近年来植物基因克隆技术已经取得了很大进展。
Great achievements have been made in the technology for plant gene isolation.
因而，原生质体制备和再生技术是禾长蠕孢菌转化与基因克隆技术的基础。
So it is a key step to establish an effective system of preparation and regeneration of HGE protoplasts.
因此，我们在扪心自问为什么对克隆技术如此着迷之前，不得不首先审视自己的心灵，问一问：究竟是什么东西使得我们中的许多人对于尝试复制与自身基因完全等同的孪生兄弟那么不安？
So before we can ask why we are so fascinated by cloning, we have to examine our souls and ask, What exactly so bothers many of us about trying to make an exact copy of our genetic selves?
大视角：基因科学和克隆技术
这些疾病是非常不同的治疗，如果我们使用克隆技术可以改变基因的DNA排序，这样就可以节省大量的人。
These disease are very different to cure, if we use the cloning technology we can change the Gene's DNA order, so we can save lots of people.
第二中有可能使用克隆技术的广大阶层包括携带会给后代造成严重的遗传病的突变基因的个人或夫妇。
A second broad class of possible users of cloning technologies includes individuals or couples whose genes carry mutations that might cause serious genetic disease in their offspring.
克隆技术允许两人互相提供基因使她们都怀上孩子以此避免上述问题的产生。
Cloning technology avoids this problem by permitting each member of the pair to bear a child whose genes are provided by her partner.
结论使用电子克隆技术对于发现新基因有重要的指导意义。
Conclusion Electronic cloning technology can be instrumental in identifying novel genes.
此外，克隆技术也可用于繁殖有价值的基因。
In addition, Cloning technology can also be used to multiply valuable genes.
本研究以果蔗为实验材料，利用同源克隆技术克隆了ACO基因，并对该基因做了相关研究。
In this study, using chewing cane as experimental materials, cloned ACO gene by homology cloning techniques and made some other researches on it.
通过定位克隆或定位后选克隆技术识别先天性秃发的致病基因。
To identify the gene mutation for congenital alopecia by positional cloning or positional candidate cloning technique.
广义的人工生命包括转基因动物和克隆动物，因此动物转基因技术和动物的克隆技术是人工生命的技术基础。
Because generalized artificial life includes transgenic animals and clone animals, transgenic and clone techniques are the technical basic of generalized artificial life.
方法用质粒克隆技术对RBM 1基因进行克隆、测序及PCR技术检测r BM 1基因的微小缺失。
Methods RBM1 gene was cloned by using plasmid cloning technique, sequenced and detected by PCR.
它具有投入低、速度快、技术要求低和针对性强等优点。因此，电子克隆技术必将成为植物基因工程中获得新基因的重要手段。
It has many advantages, such as low investment, high pertinence, and it is fast, easy to operation, it will be the main strategy of functional genes cloning in plant gene engineering.
并通过分子克隆技术制备dys643基因座的等位基因分型标准物。
Technology of molecular cloning was employed to construct standard allelic ladder of DYS643 locus and used for DYS643 genotyping.
目的通过克隆技术获得参与檀香挥发油形成的萜烯合成酶基因。
Objective To clone the terpene synthase gene from Santalum album l. which participates in the synthesis of essential oil.
克隆技术还可用来大量繁殖有价值的基因。
Reproductive cloning technology could also be used to a large number of valuable genes.
因为基因工程能确保身体接受所需的器官或移植物，所以有一天克隆技术会让那些迫切需要这类器官或移植物的人们实现他们的夙愿。
Because genetic engineering will insure acceptance by the body, those in desperate need of organ and other transplants will one-day have their prayers answered by cloning.
克隆技术可以制造出包含病人自身遗传基因的胚胎干细胞，或具备胚胎干细胞性能的细胞。
Cloning technology can produce embryonic stem cells, or cells with ESC properties, containing a patient's own genetic programming.
在鸡的大规模cDNA克隆测序的背景下，利用ESY数据库比对，应用电子克隆技术来寻找鸡的末知新基因。
Based on sequence alignment in EST database, new chicken genes were looked for by in silico cloning.
在鸡的大规模cDNA克隆测序的背景下，利用ESY数据库比对，应用电子克隆技术来寻找鸡的末知新基因。
Based on sequence alignment in EST database, new chicken genes were looked for by in silico cloning.
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