"Anaplerotic"是一个形容词，通常用于描述与合成代谢或代谢途径有关的生物学过程。它通常与氨基酸的转化和细胞内氮代谢有关。
以下是一篇英文范文，其中包含“anaplerotic”这个词汇：
Title: The Role of Anaplerotic Metabolism in Cellular Growth and Differentiation
Anaplerotic metabolism refers to the process of supplying intermediates for biosynthetic reactions, which are essential for cellular growth and differentiation. These intermediates are typically formed from amino acids through transamination, a process in which amino groups are transferred to alpha-ketoacids. This process is catalyzed by transaminases, which are a family of enzymes that play a crucial role in anaplerotic metabolism.
In cells, anaplerotic metabolism is crucial for maintaining a balanced nitrogen pool and ensuring the supply of building blocks for biosynthetic reactions. During cellular growth and differentiation, anaplerotic metabolism plays a key role in providing the necessary building blocks for protein synthesis, nucleic acid synthesis, and other essential biosynthetic processes.
Moreover, anaplerotic metabolism is also involved in the regulation of cellular redox state. Through the provision of intermediates for redox reactions, anaplerotic metabolism helps maintain a balanced intracellular redox environment, which is crucial for cellular function and survival.
In summary, anaplerotic metabolism plays a crucial role in cellular growth and differentiation by providing the necessary building blocks for biosynthetic reactions and regulating the intracellular redox state. Understanding this process is essential for developing effective therapeutic strategies for various diseases that are characterized by abnormal cellular growth and differentiation.
anaplerotic的意思是“非必需氨基酸的”。
在英文范文的相关信息中，anaplerotic常用于描述与氨基酸合成相关的生物学过程，特别是在细胞分裂和DNA修复等过程中。这些过程需要特定的分子中间体，称为“anaplerotic物质”，来提供合成所需的氮、碳和氢等元素。
此外，anaplerotic在医学和营养学领域也有应用，例如用于改善肌肉健康和增强运动表现。通过提供适当的anaplerotic物质，可以促进肌肉蛋白质的合成和修复，从而有助于增肌和减轻肌肉衰退。
总之，anaplerotic是一个与氨基酸合成和细胞生物学相关的术语，在医学、营养学和生物学领域有广泛应用。
“anaplerotic”的意思是为合成新的含氮碱基提供含氮的有机酸衍生物。
以下是一篇范文：
The anaplerotic condition of the cell is essential for maintaining cellular homeostasis and promoting cell proliferation.
细胞进行合成新的含氮碱基的有机酸衍生物的这种条件对于维持细胞内环境的稳定和促进细胞增殖是至关重要的。