Matrix attachment regions

Construction of the expression vector which contains two different matrix attachment regions flanking the expression cassette

表达盒两侧不同核基质结合区序列介导表达载体的构建

Positional Effects of Matrix Attachment Regions on Transgene Expressions

核基质结合区的位置对转基因表达的影响

Research on the Biological Functions of the Scaffold / Matrix Attachment Regions

核骨架/核基质结合区及其功能研究的进展

Nuclear matrix attachment regions and transgene expression in plants

基质结合区（MARs）与转基因植物的基因表达

The Potential Role of Nuclear Matrix Attachment Regions ( MARs ) in Regulation of Gene Expression

核基质结合序列（MAR）与基因表达调控

Researches on Mechanism of Nuclear Matrix Attachment Regions ( MAR ) from Tobacoo and Their Application

烟草核基质结合（MAR）序列的机理研究和应用

Construction of randomly matrix attachment regions library from the green alga : dunaliella Salina

杜氏盐藻随机MAR文库的构建

Isolation of Matrix Attachment Regions from Dunaliella Salina and Their Effects on Transgene Expression

杜氏盐藻核基质结合区的分离及其对转基因的表达调控作用

Eukaryotic DNA element called Matrix Attachment Regions ( MARs ) can function on regulating the structure and activity of chromosome .

核基质附着区是一种真核生物的DNA元件，能调控染色体结构和活性。

Effects of MARs ( matrix attachment regions ) on bar gene expression in transgenic rice were studied with two special plant expression plasmids .

分析了MAR序列介导在转基因水稻中对转基因表达的影响。

Bovine mammary matrix attachment regions was cloned from bovine genomic DNA , it was about 1 190 bp .

利用PCR技术扩增了牛乳腺核基质附着区，全长1190bp。

Regeneration of Rice Embryogenic Callus Induced from Mature Embryo and MAR ( Matrix Attachment Regions ) Sequence Mediated bar Gene Expression

水稻成熟胚诱导愈伤再生及MAR序列介导的bar基因转化

Utilization of matrix attachment regions ( MARs ) in construction of gene expression vector provides an effective approach to enhance gene expression in transgenic plants .

利用核基质结合区构建表达载体被证明是一种提高基因表达的有效方法。

Matrix attachment regions ( MARs ) are DNA sequences that bind to the nuclear matrix , which tend to be noncoding sequences and AT rich .

核基质附着区（matrixattachmentregions，MARs）是与核基质（或核骨架）特异结合的DNA序列，属于非编码序列，富含AT。

The results of this study is as following : 1 . Eukaryotic DNA element called Matrix Attachment Regions ( MARs ) can function on regulating the structure and activity of chromosome .

相关结果如下：1.核基质附着区是一种真核生物的DNA元件，能调控染色体结构和活性。为研究体内MAR相关的染色质准入和转录调控。