phenotypic expression

[ Objective ] To study the methods for isolation and culture of articular chondrocyte and to observe the phenotypic expression of the monolayer cultured cells at a high density .

[目的]探讨兔关节软骨细胞的分离、培养方法，观察单层高浓度培养时细胞表型表达情况。

Effect of excess fluoride on chondrocyte differentiation and phenotypic expression of type ⅱ and ⅹ collagens of cartilages from experimental rats

过量氟对实验大鼠软骨细胞分化及Ⅱ和Ⅹ型胶原表型表达的影响

Relation of electrocardiographic patterns to phenotypic expression and clinical outcome in hypertrophic cardiomyopathy

肥厚型心肌病患者心电图形态与表型表现及临床预后的关系

Influences of CD28 Monoclonal Antibody on the Proliferation and Phenotypic Expression of CD3AK Cells

CD28单抗对CD3AK细胞增殖及表型的影响

A study on the phenotypic expression and genetic transmission of DWARF-GENE sources of early Hsien Rice in China

我国早籼稻矮生性基因源的表型表现和遗传传递的研究

The phenotypic expression of IL 2R and production of IL 2 by activated lymphocytes from patients at active stage were suppressed ;

活化的淋巴细胞IL－2受体表达和IL－2产生能力低下；

Arginine : glycine amidinotransferase ( AGA-T ) deficiency in a newborn : Early treatment can prevent phenotypic expression of the disease

新生儿精氨酸-甘氨酸脒基转移酶缺乏：早期治疗可以阻止疾病表型的发生

With fluorescent antibody markers and FACS , we analyzed the DC phenotypic expression of MHC - ⅱ、 OX62 and CD86 .

以荧光抗体标记和流式细胞仪对DC进行表型分析OX62和MHC-Ⅱ、CD86等分子。

One mechanism of drug resistance is associated with over expression of multidrug resistance gene ( MDR1 ) and phenotypic expression of a trans-membrane P-glycoprotein , which acts as an efflux pump and resulting in decreased intracellular drug accumulation .

人类细胞中多药抗性基因（MDR1）编码一种p-糖蛋白，后者功能是能量依赖的跨膜药物外输泵，可降低细胞毒药物在胞内的积累。

To this end , it may be important to restructure our thinking in terms of what sorts of etiological models would be consistent with what we know about evolution , secular trends in phenotypic expression , and the ephemeral nature of the genotype-phenotype relationships , among other things .

因此，我们应该重新建构思维方式，应考虑何种的病因学模型会与我们所知道的进化、表现型的表达以及基因型-表现型的相互关系相符。

Conclusion : Silencing the investigated gene of A. fumigatus by RNAi will allow easier knockout a gene of interest to generate the phenotypic consequences of reducing expression of target gene , it settle a favourable foundation to research gene function and to identify potential target site of drug action .

结论：RNAi在烟曲霉中的应用使快速敲除靶基因产生类似基因敲除的表型，为研究靶基因功能、识别可能的药物作用靶位奠定了良好的基础。