Adenine Hemisulfate Salt (CAS 321-30-2): Fueling Innovation in Life Sciences
Discover the fundamental role of this vital compound in research, from DNA synthesis to cellular energy pathways.
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Adenine Hemisulfate Salt
Adenine hemisulfate salt (CAS 321-30-2) is an indispensable purine derivative and nucleobase, crucial for the synthesis of DNA and RNA. Its integral role in cellular energy transfer as a component of adenosine triphosphate (ATP) and signaling molecules like cyclic adenosine monophosphate (cAMP) makes it a cornerstone in various biological processes. This compound is highly valued in biochemical research, biotechnology, and pharmaceutical development, facilitating studies in genetic engineering, cell culture, and metabolic pathways. Its consistent high purity ensures reliable and reproducible results for scientists pushing the boundaries of life science discovery.
- Unlock advancements in nucleic acid synthesis with a reliable reagent for DNA and RNA production, vital for genetic engineering and molecular biology.
- Explore cellular metabolism research by utilizing a compound integral to energy transfer pathways, aiding studies in cellular functions and health conditions.
- Drive biotechnology innovation with a key component for producing nucleotides, essential for the growing field of genetic modification and bioproduction.
- Support pharmaceutical development by employing this compound in drug formulation, particularly for antiviral medications and metabolic disorder treatments.
Advantages of Using Adenine Hemisulfate Salt
High Purity for Accurate Research
Benefit from a compound with guaranteed high purity, essential for precise outcomes in complex cellular metabolism research and critical for reproducible results.
Versatile Role in Biotechnology
Leverage its utility in biotechnology research as a building block for nucleic acids, enabling breakthroughs in genetic engineering and synthetic biology applications.
Foundation for Pharmaceutical Innovation
Utilize this compound in pharmaceutical development, contributing to the creation of novel therapeutic agents targeting metabolic disorders and viral infections.
Key Applications
DNA and RNA Synthesis
As a fundamental nucleobase, adenine hemisulfate salt is crucial for the accurate synthesis of genetic material, supporting genetic research and diagnostics.
Cellular Energy Metabolism Studies
Its role in ATP formation makes it an invaluable tool for scientists investigating energy transfer and cellular functions, aiding in understanding various physiological processes.
Biotechnology and Genetic Engineering
Essential for producing nucleotides, this compound is vital for advancements in genetic manipulation, synthetic biology, and other cutting-edge biotechnology applications.
Pharmaceutical Research and Development
Used in the formulation of drugs and supplements, it aids in developing treatments for metabolic disorders and antiviral therapies, contributing to healthcare advancements.