cytoplasm

cytoplasm的音标是[ˈsɪtəʊplæzm]，翻译为“细胞质”。

速记技巧：cy→cell（细胞），toplasm→plastic（可塑的）→质（质子、电子等在细胞中流动，就像可塑的物质一样）。

Cytoplasm的英文词源：

Cytoplasm这个词源自希腊语，由词根“kytos”（意为“身体”）和词尾“plasm”（意为“浆状物”）组成。

变化形式：

Cytoplasm的名词形式有复数形式，分别为cytoplasms。

相关单词：

1. cytoplasm：细胞浆，细胞质，细胞内的一种透明胶状物质，其中包含着细胞的各种结构。

2. mitochondrial cytoplasm：线粒体细胞质，线粒体是细胞内的能量工厂。

3. cytoplasmic bridge：细胞质桥，指两个细胞器之间形成的细小的、透明的管状结构。

4. cytoplasmic division：细胞质分裂，指细胞内的分裂过程，通常发生在分裂前期。

5. cytoplasmic transport：细胞质转运，指细胞内物质从一个地方到另一个地方的过程。

6. cytoplasmic fusion：细胞质融合，指两个细胞器之间的融合过程。

7. intercytoplasmic space：细胞间质空间，指细胞之间的空间。

8. cytoplasmic inheritance：细胞质遗传，指某些遗传物质存在于细胞质中，并影响生物的表型。

9. cytoplasmic male sterility：细胞质雄性不育，指由于细胞质因素导致雄性不育的现象。

10. cytoplasmic-nuclear communication：细胞质核交流，指细胞质和核之间的信息交流过程。

以上这些单词都与细胞内的结构和功能有关，是生物学中常用的术语。

常用短语：

1. cytoplasm of cell

2. cytoplasm protein

3. cytoplasm membrane

4. cytoplasm organelles

5. cytoplasm transport

6. cytoplasm division

7. cytoplasm function

例句：

1. The cytoplasm of a cell contains a variety of organelles.

2. The cytoplasm protein plays an important role in cell metabolism.

3. The cytoplasm membrane separates the cell from its environment.

4. Cytoplasm transport is crucial for cell growth and division.

5. The cytoplasm division process is complex and requires precise regulation.

6. The cytoplasm function determines the fate of the cell.

英文小作文：

Cell division is a complex process that requires precise regulation of the cytoplasm. The cytoplasm is the fluid part of a cell that contains organelles and proteins that play crucial roles in cell growth, division, and function. During cell division, the cytoplasm must divide equally between the two daughter cells to ensure proper development and growth of the organism. The cytoplasm also plays a role in transporting materials between organelles and external sources, ensuring that the cell receives the necessary nutrients and waste products for proper function. Understanding the role of the cytoplasm in cell division is crucial for understanding how cells work and how they can be used for therapeutic purposes.