fibrination的音標是["fa?br??ne??n]，意思是纖維化。基本翻譯為纖維凝結或纖維凝結物。速記技巧可以考慮使用發音相似的單詞來輔助記憶。

Fibrination這個詞可能是個拼寫錯誤，因為它不是一個標準的英語詞匯。不過，根據其詞義，它可能指的是纖維化或纖維凝集的過程。

英文詞源：

- 詞根“fibro”來自于拉丁語，意為“纖維”。

- “-faction”是一個常見的詞綴，表示“形成，產生”。

變化形式：

- 名詞形式：fibrofaction

- 形容詞形式：fibrofactive

相關單詞：

1. Fibrosis - 纖維化，一種疾病過程，涉及細胞和細胞外基質在組織中的過度沉積。

2. Fibrinogen - 纖維蛋白原，一種參與凝血過程的蛋白質。

3. Fibrin - 纖維蛋白絲，是凝血過程中形成的纖維狀結構。

4. Fibrinolysis - 纖溶，是血液中纖溶酶原轉化為纖溶酶的過程。

5. Fibrinogenolytic enzyme - 纖溶酶原激活劑，能夠激活血液中的纖溶酶原。

6. Fibrinoid - 纖維狀物質，通常指由纖維蛋白形成的纖維狀結構。

7. Fibrinoid degeneration - 纖維狀變性，一種病理學中的描述，涉及細胞間質中纖維蛋白的沉積和變性。

8. Fibrinoid vasculitis - 纖維狀血管炎，是一種血管炎性疾病，涉及血管壁的纖維蛋白沉積和炎癥反應。

9. Fibrinous pericarditis - 纖維素性心包炎，是一種心包炎性疾病，涉及心包液中的纖維蛋白沉積。

10. Fibrinoid nephropathy - 纖維狀腎病，是一種腎臟疾病，涉及腎小球基底膜中的纖維蛋白沉積和炎癥反應。

fibrination常用短語：

1. fibrinogen degradation

2. fibrin polymerization

3. fibrinolysis

4. fibrinogen-fibrin clot

5. fibrinogen level

6. fibrinogen-fibrinogen interaction

7. fibrinogen-fibrin complex

例句：

1. The process of fibrin polymerization is crucial for blood coagulation.

2. Fibrinolysis refers to the process of breaking down fibrin clots.

3. Fibrinogen level is a biomarker for cardiovascular disease risk.

4. Fibrinogen-fibrin complex is a hallmark of chronic inflammation.

5. The interaction between fibrinogen and platelets is essential for hemostasis.

6. Fibrinogen degradation products are associated with neurodegenerative diseases.

英文小作文：

Fibrinogen is a crucial protein in blood coagulation, and its degradation and polymerization processes are essential for maintaining the stability of the blood vessel wall and preventing bleeding. However, excessive fibrin formation can lead to clotting disorders and thrombus formation, which can cause serious cardiovascular diseases such as stroke and heart attack. On the other hand, fibrinolysis refers to the process of breaking down fibrin clots, which is crucial for maintaining normal blood flow and preventing excessive blood clotting. Understanding the role of fibrinogen and its interactions with other proteins and cells is crucial for developing effective therapeutic strategies for various diseases.