fibriform的音標是[?fa?br?f??m]，基本翻譯是“纖維狀的”，速記技巧可以是“fib=纖維，form=形狀”。

Fibriform這個詞的詞源可以追溯到拉丁語和希臘語，具體來說，它是由“fibra”和“iform”兩個部分組成的。其中，“fibra”意為纖維，而“iform”則表示形狀或形態。因此，“fibriform”的含義就是指像纖維一樣的形狀或形態。

變化形式：Fibriform的詞形變化主要涉及到復數形式和過去式、過去分詞形式。其復數形式是fibriforms，過去式是fibrified或fibriformed，過去分詞則是fibriformed。

相關單詞：

1. Fibril - 纖細的，細絲狀的，與纖維有關。

2. Fibrous - 纖維狀的，由纖維組成的。

3. Fiber - 纖維，也指纖維物質。

4. Fibrin - 纖維蛋白，血液凝固過程中的一種蛋白質。

5. Fibrinoid - 類似纖維的，常用于描述類似纖維的結構或物質。

6. Fibrination - 一種化學過程，將物質轉化為纖維狀。

7. Fibrinolysis - 纖維蛋白溶解，指血液凝固過程中的蛋白質溶解過程。

8. Fibrinogen - 纖維蛋白原，血液凝固過程中的前體蛋白質。

9. Fibrinous - 含有纖維的，與纖維有關的。

10. Fibrogenic - 產生纖維的，用于描述能促進纖維生成的過程或物質。

fibriform短語：

1. fibriformly 絲狀的；纖細的

2. fibriform texture 絲狀結構

3. fibriformly adherent 絲狀附著

4. fibriformly adherent to 絲狀附著到

5. fibriformly adherent with 絲狀附著到

6. fibriformly adherent to the skin 皮膚絲狀附著

7. fibriformly adherent to the mucosa 黏膜絲狀附著

例句：

1. The fibers in the fabric are fibriformly adherent to each other.

2. The skin is fibriformly adherent to the clothing.

3. The mucosa is fibriformly adherent to the lining of the digestive tract.

4. The hair is fibriformly adherent to the scalp.

5. The bacteria are fibriformly adherent to the surface of the tooth.

6. The bacteria are fibriformly adherent to each other.

7. The bacteria are fibriformly adherent to the surface of the skin.

英文小作文：

Fibriform Adhesion - The Beauty of Nature

Fibriform adhesion is a remarkable phenomenon found in nature, where tiny fibers or threads bind together in a strong and resilient way. This phenomenon is seen in various organisms, including plants, animals, and microorganisms, and it plays an essential role in their survival and reproduction.

For instance, the fibers in spider webs are fibriformly adherent, forming a strong and resilient mesh that traps insects and other prey. Similarly, hair on our bodies is fibriformly adherent, helping us maintain our temperature and protect ourselves from UV radiation and other environmental hazards. Microorganisms such as bacteria also use fibriform adhesion to attach themselves to surfaces and grow in colonies.

Fibriform adhesion is a beautiful example of nature’s intelligence and creativity, and it serves as a reminder that we can learn a lot from the natural world. Understanding this phenomenon can help us develop new materials and technologies that are stronger, more resilient, and more sustainable than those currently available.