albuminous
简明释义
adj. 含白朊的；多胚乳的；含白蛋白的
英英释义
单词用法
含白蛋白的液体 | |
白蛋白类物质 | |
高白蛋白饮食 | |
白蛋白分泌 |
同义词
反义词
例句
1.Results:(1)The mouse hepatocyte appeared albuminous swelling and some nucleus of hepatocyte became smaller in hypoxia group.
结果：（1）缺氧组小鼠肝细胞出现混浊肿胀，部分肝细胞核变小；
2.In the axial systems, the phloem consists of sieve cells, phloem parenchyma cells, albuminous cell and phloem fibers. In the radial systems, it consists of phloem rays.
轴向系统由筛胞、韧皮薄壁组织细胞、蛋白细胞和韧皮纤维组成，径向系统由韧皮射线组成。
3.In the axial systems, the phloem consists of sieve cells, phloem parenchyma cells, albuminous cell and phloem fibers. In the radial systems, it consists of phloem rays.
轴向系统由筛胞、韧皮薄壁组织细胞、蛋白细胞和韧皮纤维组成，径向系统由韧皮射线组成。
4.Tranfusion tissue is present in the leaf of yew. it is composed of three sorts of cells: transfusion tracheids transfusion parenchyma cells and albuminous cells.
在红豆杉的叶子中存在传输组织，它由传输细胞、传输薄壁组织细胞和蛋白细胞组成。
5.The chef recommended using albuminous ingredients for the soufflé to achieve the right texture.
厨师建议使用白蛋白的成分来制作舒芙蕾，以达到正确的质地。
6.The presence of albuminous substances in the sample suggested a high level of protein concentration.
样本中存在白蛋白的物质表明蛋白质浓度很高。
7.During the examination, the biologist observed that the cells were albuminous, showcasing their protein content.
在检查中，生物学家观察到细胞是白蛋白的，展示了它们的蛋白质含量。
8.The doctor noted that the patient's urine was albuminous, indicating potential kidney issues.
医生注意到病人的尿液是白蛋白的，这可能表明肾脏问题。
9.In the laboratory, they found that the serum was albuminous, which is typical for certain blood disorders.
在实验室，他们发现血清是白蛋白的，这对于某些血液疾病是典型的。
作文
The study of biology reveals the intricate workings of life, including the essential components that make up living organisms. One such component is proteins, which are vital for various biological functions. Among these proteins, there exists a category known as albuminous (白蛋白的) proteins, which play a crucial role in many physiological processes. Understanding the significance of albuminous (白蛋白的) proteins can enhance our comprehension of both health and disease. Albuminous proteins are characterized by their solubility in water and their ability to form a gel-like consistency when coagulated. These proteins are found in various sources, including egg whites, milk, and certain plants. In humans, the most notable example of an albuminous (白蛋白的) protein is serum albumin, which is produced by the liver and is essential for maintaining oncotic pressure in the blood. This pressure is crucial for regulating the movement of fluids between blood vessels and surrounding tissues, thereby preventing edema or swelling. Moreover, albuminous (白蛋白的) proteins serve as transport molecules for various substances in the bloodstream, including hormones, vitamins, and drugs. Their ability to bind to these compounds ensures that they are delivered to the appropriate tissues where they are needed. This transport function is particularly important in the context of pharmaceuticals, as many medications rely on albuminous (白蛋白的) proteins for effective distribution throughout the body. In addition to their transport capabilities, albuminous (白蛋白的) proteins also play a role in the body's immune response. They can bind to pathogens and help facilitate their removal from the bloodstream. This function underscores the importance of adequate levels of albuminous (白蛋白的) proteins in maintaining overall health and supporting the immune system. However, the levels of albuminous (白蛋白的) proteins in the body can be affected by various factors, including nutritional status, liver function, and hydration levels. For instance, malnutrition can lead to decreased production of these proteins, resulting in conditions such as hypoalbuminemia, which is characterized by low levels of albumin in the blood. This condition can have serious health implications, including increased susceptibility to infections and compromised wound healing. Furthermore, certain diseases, such as liver cirrhosis, can impair the liver's ability to produce albuminous (白蛋白的) proteins, leading to similar adverse effects. Therefore, monitoring the levels of albuminous (白蛋白的) proteins in patients can provide valuable insights into their health status and guide treatment decisions. In conclusion, albuminous (白蛋白的) proteins are integral to various biological functions, from maintaining fluid balance to transporting essential substances and supporting immune responses. Their significance in both health and disease highlights the need for ongoing research and awareness regarding these vital proteins. By understanding the roles and impacts of albuminous (白蛋白的) proteins, we can better appreciate the complexity of life and the importance of maintaining proper protein levels in our bodies.
