Non-toxic Affizyme® Ketoamine Oxidase Take An Extra 50% Off [DRu1Wyj8]

Non-toxic Affizyme® Ketoamine Oxidase Take An Extra 50% Off [DRu1Wyj8]: The Ultimate Enzyme Solution

Introducing Non-toxic Affizyme® Ketoamine Oxidase Take An Extra 50% Off [DRu1Wyj8] (KAOD), the cutting-edge enzyme designed to elevate your research and analytical processes. This high-performance enzyme stands out for its exceptional specificity and stability, making it an invaluable tool in various applications.

• High Specificity: Non-toxic Affizyme® Ketoamine Oxidase Take An Extra 50% Off [DRu1Wyj8] is highly selective, ensuring precise and reliable results.
• Stable Performance: It maintains consistent activity across a wide range of pH and temperature conditions.

Product Properties and Specifications

Non-toxic Affizyme® Ketoamine Oxidase Take An Extra 50% Off [DRu1Wyj8] is a recombinant enzyme derived from a novel strain, offering superior characteristics. Its molecular weight is approximately 60 kDa, and it displays optimal activity at pH 7.4 and 37°C. This enzyme is ideal for detecting and quantifying various ketoamines in biological samples, making it a crucial component in drug discovery, environmental monitoring, and clinical diagnostics.

• Recombinant Origin: Ensures purity and reproducibility.
• Wide pH and Temperature Range: Facilitates versatile use in different experimental setups.

Practical Uses and Target Audience

Non-toxic Affizyme® Ketoamine Oxidase Take An Extra 50% Off [DRu1Wyj8] is a versatile enzyme suitable for a wide range of applications. Researchers in pharmaceutical, environmental, and clinical fields will find immense value in its capabilities. Whether you are involved in drug development, environmental analysis, or disease diagnosis, this enzyme can significantly enhance your workflow.

• Drug Discovery: Facilitates the identification and quantification of ketoamines in drug candidates.
• Environmental Monitoring: Assists in detecting and assessing the presence of ketoamines in environmental samples.
• Clinical Diagnostics: Offers a sensitive and specific method for detecting ketoamines in biological fluids.