cytoplastic

cytoplastic的音标为[ˌsaɪtəʊˈpæstɪkl] ，基本翻译为“细胞质膜的；细胞质的”，速记技巧为“细胞=cyto（细胞）+plastic（可塑的）”。

Cytoplastic这个词的英文词源可以追溯到希腊语词“kytos”（意为“细胞”）和“plasm”（意为“浆”）的组合。Cytoplastic指的是与细胞浆或细胞活动相关的。

变化形式：Cytoplasm（细胞浆）是cytoplasmic的缩写，表示细胞质。

相关单词：

Cytoplasmic flow（细胞质流动）：指细胞质中的物质流动。

Cytoplasmic division（细胞质分裂）：指细胞分裂过程中细胞质的分离。

Cytoplasmic reticulum（细胞质网）：一种细胞内结构，与内质网相连。

Cytoplasmic inclusion（细胞质内包块）：指细胞内异常物质的存在。

Cytopathic effect（细胞病变效应）：指感染某种病毒或细菌后，细胞发生的异常变化。

Cytophotometry（细胞光度学）：一种用于测量细胞光学特性的技术。

Cytophotometry of cell suspensions（细胞悬液的光度学分析）：一种用于分析细胞群体中个体细胞特性的技术。

Cytophotometry of thin sections（薄切片光度学分析）：一种用于分析细胞结构的技术。

Cytophotometry of smears（涂片光度学分析）：一种用于分析细胞染色涂片的技术。

以上这些单词都与cytoplasm或cytoplasmic有直接或间接的关系，描述了细胞的各种特征和行为。这些单词在生物学和医学领域中有着广泛的应用。

Cytoplasmic:

常用短语：

1. Cytoplasmic streaming 细胞质流动

2. Cytoplasmic granules 细胞质颗粒

3. Cytoplasmic bridge 细胞质桥

4. Cytoplasmic inheritance 细胞质遗传

5. Cytoplasmic streaming rate 细胞质流动速率

6. Cytoplasmic vacuole 细胞质泡

7. Cytoplasmic flow 细胞质流动

双语例句：

1. The cells were observed under a microscope and showed cytoplasmic streaming. (在显微镜下观察到细胞显示细胞质流动。)

2. The cytoplasmic granules appeared as small particles within the cell. (在细胞内出现小颗粒，即细胞质颗粒。)

3. The cytoplasmic bridge formed between two cells helped to maintain their connection. (两个细胞之间的细胞质桥有助于保持它们的连接。)

4. The cytoplasmic inheritance of the disease was evident through the presence of abnormal offspring. (通过异常后代的出现，这种疾病的细胞质遗传变得明显。)

5. The cytoplasmic vacuole accumulated in certain cells and caused them to swell. (某些细胞内的细胞质泡积聚，导致它们膨胀。)

6. The cytoplasmic flow within a cell is an indicator of its metabolic activity. (细胞内的细胞质流动是其代谢活性的指标。)

7. The cytoplasm of a cell plays a crucial role in its function and survival. (一个细胞的细胞质在其功能和生存中起着至关重要的作用。)

英文小作文：

Cytoplasmic Fluidity: An Essential Component of Cell Function

Cell cytoplasm, a watery substance that fills the space within a cell, plays a crucial role in cell function and survival. Its fluidity, which can be observed through cytoplasmic streaming, is an indicator of a cell"s metabolic activity. From providing nutrients to carrying out cellular processes, the cytoplasm ensures the proper functioning of a cell.

Moreover, cytoplasmic inheritance plays a significant role in diseases such as Huntington"s disease, where cytoplasmic inclusions are formed due to the abnormal aggregation of proteins. Understanding the importance of cytoplasmic fluidity and inheritance can help us gain a deeper insight into cell biology and develop potential therapeutic strategies for various diseases.