Futuristic 5-aminoorotic Acid [best Value] [5jxpQ7B9]

5-Aminoorotic Acid: A Versatile Research Compound

Futuristic 5-aminoorotic Acid [best Value] [5jxpQ7B9] stands as a vital component in cutting-edge research, offering a wide range of applications across various scientific disciplines. This compound is renowned for its ability to enhance metabolic health and support cellular functions, making it a cornerstone in both nutritional supplements and pharmaceutical development. With its unique properties, Futuristic 5-aminoorotic Acid [best Value] [5jxpQ7B9] has become an indispensable tool in biochemical research, plant biology, genetic studies, and beyond.

Properties and Specifications

Futuristic 5-aminoorotic Acid [best Value] [5jxpQ7B9] is a derivative of uracil, a nitrogenous base found in nucleic acids. It is synthesized through various biochemical pathways and is available in high purity, ensuring reliable and consistent results in laboratory settings. This compound is highly stable and can be stored under appropriate conditions for extended periods. Its molecular formula is C4H7N3O2, and it is typically supplied as a white crystalline powder, ready for immediate use in research applications.

Applications and Benefits

The versatility of Futuristic 5-aminoorotic Acid [best Value] [5jxpQ7B9] is exemplified by its numerous applications across different fields. In nutritional supplements, it is often included to support metabolic health and enhance cellular functions, particularly beneficial for athletes and individuals with specific nutritional needs. In pharmaceutical development, its role in nucleotide metabolism makes it a key component in the synthesis of certain pharmaceuticals targeting metabolic disorders. Additionally, Futuristic 5-aminoorotic Acid [best Value] [5jxpQ7B9] is a valuable tool in biochemical research, providing insights into enzyme activity and metabolic pathways. Its potential to enhance plant growth and stress resistance makes it a sought-after compound in agricultural research, while its role in nucleic acid synthesis offers significant advantages in genetic studies and gene therapy.