最后，我来谈基因工程。
基因工程或许会把事情变得更糟。
植物基因工程使他感到无比兴奋。
这下基因工程可以全速前进了。
绘制生命的地图：深入人类基因工程内部。
Drawing the Map of Life: Inside the Human Genome Project. By Victor McElheny.
基因工程是当前研究热点之一。
烟草是基因工程典型的模式植物。
这很像一个随机强制基因工程的进程。
This is rather like a process of random compulsory genetic engineering.
那么到底什么是基因工程呢？
基因工程也许能够提供一种围绕此问题的实验方法。
Genetic engineering might offer one way round this sort of problem.
叶绿体遗传转化是植物基因工程的新方向。
Chloroplast genetic transformation is a new way of plant genetic engineering.
基因工程技术是现代生物技术的核心技术。
Gene engineering technology is the core in modern biological technology.
此外，基因工程将在医学和农业广泛应用。
In addition, genetic engineering will be widely applied in both medicine and agriculture.
前言：目的探讨基因工程研究与医学的关系。
Objective: To discuss the relation between gene engineering and medicine.
基因工程技术与人文价值有着复杂的关联性。
Genetic engineering technology and human values have a complex relationship.
这一过程叫基因工程。
现在的问题就是：基因工程的改造在什么范围内是合适的？
But the question remains: How much genetic engineering is feasible?
当然有许多人认为应该禁止对人类施行基因工程。
Of course many people will say that genetic engineering on humans should be banned.
到底基因工程能改变且应该改变人类本性多少呢？
Just how much can, and should we change human nature by genetic engineering?
同时指出，基因工程改造将会成为以后研究的重心。
This review also emphasizes that genetic reconstruction will play an important role in future investigation.
基因工程师们也许也能合成出类猪蚕宝宝DNA混合体。
And genetic engineers may yet manage some kind of porcine-silkworm DNA mix.
如果人类是被基因工程设计出来的，为什么还留有阑尾呢？
If the man has been genetically designed, why at it have left an appendix?
克隆，基因工程等新技术的开发得益于此领域的研究成果。
Cloning, genetic engineering, and other new developments flow out of research in this field.
基因工程过程允许了新的功能，但是没有创造额外的能量。
The genetic engineering process permitted a new function, but never made available additional energy.
本文对基因工程小鼠星形细胞瘤模型的研究进展作一综述。
The recent progress in animal models of spontaneous astrocytoma is reviewed in this article.
本文对基因工程小鼠星形细胞瘤模型的研究进展作一综述。
The recent progress in animal models of spontaneous astrocytoma is reviewed in this article.
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