Conclusion-Isozymes
Isozymes provide valuable insights into the intricate workings of biochemical processes in living organisms, showcasing the adaptability and diversity of enzymatic functions. Understanding the isozymes structure, classification, andIsozymes examples enhances our know;edge of the complex regulatory mechanisms that govern biological systems. Like enzymes, which are essential biochemical catalysts, isozymes play a crucial role in the complexity and flexibility of life processes.
Isozymes
Isozymes, also known as isoenzymes, are enzymes that differ in amino acid sequence but catalyze the same chemical reaction· They usually have different kinetic parameters or are regulated differently. Isozymes are often the result of gene duplication, but can also arise from polyploidization or nucleic acid hybridization. They allow the fine-tuning of metabolism to meet the particular needs of a given tissue or developmental stage. In this article, we will learn about isozyme’s short note, isozyme function, and properties, classification of isozymes, and much more.
Table of Content
- What are Isozymes?
- Structure of Isozymes
- Classification of Isozymes
- Isozymes Types
- Isozymes Properties
- Examples of Isozymes
- Functions of Isozymes
- Mechanism of Isozyme Action