encysting

encysting的基本解释

-

[变形] encyst的现在分词

vt.

把...包在囊内

vi.

被包在囊内

与encysting相关的网络例句 [注：此内容来源于网络，仅供参考]

From the above observations, it is evident that Golgi body-like structrue present in encycting trophozoites are absent in the log-phase trophozoites, and the components of the Golgi body like structure are not synthesized in the process of encysting, indicating that they may be a temporarily assembling event in a specific stage of encystation.

在蓝氏贾第鞭毛虫成囊过程中，高尔基体结构成分无大量合成，出现的类高尔基体结构可能是各组分临时组装的结果。

Mutation of the gARID1 binding site in the cwp1 promoter resulted in a decrease of promoter activity and mRNA levels during vegetative growth and encystation, suggesting that the gARID1 binding sites are positive cis-acting elements of the cwp1 gene promoters in both trophozoites and encysting cells. Using cotransfection assay, we also found overexpession of gARID1 can increase luciferase activity and mRNA levels, while mutation of the gARID1 binding sites of the cwp1 promoter resulted loss of this transactivation.

我们也用萤光酵素基因接上cwp1基因启动子，如果将其cwp1启动子上的gARID1结合位置突变，也可以发现萤光酵素和讯息RNA的表现有明显的下；再用cotransfection assay，可发现gARID1会使萤光酵素和讯息RNA表现明显上升，然而如果将其cwp1启动子上的gARID1结合位置突变，这种转活化则消失。

It was found that only few log-phase trophozoites were labeled by means of C6-NBD-ceramide, however, most of the encysting trophozoites were labeled in perinuclear region.

结果 极少数蓝氏贾第鞭毛虫滋养体被C6-NBD神经酰胺标记；多数处于成囊6、12、18h时段的虫体均可见被特异标记成亮绿色的核周围区域。golgin245和Rab1在滋养体及成囊诱导6、12、24h的虫体中的表达水平无显著变化。

The transcript expressions of a membrane-combined protein golgin-245 and veticsular traffic protein Rab-1 of Golgi body were analyzed in log-phase and encysting trophozoites (6, 12, 24 hours) with RT-PCR assay.

同时利用半定量RT-PCR方法检测高尔基体膜结合蛋白golgin245和膜泡融合的调节蛋白Rab1在蓝氏贾第鞭毛虫对数生长期滋养体及成囊6、12、24h的虫体中的表达水平。

To explore the existence and dynamic changes of the Golgi body-like structure in the log-phase and encysting trophozoites (6, 12, 18 hours) of Giardia lamblia, these trophozoites were stained with C6-NBD ceramide, a specific marker for Golgi body in eukaryotic cells, and then they were observed with fluorescence microscopy.

目的 探讨类高尔基体结构在蓝氏贾第鞭毛虫滋养体和成囊不同时段的存在情况及其动态变化机理。方法用可特异性标记真核细胞高尔基体的荧光染料C6-NBD神经酰胺，标记有活性的蓝氏贾第鞭毛虫滋养体及成囊6、12、18h虫体，并用荧光显微镜观察。