gelatinous

gelatinous的音标是[ˈdʒelɪtənəs]，基本翻译是胶状的，黏糊糊的。速记技巧是g+e+l+i+t+a+n+u s。

Gelatinous这个词源自拉丁语gelat-, gelidus, 意为“胶状的”，其变化形式如下：

1. gelatinized：形容词，意为“胶状的；胶化的”。

2. gelatinousness：名词，意为“胶状物；胶质”。

相关单词：

1. gel：名词/动词，意为“胶状物；胶质”。

2. jelly：名词/动词，意为“果冻；胶状物”。

3. gum：名词，意为“胶；树胶”。

4. mucus：名词，意为“黏液”。

5. viscous：形容词，意为“黏稠的；粘性的”。

6. adhesive：形容词/名词，意为“粘性的”。

7. mucilage：名词，意为“黏性物质”。

8. glutinous：形容词，意为“粘稠的；胶状的”。

9. adhesive tape：名词，意为“粘胶带”。

10. gummed：形容词，意为“粘贴的；胶粘的”。

Gelatinous这个词通常用来形容某种物质具有黏.黏稠的、半流质的特性，比如在描述某种食物时可以使用这个词。

常用短语：

1. gelatinous mixture

2. gelatinous substance

3. gelatinous soup

4. gelatinous texture

5. gelatinous substance of the body

6. gelatinous tissue

7. gelatinous fluid

例句：

1. The soup was a gelatinous mess.

2. The substance was so gelatinous that it was difficult to work with.

3. The body"s gelatinous tissue is crucial for maintaining health.

4. The liquid was a gelatinous slime that oozed from the creature"s mouth.

5. The mixture was a gelatinous concoction that could be used for various purposes.

6. The substance was so gelatinous that it seemed to flow like liquid.

7. The gelatinous texture of the food made it difficult to swallow.

英文小作文：

Gelatinous Tissue: An Intriguing Phenomenon in Life Science

Gelatinous tissue is a peculiar type of tissue that is commonly found in many different types of organisms. It is characterized by a jelly-like texture and is often used as a model system for studying the basic principles of tissue formation and cell-cell interactions.

Gelatinous tissue can be found in many marine organisms such as jellyfish and sea squirts, as well as in some land animals such as certain salamanders. It is also found in some human tissues, such as the connective tissue that forms around tumors and other inflamed areas.

Gelatinous tissue is unique in that it exhibits a distinct lack of rigidity and stiffness, which makes it very different from other types of tissue found in the human body. This unique property allows it to adapt to various environments and functions, such as providing cushioning and support to the body.

Gelatinous tissue is also an excellent model system for studying cell-cell interactions and signaling, as it allows cells to move freely and interact with each other in a three-dimensional environment. Understanding the basic principles of gelatinous tissue formation and function can provide valuable insights into the development of new therapeutic strategies for diseases such as cancer and fibrosis.