最后，人工生殖技术也有自身的缺点。
Finally, artificial reproductive technology also have their own shortcomings.
这一奖励意味着人工生殖技术得到了世界科学界的认同和赞誉。
This award means artificial reproductive technology by the world scientific community recognition and praise.
人工生殖技术下的亲子身份已经不能被传统的亲子身份认定所能解决。
The artificial reproductive technology impacted the parentage of the child in traditional civil law which is can not resolve the problem under the assisted reproductive technologies.
辅助生育权是人工生殖技术催生的新型权利，其理论基石是夫妻身份权。
The assisted reproductive right on the basis of Spouse's Stadus Relation is a new type of right brought by the artificial reproductive technology.
毫无疑问，克隆人也属于人工生殖技术，甚至是未来人工生殖技术不可或缺的组成部分。
No doubt, the clone also belong to artificial reproductive technology, and even future artificial reproductive technology indispensable part.
未来如果人类对人工生殖技术加以妥善管理的话，是可以避免上述种种人工生殖技术的麻烦的。
The future of artificial reproductive technology if mankind to properly manage it, can avoid the various artificial reproductive technology of trouble.
如果以此为核心标准来行事，则人工生殖技术的负面影响将大大减少，而对人类的益处将大大增加。
If this as the core criteria to do, the artificial reproductive technology will greatly reduce the negative impact on human benefits, and will greatly increase.
人工生殖技术打破了生育与遗传的天然统一，也突破了性、婚姻和生育三位一体的模式，给传统的亲子身份认定带来了冲击。
The artificial reproductive technology has broken the natural unification of birth and heredity, and also broken the Trinity model of natural, the marital family and the birth.
家蚕人工授精已是较为成熟的技术，而家蚕生殖细胞的冷冻保存在特定基因的长期保存等方面具有重要意义。
Artificial insemination of silkworm have been succeed in research, and the cryopreservation of its germ cell have important significance in long-term conservation of the given gene.
然后从立法目的、立法主体及权限、立法结构、立法方向及理念等方面对我国人工辅助生殖技术行政立法体系进行构建。
Then from the legislative intent, legislative bodies and authorities, legislative framework, legislative direction and philosophy to build the legislative system of assisted reproductive technology.
第四部分是对我国人工辅助生殖技术的行政制度构建。
The fourth chapter is to build administrative system of China's assisted reproductive technology.
通过以上研究为应用显微注射技术人工诱导赤眼蜂的产雌孤雌生殖，提高赤眼蜂的生防效能提供了理论依据并奠定了实验基础。
The conclusion drawn in this research will make a preparation of experiment technique and academic evidence for further study and application of Wolbachia in Trichogramma in the field of bio-control.
通过以上研究为应用显微注射技术人工诱导赤眼蜂的产雌孤雌生殖，提高赤眼蜂的生防效能提供了理论依据并奠定了实验基础。
The conclusion drawn in this research will make a preparation of experiment technique and academic evidence for further study and application of Wolbachia in Trichogramma in the field of bio-control.
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