This paper proposes a method to construct a generalized list in DNA computer.
文中提出了DNA计算机中广义表的一种设计方法。
In the research of DNA computer, immobilization of DNA molecule is an essential technology at first.
在DNA计算机的研制中，DNA分子的固定是首先需要处理的一个最为基本的技术问题。
DNA computer chips would offer significant advantages in both speed and price compared with current technology.
与目前的技术相比，DNA计算机芯片在速度和成本上都具有优势。
The main features of DNA computer are massively parallel computing ability and potential enormous data storage capacity.
DNA计算机最大的特点是超大规模的并行运算能力和潜在的巨大的数据储存能力。
In theory, the molecular logic gate based on DNA is considered a fundamental unit of both DNA computer architecture and implement.
理论上来说，基于DNA的分子逻辑门是DNA计算机体系结构的产生基础和DNA计算机实现技术的硬件基础。
DNA computer is a kind of new biocomputer which is based on the biochemical reactions of DNA strands, far from traditional computer.
DNA计算机是一种基于DNA生化反应，与传统计算机完全不同的新型生物计算机。
DNA computer is a biochemistry computer. The characteristic of DNA computer is its powerful ability in parallelism, its huge storage and high energy efficiency.
DNA分子计算机是一种生物化学计算机，具有高度并行性、大容量、低能耗的特点。
This paper proposed the method of designing linked storage structure of the binary tree in DNA computer, which utilized the biological characteristics of DNA molecules and ligases.
利用DNA分子和连接酶的生物特性，提出DNA计算机中二叉树的链式存储结构的设计方法，并给出二叉树链式存储结构的形式描述。
Biochemical reaction theory based DNA computation is of the massive inherent parallelism, so compared to silicon computer, DNA computer has most superiority out and away on NP problems.
基于生化反应原理的DNA计算具有强大的并行运算能力，DNA计算机在求解np问题上存在着硅计算机无法比拟的先天的优越性。
“Right now there are only 15 people in the world who know how to design a molecular machine out of DNA, ” says Washington computer scientist Zoran Popovi′c.
华盛顿大学计算机方面的科学家佐兰·波波维奇说：“现在世界上只有15个人知道如何从DNA中设计出一台分子机器。
Therefore, understanding brain code, and connecting it with a computer chip, is the next pivotal frontier, analogous to how cracking the DNA code astronomically progressed science.
因此，破译大脑密码并与电脑芯片对接将是下一个热点前沿课题，类似于天文学上破解dna密码那样。
Because it is based on the digitized DNA sequence, the design of synthetic genomes provides a true interface between the computer and biological life.
因为合成基因序列的设计是建立在DNA序列数字化的基础上，所以该设计也创建了电脑技术和生命科学的交互区域。
The DNA sequencer involves drilling tiny nanometer-size holes through computer-like silicon chips, then passing DNA strands through them to read the information contained in their genetic code.
DNA测序仪涉及在计算机硅芯片上打上纳米级微孔，然后使DNA链通过这些微孔来读取它们包含的遗传密码信息。
Here's the organism and a computer simulation on how it substitutes phosphorus for arsenic in its DNA.
这就是这种有机体以及一个对它如何在DNA上用砷来替代磷的电脑模拟动画？
Using a computer code and four bottles of chemicals, Venter's lab creates the largest man-made DNA structure by synthesizing and assembling the 582,970-base-pair genome of a bacterium.
借助计算机代码和四瓶化学品，文特尔的实验室通过合成和组装，创造了最大的人造dna结构，即细菌582970-碱基对的基因组。
Rothemund has developed a computer program that can analyze a shape, figure out the right folding pattern, and then tell you what DNA staples you need to make that shape.
Rothemund已经开发了一套电脑程序。 程序可以分析形状，生成正确的折叠方法，然后告诉你需要使用哪种短链DNA。
Computer comparison then shows which human genes correspond in DNA sequence and thus, presumably, in function, to the genes in these "model" organisms.
通过对比找出人类基因中相同序列，就可以推测和相应的生物模型中的基因有类似的功能。
Computer graphic of nanoscale toothed gears made from DNA (left) and electron micrographs of the actual nanostructures. Photograph: Science/AAAS
由DNA制成的纳米齿轮的计算机图形（左）以及实际纳米结构的电子显微图。
Next, researchers identified the nucleotides in each piece of DNA. Then computer software reconstructed the way they fit together.
接下来，研究人员再进一步监别每段DNA中的核甘酸，然后电脑软体会重建出这些片段组合起来的模样。
Next, researchers identified the nucleotides in each piece of DNA. Then computer software reconstructed the way they fit together. Finally the information was stored in databases.
下一步，科研人员在DNA里的每一片段就分辨核苷酸，然后通过计算机重组让他们结合在一起。最后。
Because of its highly parallel computation, the investigators use DNA molecular automaton to simulate the electronic computer.
由于DNA计算具有高度的并行性，因此，研究者也把目光投向了用DNA分子自动机来模拟电子计算机。
DNA computing is a new research field that combines both the computer science and molecular biology.
DNA计算是计算科学和分子生物学相结合的新领域。
A computer program for DNA and polypeptide sequence analysis was made.
本文介绍了一种DNA和多肽链序列分析的软件系统。
A computer program for DNA and polypeptide sequence analysis was made.
本文介绍了一种DNA和多肽链序列分析的软件系统。
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