它们还能帮助研究人员设计出细胞中的人工基因电路。
They may also help researchers to design synthetic genetic circuits in cells.
这类电路的一个潜在的强大应用是：用于遗传网络建模——基因和蛋白质的交互作用控制着细胞的功能和命运。
One potentially powerful application of such circuits is in modeling genetic network — the interplay of genes and proteins that controls a cell's function and fate.
另外，他还研究电路设计原则究竟怎样帮助基因工程细胞发挥有用功能，例如，对于环境毒素的强大而敏感的检测。
He is also investigating how circuit design principles can help genetically engineer cells to perform useful functions, for example, the robust and sensitive detection of toxins in the environment.
这支研究小组将酵母细胞作为改造对象，利用细胞采取的由基因控制的天然通讯方式设计出合成电路。
Using yeast cells, the team there devised synthetic circuits via a gene-regulated communication method employed naturally by the cells.
例如，电路可以模拟出乳糖代谢基因与调节细菌细胞内乳糖代谢基因表达的转录因子之间的互动过程。
For example, circuits can simulate the interactions between genes involved in lactose metabolism and the transcription factors that regulate their expression in bacterial cells.
研究人员理论中的电路由三个虚构的基因组成。
The researchers' theoretical circuit consists of three fictional genes.
为了重构基因调控网络，提出可以通过基因之间的布尔逻辑代数和逻辑电路网络得到基因调控的动态转换。
In this paper making use of Boolean logic algebra and logic circuit networks find dynamics transition of genetic regulatory from genetic regulatory Boolean networks.
目的 研制石英谐振组合靶基因检测仪自激式振荡电路。
Objective To construct an oscillation circuit for a gene analyzer based on quartz crystal microbalance.
光遗传学：集成电路，基因，生物系统中光子。
Optogenetics: Circuits, Genes, and Photons in Biological Systems.
研究者们从一个数量近五千的流感基因序列库着手，采用数据挖掘的处理方法从55个流感RNA序列中筛选出应用于流感集成电路芯片的探针。
Beginning with a pool of nearly 5,000 flu gene sequences, the investigators used the data mining process to select 55 flu RNA sequences for use as probes on the FluChip.
研究者们从一个数量近五千的流感基因序列库着手，采用数据挖掘的处理方法从55个流感RNA序列中筛选出应用于流感集成电路芯片的探针。
Beginning with a pool of nearly 5,000 flu gene sequences, the investigators used the data mining process to select 55 flu RNA sequences for use as probes on the FluChip.
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