The major histocompatibility complex (MHC) is a gene cluster directly related to immune response.
主要组织相容性复合体（MHC）是和免疫反应直接相关的基因群。
An isolated gene cluster of Micromonospora echinospora which codes for calicheamicin biosynthesis.
一种编码加利车霉素生物合成的棘孢小单孢菌分离基因簇。
The probable general secretory pathway transmembrane protein (GSP) gene cluster is the center of the type II secretory system.
型分泌系统主要以分泌途径转膜蛋白（GSP）基因簇为中心。
Streptomyces lividans 66 does not produce actinorhodin under normal conditions in spite of the whole actinorhodin biosynthetic gene cluster.
变青链霉菌拥有完整的放线紫红素生物合成基因簇，但它通常并不合成这一抗生素。
According to the cloned gene cluster, people can use genetical technology to obtain the genetical strains which can produce more potent and non-toxical avermectins and its derivatives.
这使得人们可利用基因工程技术来构建工程菌，增加有效组分的产出和生产新型的阿维菌素。
Comparative analysis and evolutionary analysis of the clustered genes and other peroxidase family members revealed that the gene cluster occurred by tandemly gene duplications(from osp5 to osp1 );
对5个基因间的两两比较分析和进化分析结果表明：该基因簇是通过一系列的串联基因复制事件而形成；
The cluster analysis of gene expression data is an important means for discovering gene functions and regular to mechanisms.
基因表达谱数据的聚类分析对于研究基因功能和基因调控机制有重要意义。
The cluster analysis of gene expression data is an important means for discovering gene functions and regulatory mechanisms.
基因表达谱数据的聚类分析对于研究基因功能和基因调控机制有重要意义。
Currently, cluster methods are used most frequently among the methods applied to the analysis of gene expression data.
目前对基因表达数据进行分析的各种方法中，聚类分析方法应用得最多。
But after some generations, there will be some similar gene in the gene library. This is the phenomenon of cluster of gene.
经过若干代之后，在基因库中会出现一些相似性比较大的基因，形成基因的聚类现象。
One model is fuzzy cluster analysis of gene expression data based on a cluster validity measure named Xie-Beni index.
一种模型是基于有效性测度谢白尼指数的基因表达数据的模糊聚类分析。
ITS sequences of ten kinds of Iris plants and an outgroup were obtained by primer design, PCR, gene cloning, sequencing and cluster analysis.
通过引物设计、P CR、基因克隆、测序，获得了10种鸢尾属植物和1个外类群种的ITS序列。
Clustering is an important means to analyze genetic data. This paper focuses on the cluster analysis of gene chip data, including partitioned clustering and pattern-based approach.
聚类分析是基因数据分析中的一种重要手段，本文主要内容包括基于划分的聚类算法的改进以及模式聚类的理论研究。
Clustering is an important means to analyze genetic data. This paper focuses on the cluster analysis of gene chip data, including partitioned clustering and pattern-based approach.
聚类分析是基因数据分析中的一种重要手段，本文主要内容包括基于划分的聚类算法的改进以及模式聚类的理论研究。
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