Globins

Globins的音标为["glɑːbɪnz]，基本翻译为“球蛋白”，速记技巧为“格布林，球蛋白”。Globins是一个名词，表示一种蛋白质家族，主要存在于动物的血细胞和某些低等植物的细胞中。在记忆Globins这个单词时，可以通过联想记忆法将其与球类、球形物体等形象的事物联系起来，例如篮球、足球等。同时，也可以通过将其拆分并尝试发音来帮助记忆。

Globins是一个生物学名词，指的是一类存在于动物和植物中的光合蛋白质。其英文词源可以追溯到拉丁语“globus” (意为球) 和“-in” (表示与某种物质相关) 的组合。

Globins的变化形式包括复数形式“globins”和过去式“globinated”以及过去分词“globinated”。

相关单词包括以下几个：

1. “globin” (globins的缩写形式，意为globin蛋白质) 在生物学中常用于描述globins这一蛋白质家族。

2. “photoglobi” (由希腊词根“photo-” (光) 和“-globe” (球) 组成，意为光合球) 是一个常见的术语，用于描述含有globins的生物体。

3. “phytochrome” (由希腊词根“phyto-” (植物) 和“globin”组成，意为植物globin) 是一种生物色素，与植物中的globins有关。

Globins在生物学中的重要性在于它们在光合作用中的关键作用，使生物能够利用太阳能。此外，globins也提供了一种理解生物如何适应环境的宝贵工具。

Globins常用短语：

1. globin proteins

2. globin synthesis

3. globin chain

4. globin chain complex

5. globin chain folding

6. globin chain folding disorder

7. globin chain unfolding

双语例句：

1. The globin proteins in blood are important for oxygen transport. (血液中的球蛋白对于氧气的运输非常重要。)

2. Synthesis of globin proteins is a crucial step in the development of red blood cells. (球蛋白的合成是红细胞发育过程中的一个关键步骤。)

3. The fetal hemoglobin globin chain complex is unique among human globins. (人类球蛋白中，胎儿血红蛋白球蛋白链复合体是独一无二的。)

4. Globins are a diverse family of proteins that function in a wide range of environments. (球蛋白是一个多样化的蛋白质家族，它们在各种环境下发挥作用。)

5. The globin chain unfolding process is a complex one that requires precise control of temperature and pH. (球蛋白链展开过程是一个复杂的进程，它需要精确控制温度和pH值。)

6. The globin chain folding process is a highly regulated process that requires precise control of the environment in which the protein exists. (球蛋白链折叠过程是一个高度调节的过程，它需要精确控制蛋白质存在的环境。)

7. The globins are a family of proteins that bind oxygen and are found in all animals and plants, including humans. (球蛋白是一类与氧气结合的蛋白质，存在于所有动物和植物中，包括人类。)

英文小作文：

The globins are a family of proteins that play an essential role in oxygen transport and storage in all animals and plants, including humans. These proteins are found in the red blood cells of all vertebrates and are responsible for transporting oxygen from the lungs to the tissues throughout the body. The globins bind oxygen tightly and release it slowly, ensuring that oxygen is available to cells throughout the body at all times. This process is crucial for maintaining normal bodily functions and is essential for survival. In humans, globins are found in both fetal hemoglobin and adult hemoglobin, each with unique properties that allow them to perform their functions effectively. Understanding the role of globins in oxygen transport and storage is crucial for developing effective treatment strategies for diseases such as anemia and oxygen deficiency disorders.