cdna microarray中文是什么意思

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中文翻译
造句

微阵列

microarray 微列; 微阵列
cdna 采用标记的核因子来筛选; 反向转录脱氧核糖核酸; 分子的克卢各种; 分子是细胞中总体; 互补dna,反向转录dna; 互补脱氧核糖核酸; 克隆ＤＮＡ; 文库的插人型; 文库的插入型
dna microarray dna微阵列; dna芯片; 基因微阵列晶片; 基因芯片; 生物晶片
liver2k microarray 肝基因微阵列晶片
microarray analysis 微阵列分析
microarray chip 微阵列晶片; 微阵列芯片
microarray technology 微阵技术; 微阵列技术
oligonucleotide microarray 微阵列
tissue microarray 组织微阵列
second-strand of cdna cdna 第二链
cdna clone cdna克隆
cdna cloning cdna克隆化
cdna library cdna文库; 反向转录; 互补dna文库
cdna probe cdna探查物; 互补dna探针
cdna克隆 cdna clone; cdna cloning
cdna文库 cdna library
全长cdna full-length cdna
clustering analysis of microarray 表达谱的聚类分析
cdna第一链 first-strand of cdna
cdna克隆化 cdna cloning
cdna探查物 cdna probe
complementary dna (cdna) 反向转录
complementary dna；cdna 互补
equalized cdna library 等量化cdna文库
cdna probe complementary dna probe 互补dna探针
cdn content delivery network 内容提供网

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例句与用法

Application of the cdna microarray in analysis of gene expression patterns in cervical carcinoma , ovarin carcinoma and breast carcinoma
卵巢癌和乳腺癌相关基因表达研究中的运用
Screening metastasis - associated genes in breast cancer cells with different matastatic ability by cdna microarray
应用基因表达谱芯片从不同转移能力的乳腺癌细胞中筛选转移相关基因
Isolation and characterization of radioresistant human esophageal cancer cells and the differential gene expression by cdna microarray analysis
放射抗拒性食管癌细胞系的建立及基因表达差异分析
Identification of tumor metastasis associated genes by ssh and cdna microarray . the 18th international uicc cancer congress . oslo norway , june 2002
肺癌转移相关基因的克隆。第二届全国肿瘤大会，杭州， 2002年9月
7 . the labeled sample was purified and hybridized with the self - made cdna microarray , which demonstrated low background and clear positive signals
7 、标记的样品纯化后与芯片杂交，获得的杂交结果背景低，阳性信号的界限清楚。
Our results also demonstrated that microarray technology was a powerful tool in analyzing the gene expression profile of induced gene expression . our in - house made cdna microarray could be successfully applied to the analysis of high throughput and parallel analysis of hundreds of genes
我们的实验，证明了基因芯片技术是研究基因表达的有效工具，同时也说明了我们构建的k562细胞基因芯片可以成功地用于基因表达谱的研究。
Currently there are many techniques available to screen the gene expression at the transcriptional levels , such as mkna differential display and cdna microarray . although these methods can provide high - throughput information about the differential gene expression , they can
虽然，利用mrna差异显示技术和基因芯片技术可在转录水平高通量的筛选基因表达的差异，但是这些技术都不能提供转录后的尤其是蛋白质在翻译后修饰的信息，而蛋白质通常是细胞内的功能执行者。
Recent studies indicate that the mechanism to this process is complicated and needs further exploration with sophisticated microarray approaches . on the bases of this model , we prepared cdna microarray with restriction display ( rd ) technique and studied the gene expression profile changes of sh - sy5y cells after treatment with ra with our self - made microarrays
本课题根据这一线索，采用马文丽、郑文岭等建立的rd技术制备sh - sy5y细胞基因表达谱芯片，在基因芯片的制备上做了一些研究，同时应用自制的基因表达谱芯片，研究了ra诱导sh - sy5y细胞分化的基因表达变化。
Further more , we took advantage of the s . cerevisiae gene expression microarray , which have abundant and parallel genetic information , to study the gene expression profile of heat - shock induced s . cerevisiae . the application of cdna microarray to the study of gene expression profile is an important step towards understanding the molecular mechanisms of biological system
然后利用基因芯片信息量大、快速、敏感等特点，对热休克后的酵母基因表达的改变进行了初步的研究，对于全面认识热休克以及热休克引起的细胞内部变化机制具有重要意义。
In summary , we applied rd - pcr technique to the isolation of cdna fragments , which , compared with the conventional cloning procedure , is more speedy and higher throughput . the rd - pcr cdna fragments were constructed into a s . cerevisiae est ( expressed sequence tags ) library , which lay the foundation of cdna probe preparation and preparation of cdna microarray
综上所述，本研究采用rd ? pcr技术，探索了利用该技术快速分离大量cdna片段的具体过程，并建立了酵母cdna文库及酵母cdna探针文库，为dna芯片的制备打好基础。