extracellular

extracellular的音标为：[ɪkˈstrækjə(r)sɪlə]；翻译为“细胞的”；速记技巧为：cell（细胞）+extra（额外的）+cellular（细胞的）。

Extracellular的词源：

Extracellular这个词源自拉丁语的“extra”和“cella”，意思是“在细胞之外”。

变化形式：

1. 名词形式：Extracellular matrix（细胞外基质）

2. 形容词形式：Extracellular（细胞外的）

相关单词：

1. Extracellular matrix粘多肽；细胞外基质；基底膜；基底膜样结构

2. Extracellular fluid细胞外液；细胞间质液

3. Extracellular enzyme胞外酶；分泌酶

4. Extracellular matrix protein细胞外基质蛋白

5. Extracellular matrix remodeling细胞外基质重塑

6. Extracellular matrix degradation细胞外基质降解

7. Extracellular matrix synthesis细胞外基质合成

8. Extracellular matrix remodeling disorder细胞外基质重塑障碍

9. Extracellular matrix disorders细胞外基质紊乱

10. Extracellular matrix-related diseases与细胞外基质相关的疾病

常用短语：

1. extracellular matrix (ECM)

2. extracellular compartment

3. extracellular fluid

4. extracellular volume

5. extracelluar space

6. extracelluar compartment

7. extracelluar compartmentalization

例句：

1. The cells in the tissue are surrounded by an ECM that provides support and structure.

2. The extracelluar space is filled with fluid that helps regulate cell function.

3. Extracelluar compartmentalization plays a crucial role in maintaining cellular health and preventing disease.

4. Extracelluar fluid volume is often altered in diseases such as heart failure and kidney disease.

5. Extracelluar compartment size can be altered by factors such as aging and disease.

6. Understanding the role of extracelluar fluid in regulating cell function is essential for developing effective treatment strategies.

7. The extracelluar environment is constantly changing and must be carefully monitored to ensure proper cell function.

英文小作文：

Extracelluar Fluid: The Secret Weapon of Cells

Extracelluar fluid, the substance that fills the space between cells and provides them with essential nutrients and signals, is a crucial component of our body"s biological environment. It regulates cell function, maintains tissue structure, and helps to protect cells from harmful substances in the environment. Understanding how extracelluar fluid works is essential for developing effective treatment strategies for diseases such as heart failure and kidney disease, where alterations in extracelluar fluid volume and composition can have significant effects on cellular health and function.

Extracelluar fluid is constantly changing, influenced by factors such as aging, diet, and disease state. It must be carefully monitored to ensure proper cell function and maintain tissue health. Understanding the role of extracelluar fluid in maintaining cellular health and preventing disease is crucial for developing effective treatment strategies that target the extracelluar environment directly. In this way, extracelluar fluid serves as a secret weapon of cells, ensuring their proper function and survival in the constantly changing environment of the body.