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- gene functional profile 功能表达谱
- To annotate gene function is the main aim for functional genomics reseach. 基因组功能注释是功能基因组学研究的主要目的。
- Based the previous paper, the complex motion models of AG aqueous during gelation were analysed having the aid of correlation function profile analysis for dispersive system. 在前文的基础上,用相关函数轮廓分析的方法剖析了运动模式的复杂性。
- RNA interference is a rapid and economical technique for research of gene function. RNA干涉技术为研究基因功能提供了一种快速而经济的方法。
- Targeted gene replacement (TGR) is an important technique for gene function analysis. 目标基因替换是基因功能分析的重要手段。
- Epigenetics is a kind of disciplines that researche gene functional change with heritable characteristics without DNA sequence alteration. 摘要表观遗传学是研究没有DNA序列变化,并且可以遗传的基因功能变化的学科。
- The disease model of gene knock-out mouse is of significance in understanding the gene function and pathogenesis of human disease. 通过基因敲除建立的鼠疾病模型,在研究基因功能及人类疑难病症致病机制等方面发挥着前所未有的作用。
- Gene disruption by homologous recombination is a powerfu l tool for investigating gene function in yeast.Since 1980’s, it has been deve loped a lot. 酵母基因中断技术是研究酵母基因功能的重要手段,自80年代初诞生以来经历了不断的改进和发展.
- Given the phenomenon of gene functional modulization in a cell, the concepts of gene functional module and characteristic functional module were formally defined. 针对细胞内基因功能模块化的现象,定义了“基因功能模块”和“特征功能模块”两个概念,并基于这两个概念提出一种“与实验条件相关的基因功能模块聚类算法”。
- In other words, gene function and type determines the main classification of codon usage, while species determines further differences in a class. 研究表明:基因的功能和类型决定密码子使用模式的大的分类,而物种决定了在该大类基础上进一步的差异。
- Comparatively, it is the species function rather than the gene function that determines their gene codon usage patterns. 与基因的功能对密码子使用的影响相比,这些泉古菌密码子的使用偏向性更是由其物种所决定的。
- Abstract: Gene disruption by homologous recombination is a powerfu l tool for investigating gene function in yeast.Since 1980’s, it has been deve loped a lot. 摘 要: 酵母基因中断技术是研究酵母基因功能的重要手段,自80年代初诞生以来经历了不断的改进和发展.
- Here we apply the system to the determination of gene function using deletion mutants of yeast (Saccharomyces cerevisiae) and auxotrophic growth experiments. 通过使用人工智能研究中的教训制造出机器人,它能够自动地创造事实假设来解释数据,修正实验以验证其假设,并且能指导实验室的机器人完成试验。
- The whole of genome is made up of Zang Fu-organs gene function module and meridian genome, non-gene of genome is important. Shu-acupoint is homologous with gene. 摘要基因组整体由脏腑基因组模块和经络基因组组成,基因组的非基因部分在基因组中起着非常重要的作用,腧穴与基因存在对应关系。
- BACKGROUND: Embryonic stem cells (ESCs), the seed cells of all mature cells in vivo, are useful tools for nerve transplantation and developmental gene function research. 背景:胚胎干细胞是体内各种成熟细胞的“种子”细胞,是神经移植和发育基因功能研究的有利工具。
- Alternative splicing of pre-mRNA is an important mechanism for regulating gene function at the post-transcription level and for producing proteomic diversity in higher eukaryotes. 选择性剪接是高等真核细胞在转录后水平调控基因表达以及产生蛋白质组多样性的重要机制。
- To simulate the related photoacoustic (PA) angular spectroscope experiments on the bigratings surfaces two-dimensional distortional function profiles are presented. 为了模拟实验栅格,引入一种二维准正弦栅格剖面模型。
- The whole of genome is made up of Zang Fu-organs gene function module and meridian genome,non-gene of genome is important.Shu-acupoint is homologous with gene. 基因组整体由脏腑基因组模块和经络基因组组成,基因组的非基因部分在基因组中起着非常重要的作用,腧穴与基因存在对应关系。
- Analyses on mutant phenotypes and gene functions provide the information on BR biosynthesis and physiological roles. 通过遗传学等手段对相关突变体及功能基因的研究为其生物合成与功能研究提供了基础。
- Expression of TDAG51 gene almost exists in every tissue in our body, but how TDAG51 gene functions is still not very clear. TDAG51基因在体内各组织都有表达,而TDAG51基因在这些组织中的功能仍然不清。