filamentous

filamentous的音标是["fɪləməntəs]，基本翻译是丝状的。速记技巧可以是：fila（丝）+ men（男人）+ tuous（形容词后缀）。

Filamentous: 词源同filament. 意思是细丝状的。

变化形式: 无变化形式。

相关单词:

1. Fibrin: 词源同filament，表示丝状蛋白质。在人体内，它主要用于血液凝固系统，形成凝块。

2. Fiber: 词源同filament，表示纤维。纤维是一种细长而坚韧的物质，广泛用于纺织品。

3. Filamentous bacteria: 丝状细菌，是一种微生物，具有细长的形态。

4. Filamentous growth: 丝状生长，指的是一种细胞生长的方式，细胞沿着细丝状结构生长。

5. Filamentous strands: 丝状物，指的是细长、连续的物质，如纤维、毛发等。

6. Fiber optic: 光纤，一种利用光的全反射进行信息传输的介质，通常由纤维丝构成。

7. Fiber-reinforced plastic: 纤维增强塑料，一种使用纤维增强材料来增强塑料的强度和耐久性的复合材料。

8. Filamentous protein: 丝状蛋白质，指的是一类蛋白质，具有细长的形态和特定的功能。

9. Filamentous fungi: 丝状真菌，指的是一类真菌，具有细长的菌丝体。

10. Filamentous growth pattern: 丝状生长模式，指的是一种细胞生长的方式，细胞沿着细丝状结构进行生长，通常与细胞分化有关。

常用短语：

1. Filamentous growth 丝状生长

2. Filamentous bacteria 丝状细菌

3. Filamentous fungi 丝状真菌

4. Filamentous protein 丝状蛋白质

5. Flocculated with filamentous bacteria 附着丝状细菌的沉淀

6. Filamentous cellulose 丝状纤维素

7. Filamentous algae 丝状藻类

双语例句：

1. Some bacteria grow in a filamentous form. 一些细菌以丝状形式生长。

2. Filamentous fungi are often found in damp places. 丝状真菌通常在潮湿的地方被发现。

3. The bacteria were observed to grow in a filamentous pattern. 观察到细菌以丝状形式生长。

4. The soil was found to be rich in filamentous bacteria. 土壤中发现了丰富的丝状细菌。

5. The cellulose was flocculated with filamentous bacteria. 纤维素与丝状细菌一起沉淀。

6. The algae was found to grow in a filamentous colony. 藻类被发现以丝状菌落形式生长。

7. The filamentous bacteria were identified as a potential pathogen. 丝状细菌被鉴定为潜在病原体。

英文小作文：

The world of biology is full of diverse organisms, each with their unique characteristics and growth patterns. One such organism is the filamentous bacterium, which can be found in various environments and is often responsible for interesting phenomena in the natural world.

Filamentous bacteria grow in a long, thin form, much like a strand of DNA, and can be found in both prokaryotic and eukaryotic cells. They are often responsible for the formation of biofilms, which are complex communities of microorganisms that adhere to surfaces and are often resistant to antibiotics. These bacteria also play a role in the decomposition of organic matter and are essential for recycling nutrients in the environment.

Filamentous growth can also be observed in other types of microorganisms, such as fungi and algae, and even in some plants. This unique growth pattern allows these organisms to adapt to various environments and to survive under harsh conditions. Understanding the role of filamentous growth in biology is essential for understanding the interactions between microorganisms and their environments, as well as for developing effective methods of controlling and utilizing these microorganisms for various purposes.