binds ergosterol的音标为["baɪnds ɪər"gɒstərol],意思是结合ergosterol(ergosterol是一种固醇)。
基本翻译为“结合ergosterol”。
速记技巧可以尝试使用词根词缀分解记忆,其中“bind”表示“绑”,“er”表示“这个”,“gosterol”表示“固醇”。整体记忆思路是:将固醇绑定在一起。
Binds ergosterol:这个单词是由“binds”(绑定)和“ergosterol”(雄激素固醇)组成的合成词,因此它的词源可以追溯到英语中的“bind”(绑定)和“sterol”(固醇)。
相关单词:
1. Estrogen(雌激素):来源于拉丁语“estrogenus”(雌性的),与“ergosterol”(雄激素固醇)的词源不同,但都与性激素有关。
2. Steroid(类固醇):来源于拉丁语“steroidus”(有角的),最初用于描述具有角蛋白结构的物质,如肾上腺皮质激素。后来,类固醇这个词被用来描述与雄激素固醇相关的物质。
3. Cholesterol(胆固醇):来源于拉丁语“chole”和“sterol”(固醇),与“binds ergosterol”的词源相同,但胆固醇通常指的是动物细胞膜中的一种固醇,而ergosterol是真菌细胞膜中的一种固醇。
4. Saponin(皂角苷):来源于拉丁语“sapo”(肥皂),是一种具有肥皂样特性的化合物,通常与固醇有关。
5. Sterol(固醇):直接来源于拉丁语“sterus”(雄性的),与“binds ergosterol”的词源相同,但固醇通常指的是与雄激素相关的物质。
6. Ergosterol peroxide(过氧化雄甾酮):这个单词是由“ergosterol”(雄激素固醇)和“peroxide”(过氧化物)组成,描述的是一种具有过氧化特性的固醇。
7. Cholecalciferol(胆钙化醇):这个单词是由“chole”(胆)和“calciferol”(钙化荧光素)组成,描述的是一种维生素D的前体,也被称为维生素D3。
8. Sclerosterol(硬脂固醇):这个单词是由“scleros”(硬)和“sterol”(固醇)组成,描述的是一种硬脂酸包裹的固醇。
9. Stigmasterol(豆甾醇):这个单词是由“stigma”(分生组织)和“sterol”(固醇)组成,描述的是一种植物甾醇。
10. Phytosterol(植物固醇):这个单词是由“phyto”(植物)和“sterol”(固醇)组成,描述的是植物中的固醇。
常用短语:
1. binds ergosterol to cholesterol
2. binds ergosterol to phospholipids
3. binds ergosterol to proteins
4. ergosterol content
5. ergosterol level
6. ergosterol synthesis
7. ergosterol production
例句:
1. The organism"s ability to bind ergosterol to cholesterol is crucial for its survival.
2. The amount of ergosterol in the cell membrane determines its fluidity and stability.
3. The process of ergosterol synthesis is complex and requires precise regulation.
4. Elevated levels of ergosterol in the bloodstream are associated with various diseases.
5. The production of ergosterol is crucial for the growth and division of cells.
6. Cells with low levels of ergosterol are more susceptible to environmental stressors.
7. Understanding the role of ergosterol in cellular function is essential for developing effective therapeutic strategies.
英文小作文:
Ergosterol is a crucial component of cell membranes that plays a vital role in maintaining membrane fluidity and stability. It is synthesized in cells and is essential for growth, division, and environmental adaptation. However, elevated levels of ergosterol are associated with various diseases, such as hyperlipidemia and cardiovascular disease, indicating that its regulation is crucial for maintaining cellular health. Understanding the role of ergosterol in cellular function and its relationship with other components of the membrane will help us develop more effective therapeutic strategies for diseases related to membrane dysfunction.