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- Gene Ontology Term 基因本体术语
- li>bi-mi-Co-clustering and visualization of gene expression data and gene ontology terms 以'''形式方法'''(图形理论,逻辑、本体、概率、信息学理论)'''提供基础原则''',然后在这些形式方法上构建生物医学'''数据和知识的表示和管理方法'''(知识表示和获取,受控术语和数据库系统)。
- Gene ontology analysis demonstrated the prominence of cell proliferation programs in ISR and inflammation/immune programs in de noo restenosis. 组织学分析显示,ISR组细胞性显著增加而言行浸润及脂库明显减少。
- 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。
- Use the Gene Ontology nomenclature to cluster gene results in a microarray experiment based on how close two genes are in the literature citing them. 用基因实体命名法来汇总微阵列实验中的基因结果,实验是根据相近基因文献中指证的方式。
- Improved from FP-Growth algorithm,MAGO-FP,a highly efficient data mining technique for discovering the multilevel association rules from biological data based on the concept hierarchy of Gene Ontology(GO)has been proposed. 提出的MAGO-FP算法,使用Gene Ontology(GO)的概念分层结构,通过对FP-Growth算法的扩展,具有一定的性能优势。
- We first transform the time-series microarray dataset into gene tendency profiles and use the Gene Ontology annotations to classify genes into gene categories. 首先,我们将时间序列生物晶片的资料转换成基因改变倾向的资料,并利用基因本体论对基因的注解,将基因分成数个基因群。
- Abstract: GO is a cooperative project developed by GOC (the Gene Ontology Consortium), and has built up three ontologies: biological process, molecular function, and cellular component. 摘要: GO是基因本体联盟开发的一个合作项目,建立了生物过程、分子功能和细胞组分三个领域的本体。
- Application of Gene Ontology in Integrating Bioinformatics Data Gene Ontology在生物数据整合中的应用
- Wilhelm Johannsen coined the term gene. 威廉?约翰森提出了基因这个专门术语。
- The position that a given gene occupies on a chromosome. 基因座在一条染色体上某种给定基因所占的位置
- Half of the people who inherit the gene express it. 半数有这种遗传基因的人,皆显示出其影响
- gene ontology 基因本体
- Gene Ontology(GO) 基因本体
- gene ontology (CA3) 基因本体(GO)
- Now the variant of each gene is called an allele. 每一种基因的变化就叫做等位基因。
- We know a lot about the structure of gene now. 如今我们对基因的结构有了较多的了解。
- A single gene may have many effects. 单一基因可能具有很多种效应。
- There can be more than two alleles for a gene. 一个基因可能有两个以上的等位基因。
- A mutable organism; a mutable gene. 一个易变的生物;一个易变的基因