生物机器

  • 网络biological machine
生物机器生物机器
  1. 我们希望达到这样一个水平,即拥有全部必要部件,能够制造出我们想要的任何生物机器。

    We want to get to the stage where we 've got all the parts we need to build any biological machine that we want .

  2. 然而,尽管出现了一些发明和探索,对于生物机器相对更复杂的特性,人类的了解和模仿能力仍非常有限。

    Despite several inventions and explorations , humans are still limited in their understanding and ability to mimic the relatively more complicated properties of biological machines .

  3. 如果物理定律决定我们的行为,那么我们很难想象自由意志是如何运转的。因此,我们似乎只不过是一台生物机器,而自由意志只不过仅仅是一个幻觉。

    It is hard to imagine how free will can operate if our behavior is determined by physical law , so it seems that we are no more than biological machines and that free will is just an illusion .

  4. 蛋白质由一级序列折叠成三维结构,然后成为构建生物分子机器或其它子结构的单元。

    The primary sequence folds into three-dimensional structure , and then becomes a unit of biological molecular machine or other substructures .

  5. 分类器网络可用来检视、分类、确认与区别在生物或机器系统中一些人类无法察觉到的微小细节。

    Classifier networks are used to inspect , sort , identify , and discriminate minute details in biological or machine systems that human beings cannot discern .

  6. 课程专题包括:能量和力转换的生物分子机器,生物合成与降解途径的调控,以及核酸的结构与功能。

    Topics include macromolecular machines for energy and force transduction , regulation of biosynthetic and degradative pathways , and the structure and function of nucleic acids .

  7. 这类问题可以从游戏策略、生物仿真、机器学习以及生化药剂的研制方面得到体现。

    This sort of problems includes game-playing strategies , biologic simulations , machine learning , and biochemical medicament development .

  8. 而含有生物特征信息的机器可读旅行文档的安全是一个极为重要的问题。

    And the security of Mrtds with biometric information is an extremely important problem .