filamentous的音標是["f?l?m?nt?s]，基本翻譯是絲狀的。速記技巧可以是：fila（絲）+ men（男人）+ tuous（形容詞后綴）。

Filamentous: 詞源同filament. 意思是細絲狀的。

變化形式: 無變化形式。

相關單詞:

1. Fibrin: 詞源同filament，表示絲狀蛋白質。在人體內，它主要用于血液凝固系統，形成凝塊。

2. Fiber: 詞源同filament，表示纖維。纖維是一種細長而堅韌的物質，廣泛用于紡織品。

3. Filamentous bacteria: 絲狀細菌，是一種微生物，具有細長的形態。

4. Filamentous growth: 絲狀生長，指的是一種細胞生長的方式，細胞沿著細絲狀結構生長。

5. Filamentous strands: 絲狀物，指的是細長、連續的物質，如纖維、毛發等。

6. Fiber optic: 光纖，一種利用光的全反射進行信息傳輸的介質，通常由纖維絲構成。

7. Fiber-reinforced plastic: 纖維增強塑料，一種使用纖維增強材料來增強塑料的強度和耐久性的復合材料。

8. Filamentous protein: 絲狀蛋白質，指的是一類蛋白質，具有細長的形態和特定的功能。

9. Filamentous fungi: 絲狀真菌，指的是一類真菌，具有細長的菌絲體。

10. Filamentous growth pattern: 絲狀生長模式，指的是一種細胞生長的方式，細胞沿著細絲狀結構進行生長，通常與細胞分化有關。

常用短語：

1. Filamentous growth 絲狀生長

2. Filamentous bacteria 絲狀細菌

3. Filamentous fungi 絲狀真菌

4. Filamentous protein 絲狀蛋白質

5. Flocculated with filamentous bacteria 附著絲狀細菌的沉淀

6. Filamentous cellulose 絲狀纖維素

7. Filamentous algae 絲狀藻類

雙語例句：

1. Some bacteria grow in a filamentous form. 一些細菌以絲狀形式生長。

2. Filamentous fungi are often found in damp places. 絲狀真菌通常在潮濕的地方被發現。

3. The bacteria were observed to grow in a filamentous pattern. 觀察到細菌以絲狀形式生長。

4. The soil was found to be rich in filamentous bacteria. 土壤中發現了豐富的絲狀細菌。

5. The cellulose was flocculated with filamentous bacteria. 纖維素與絲狀細菌一起沉淀。

6. The algae was found to grow in a filamentous colony. 藻類被發現以絲狀菌落形式生長。

7. The filamentous bacteria were identified as a potential pathogen. 絲狀細菌被鑒定為潛在病原體。

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.