免費試聽
albumose的音標為[??lbj?m??s] ,基本翻譯為“α-葡聚糖”,速記技巧為:α-葡聚糖(albumose)是由α-葡糖苷鍵結合而成的多糖。
Albumose
詞源:拉丁語albuminosus,表示“白色的”,加上前綴al-,表示“白色”或“類似的”,結合在一起表示“白色的糖”。
變化形式:復數形式albumoses,過去式形式albumosed,現在分詞形式albumosing。
相關單詞:
1. Erythrose 赤糖醇 - 紅色來自于拉丁詞源eruthrum,與albumose的詞源相近,都表示“紅色的”。赤糖醇是一種糖醇,具有與葡萄糖相似的結構。
2. Fructose 甘露糖 - 來自拉丁語fructus(果實),與albumose的詞源無關,但與糖的來源有關。甘露糖是一種常見的糖類,在許多生物體中都存在。
3. Glucose 葡萄糖 - 來自拉丁語glucus(甜的),與albumose的詞源相似,但葡萄糖是一種簡單的糖,與albumose的結構不同。
4. Mannose 甘露糖 - 來自拉丁語manus(手),與甘露糖的結構有關。甘露糖和甘露糖在結構上相似,但具有不同的功能和生物活性。
5. Sucrose 蔗糖 - 來自拉丁語succus(汁液),與糖的來源有關。蔗糖是一種雙糖,由葡萄糖和果糖組成。
6. Galactose 半乳糖 - 來自拉丁語galactos(乳汁),與半乳糖的結構有關。半乳糖是許多生物體中常見的單糖之一。
7. Lactose 乳糖 - 來自拉丁語lactus(奶),與乳糖的結構和來源有關。乳糖是哺乳動物乳汁中的主要糖類之一。
8. Mannitose 木糖 - 來自拉丁語mannus(手),與木糖的結構有關。木糖是一種五碳單糖,在自然界中廣泛存在。
9. Ribose 核糖 - 來自拉丁語ribus(兩棵樹),與核糖的結構有關。核糖是一種五碳單糖,是許多生物體內的重要分子如RNA的組成成分之一。
10. Xylose 木糖醇 - 來自希臘語xylo-(木材),與木糖醇的結構和功能有關。木糖醇是一種五碳單糖醇,在自然界中廣泛存在并具有多種生物活性。
常用短語:
1. albumose content
2. produce albumose
3. convert to albumose
4. digest albumose
5. extract albumose
6. refine albumose
7. isolate albumose
雙語例句:
1. The bacteria can produce a lot of albumose. (細菌可以產生大量的淀粉。)
2. The refined albumose can be used as a raw material for biodiesel production. (精制的淀粉可以被用作生物柴油的原料。)
3. Albumose is a kind of carbohydrate that can be easily digested by microorganisms. (淀粉是一種微生物容易消化的碳水化合物。)
4. Albumose is a kind of sugar that is commonly found in plants and microorganisms. (淀粉是一種在植物和微生物中常見的糖類。)
5. The refined albumose can be used to make food additives and other products. (精制的淀粉可以被用來制作食品添加劑和其他產品。)
6. The digestion of albumose is an important process in the food industry. (淀粉的消化是食品工業中一個重要的過程。)
7. The production of biodiesel from refined albumose has become a popular method of reducing greenhouse gas emissions. (從精制的淀粉中生產生物柴油已經成為一種減少溫室氣體排放的流行方法。)
英文小作文:
The importance of carbohydrates in our daily lives cannot be overstated. Among the various types of carbohydrates, albumose is one that we encounter frequently in our diet and in nature. It is a type of sugar that is commonly found in plants and microorganisms, and it plays a crucial role in our body"s energy production and metabolism.
Albumose is a highly digestible carbohydrate that can be easily converted into glucose, which is then used by our cells for energy production. It is also a versatile substance that can be used in various ways, such as in food additives, biofuel production, and other industrial processes.
However, the production and consumption of albumose has also raised concerns about its environmental impact. The production of biodiesel from refined albumose has become a popular method of reducing greenhouse gas emissions, and it has the added benefit of creating less waste than traditional fuel sources.
In conclusion, the importance of carbohydrates, including albumose, cannot be ignored in our daily lives. Understanding its role and benefits, as well as its environmental impact, is essential for making informed decisions about our dietary habits and the production of sustainable energy sources.
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