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。
Its creators said it is the longest chemically designed DNA structure ever produced in a laboratory.
它的创造者说它是在实验室里制造出来的、最长的化学设计的DNA结构。
These damages can vary from a change to a single part of the DNA to a total break in the DNA structure.
这些损伤包括DNA单一部分的改变到DNA结构上的全部断裂的不同程度。
Spliceosome assembly occurs co-transcriptionally, raising the possibility that DNA structure may directly influence alternative splicing.
剪接体组装与转录同步进行，提示DNA结构可能直接影响可变剪接。
Polypyridyl ruthenium complexes play an important role in the research fields such as photophysics, electrochemistry and DNA structure probes.
多吡啶钌配合物在光物理、电化学、核酸结构探测等研究领域占有重要的位置。
The observation results with transmission electronic microscopy showed that the composition of dendrimer vector and DNA caused shrink of DNA structure.
透射电镜测试结果表明，树枝状高分子载体与DNA的复合导致DNA结构收缩，粒径减小，分布均匀。
Previous studies of DNA structure have relied mainly on techniques such as X-ray and conventional NMR, which can't detect such fleeting or rare structural changes.
此前对DNA结构的研究主要依赖于诸如X射线以及传统NMR等技术，这些技术均无法发现如此短暂或罕见的结构变化。
The characteristics of mouse PS1BP protein primary structure were predicted by online software. Finally the genomic DNA structure of mouse PS1BP was deduced and compared.
对小鼠PS1BP蛋白质一级结构的特点进行生物信息学分析，并确定小鼠PS1BP基因组DNA的结构特点。
By comparing a portion of DNA structure across 36 different species, the team estimates that 12% of the human genome is conserved - twice the estimate based on sequence conservation.
通过对36个不同的物种的部分DNA结构进行比较，研究小组统计出约有12%的人类基因组是保守的——这是基于序列保守所统计出的数字的两倍。
Ultra high pressure has many influences on microbe. It can regulate the expression of gene and protein and influence DNA structure and function as well as change cell morphology and cell component.
超高压对微生物有多方面的影响，它不仅可使微生物细胞组分、体积形态发生变化，还可使微生物的基因表达和核酸结构及其生物学功能发生改变。
Ultra high pressure has many influences on microbe. It can regulate the expression of gene and protein and influence DNA structure and function as well as change cell morphology and cell component.
超高压对微生物有多方面的影响，它不仅可使微生物细胞组分、体积形态发生变化，还可使微生物的基因表达和核酸结构及其生物学功能发生改变。
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