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- It is unpractical to construct total gene regulatory network because gene regulatory relations are far more complicated. 然而,基因之间的调控关系是如此复杂,要构建出整个调控网络,彻底揭示基因间相互作用的秘密,还需要做大量的研究。
- Gene Regulatory Network(GRN) 基因调控网络
- Based on microarray date, constructing gene regulatory networks has also become a hotspot. 利用微阵列基因表达数据构建基因调控网络也成为一个研究热点。
- An Improved Multiple Regression Analysis for Estimating Gene Regulatory Network 一种改进的多元回归估计基因调控网络的方法
- The gene regulation networks can help biologists know more about the systematical biological phenomena. 基因调节网路可以帮助生物学家了解更多系统性的生物现象。
- Inference of Gene Regulatory Network Using FCM Clustering and Nonparametric Regression Algorithm 用FCM聚类和非参数回归方法推断基因调控网络
- In this thesis, we integrate time-series microarray and the Gene Ontology, and propose a data mining approach to find gene regulation networks between gene categories. 在本论文中,我们整合时间序列生物晶片的资讯和基因本体论,并提出了一个资料探勘的方法以寻找基因群之间的调节网路。
- Reviewing the Study of Gene Regulatory Networks from Bioinformatics 基因调控网络的生物信息学研究
- gene regulatory network 基因调控网络
- Modeling of the Gene Regulation Network with a Systems Biology Approach 基因调控网络的系统生物学建模
- Inference of gene regulatory networks and compound mode of action from time course gene expression profiles 使用时间序列基因表达谱推测基因调控网络
- Structure Analysis of Probabilistic Boolean Networks for Gene Regulatory Networks Modeling 用于基因调节网络建模的概率布尔型基因网络结构分析
- Objective To construct transcription regulatory network of liver-selective transcription factors(LSTF). 目的: 构建肝脏组织选择性转录因子的调控网络。
- gene regulatory networks 基因调控网络
- Transcriptional control mediated by cleansing of short sequences from gene regulatory regions. 藉由清除基因调控区域上的短序列以进行转录控制。
- CpG Methylation and Gene Regulation and Gene Regulation. CpG甲基化与基因调控。
- Gene regulation network 基因调控网络
- The regulatory network may proide new clues to both the working of the body's immune defenses and the generation of a class of cancers known as lymphomas, which include Hodgkin's disease. 该调节网络有可能为人们提供关于机体免疫防御的机制和一系列包括霍奇金氏病在内的淋巴瘤的新线索。
- The immune regulation of autoreactive T cells involves in the idiotype anti-idiotypic regulatory network. 病理性自身反应性T细胞是多发性硬化、类风湿性关节炎等自身免疫病的主要致病原因。
- Eukaryotic gene regulation can alos occur at the level of translation. 真核基因调控也可以发生在翻译水平。