管内,28d经B超检测,有16头受体母猪妊娠（88.89%）,11头妊娠足月（68.75%）分娩产下53头仔猪,体细胞克隆猪的生产效率为2.80%（出生仔猪/移植胚胎）。早期生长性状测定结果显示,0和7d时克隆猪的体质量和体尺与普通公猪无显著差异（P〉0.05）。利用体细胞核移植技术生产克隆种公猪,可以延伸种公猪的利用时间和空间,放大优秀种猪的利用价值。
显示更多 [+] 显示较少 [-]英语. To investigate the feasibility of the cloned high performance breeding boar by the technology of somatic cell nuclear transfer in actual production. The nuclear donors were selected from boars, ear organization cells, and the nuclear receptors come from some oecytes through in-vitro maturation. There are 3 437 pieces of 1 - 4 cells cloned embryos were transplanted to 18 receptors successively. Sixteen receptors were pregnancy （88.89%） at 28 d by B ultrasonic detection, and 53 piglets were obtained from 11 pregnancy receptors （68. 75%）. The cloned production efficiency was 2.80% （birth piglet/embryos）. The determination results of growth characteristics showed that there is no significant difference in the measurement of cloned bedyweight and length （P〉0.05） from ordinary boars at 0 and 7 d. Therefore,the cloned boars from the technology of somatic cell nuclear transfer can extend the space and span of a boar and enlarge the use value of the outstanding boar.
显示更多 [+] 显示较少 [-]