There are multi -scale feature gene expression, the maximum classification rate is 98.61%, with stable results.
基因表达具有明显的多尺度特征，分类率最大达到98.61%，结果稳定。
The stable expression of exogenous gene in E. coli chromosome had no effect on the bacterial growth and propagation.
外源基因在大肠杆菌染色体上的稳定表达并不影响细菌的生长繁殖。
Conclusion: Liposome mediated gene transfer in bone marrow cells is highly efficient and the expression of the transferred gene is stable.
结论：利用脂质体介导的基因转移方法介导骨髓细胞基因转移可获得高效、稳定的表达。
Results: the stable expression cell system of the novel gene HBRP was constructed.
结果：建立了新基因HBRP稳定表达的基因工程细胞系。
Objective To construct recombinant plasmid with human atrial natriuretic peptide (ANP) gene in fusion form for stable and high level expression of genetic engineering product ANP in E. coli system.
目的构建以融合蛋白形式在大肠杆菌中高效表达心钠素的重组质粒，稳定高效地获得基因工程产品心钠素。
To establish the stable theory bases of choiceness gene induced, expression and breeding of high yield and high ephedrine content through series research the molecular biology.
进行系统的分子生物学研究，为麻黄的优良基因导入、表达及高产与高含碱量新种质的选育奠定坚实的理论基础。
But in recent year, many researchers observed that the expression of housekeeping gene was not stable at all conditions.
近年来，很多研究者发现上述持家基因的表达水平并不稳定，利用它们作为内标来定量并不准确。
Results (1) The expression of CAA gene was detected at early embryo development, and increased subsequently to a stable level.
结果（1）CAA基因在胚胎发育早期即开始表达，以后表达量逐渐增加至稳定。
Objective To clone human epidermal growth factor receptor (HER2) gene and establish a MCF-7 cell line with stable co-expression of HER2 and estrogen receptor (ER).
目的克隆人表皮生长因子受体（HER2）基因，建立共表达HER2基因和雌激素受体（ER）基因的MCF-7细胞模型。
Objective: to establish a stable cell line and employ the cell line as a model to study target integration of exogenous cDNA and modulation of gene expression.
摘要目的：建立稳定整合的细胞株，为研究外源基因定位整合机制及其对靶细胞生物特征影响，建立一个生物模型。
However, the expression level of GSK gene in root at the seedling stage decreased notably under drought stress whereas kept stable in leaf.
苗期根系处理后gsk表达明显下降，叶片处理前后gsk表达无明显变化。
However, the expression level of GSK gene in root at the seedling stage decreased notably under drought stress whereas kept stable in leaf.
苗期根系处理后gsk表达明显下降，叶片处理前后gsk表达无明显变化。
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