乙基氨基團的意思、翻譯和例句

是什麼意思

「乙基氨基團」是指一種化學基團,其結構包含乙基(-C2H5)和氨基(-NH2)兩部分。這種基團通常在有機化合物中出現,尤其是在藥物化學和生物化學中。乙基氨基團的存在可以影響分子的性質,例如其極性、溶解性和生物活性。

依照不同程度的英文解釋

  1. A part of a chemical structure.
  2. A group in chemistry that includes carbon and nitrogen.
  3. A combination of an ethyl group and an amino group.
  4. A functional group that can affect how a compound behaves.
  5. A chemical group that contains both carbon and nitrogen.
  6. A specific arrangement of atoms that can influence a molecule's properties.
  7. A functional group that can impact solubility and reactivity.
  8. A structural unit that plays a critical role in organic chemistry.
  9. A moiety that combines an ethyl group and an amine, often found in pharmaceuticals.
  10. A chemical entity that can significantly alter the behavior of a compound.

相關英文單字或片語的差別與用法

1:Ethylamine group

用法:

這個術語用於描述含有乙基和氨基的結構,通常在有機化學中使用。乙基氨基團的衍生物可以用於合成各種藥物和化合物。

例句及翻譯:

例句 1:

這種化合物的乙基氨基團使其在水中的溶解度增加。

The ethylamine group in this compound increases its solubility in water.

例句 2:

研究表明,乙基氨基團的添加可以提高藥物的生物活性。

Studies show that the addition of the ethylamine group can enhance the bioactivity of the drug.

例句 3:

我們正在合成一種具有乙基氨基團的新型化合物。

We are synthesizing a novel compound that contains an ethylamine group.

2:Ethyl amino group

用法:

這是指含有乙基的氨基,通常在有機化合物中發現,並且可能影響化合物的化學性質。

例句及翻譯:

例句 1:

這種材料的乙基氨基團使其在生物應用中更具吸引力。

The ethyl amino group in this material makes it more attractive for biological applications.

例句 2:

科學家們對乙基氨基團的反應性進行了詳細的研究。

Scientists have conducted detailed studies on the reactivity of the ethyl amino group.

例句 3:

這種化合物的乙基氨基團有助於提高其穩定性。

The ethyl amino group in this compound contributes to its stability.

3:Aminoethyl group

用法:

這個術語描述的是乙基和氨基的結合,通常用於描述某些生物活性分子的結構。

例句及翻譯:

例句 1:

這種藥物的氨基乙基團對其生物活性至關重要。

The aminoethyl group in this drug is crucial for its biological activity.

例句 2:

研究顯示,氨基乙基團的存在會改變分子的親水性。

Research shows that the presence of the aminoethyl group alters the hydrophilicity of the molecule.

例句 3:

我們的研究發現,氨基乙基團對化合物的相互作用有顯著影響。

Our study found that the aminoethyl group has a significant impact on the interactions of the compound.