Below are some of the facts to help you better understand the little bit of genetic coding that makes you, you!
以下是一些图片可以帮助你更好的理解这些组成你的微小的基因代码。
These nucleotides are pairing off to re-configure your genetic coding to a state of eventual super-consciousness.
这些核苷酸成对重新配置你们的遗传的编码到最后的超级意识态。
People with certain ancestries have the genetic coding to create a lot of melanin in their skin and therefore have dark skin.
某种确定血统的人皮肤中有可以产生很多黑素的基因序列，因此他们的皮肤是黑色的。
To apply genetic algorithms to node ordering, a novel genetic coding and fitness function suitable to node ordering are proposed.
采用遗传算法进行节点优化编号，提出了适合节点优化编号的遗传编码和适应值函数。
If someone carries the gene for arthritis, for example, one would expect genetic coding to foster storage of free radicals in their joint tissues.
如果有人携带关节炎的基因，那么基因编码可能将自由基储存在关节组织里。
In this paper, its application is described in details from genetic coding, start solution producing, unit evaluation, power flow calculation and PGA operation.
本文从基因编码，初始方案产生，个体优劣评价，潮流计算，单亲遗传操作等几个方面对其应用进行了详细说明。
In an international project lasting several years, researchers have successfully recorded its complete chemical blueprint, deciphering and organising hundreds of millions of pieces of genetic coding.
在一项持续数年的国际课题研究中，研究人员成功记录了土豆完整的生物基因图表，解密和编制了数百万遗传代码。
Sophisticated ships, advanced sonar, robot submarines and genetic "bar-coding" techniques for fast species identification have all been brought into play.
用于物种快速鉴定的设备还包括装备精良的船舶、先进的雷达、无人潜水艇和遗传条形码技术。
First we introduce a new method of coding class-object to make it suitable for genetic operations.
首先设计了一种新的类对象编码方法，使其能够适合于遗传操作。
Study on the DNA coding for DNA computing and Genetic Algorithms is implemented in this dissertation.
本文对DNA计算的DNA编码和遗传算法进行了研究。
According to the characteristics of flatness error evaluation, an improved genetic algorithms based on real coding is proposed.
针对平面度误差计算的特点，提出了一种基于实数编码的改进遗传算法。
The genetic information contained in DNA consists of a linear sequence of successive coding units, known AS codons.
DNA中的遗传信息是由连续的编码单位即密码子的线形序列构成的。
Ongoing studies have identified biochemical and nuclear mechanisms, genetic determinants, epigenetic factors and non-coding RNAs in the pathogenesis of diabetic complications.
正在进行的研究已经确定了生化和核机制，遗传因素，表观遗传因素在糖尿病并发症的发病机制中的非编码rna。
The use of such a coding schedule, gene and parameters make the genetic operations quite simple.
采用这种编码方案、遗传算子和参数使得遗传操作大大简化，能达到有效的调度作用。
The use of such a coding schedule, gene and parameters make the genetic operations quite simple.
采用这种编码方案、遗传算子和参数使得遗传操作大大简化，能达到有效的调度作用。
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