Cytosine (CAS 71-30-7): A Fundamental Nucleobase for Pharmaceutical and Research Applications
Discover the essential role of Cytosine in DNA, RNA, and advanced biomedical research.
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Cytosine
Cytosine (CAS 71-30-7) is a fundamental pyrimidine nucleobase, indispensable for the structure and function of DNA and RNA. As a key component in genetic material, it plays a critical role in heredity and cellular processes. Its high purity, often exceeding 99%, makes it suitable for demanding applications in the pharmaceutical industry, drug delivery systems, and advanced scientific research. The molecule is also recognized for its involvement in epigenetics and as a precursor for vital enzymes, supporting a wide range of biological functions.
- Explore the critical role of cytosine pharmaceutical grade in developing advanced therapeutics and research tools.
- Understand why purchasing cytosine for proteomics is essential for advancing our knowledge of protein structures and functions.
- Learn about the stringent quality standards, such as cytosine USP BP EP FCC standard, ensuring reliability in pharmaceutical applications.
- Discover why sourcing from a reputable cytosine supplier China can offer competitive pricing and reliable supply for your research needs.
Advantages of Using Cytosine
Purity and Quality Assurance
Cytosine is produced to meet high purity standards, often achieving ≥99% purity through advanced analytical techniques like HPLC, making it ideal for sensitive pharmaceutical and research applications.
Versatile Research Applications
The molecule serves as a critical enzyme substrate and precursor, supporting advancements in biotechnology research reagents and enabling groundbreaking discoveries in molecular biology.
Epigenetic Significance
Cytosine's role in epigenetic modifications highlights its importance in understanding gene regulation and developmental processes, making it a key component for epigenetics research tools.
Key Applications
Pharmaceutical Synthesis
As a vital nucleobase, it is a primary building block in the synthesis of antiviral drugs and other pharmaceuticals, underscoring its importance as a pharmaceutical ingredient.
Proteomics Research
Cytosine is extensively used in proteomics research for understanding protein structures and interactions, making it a sought-after compound for proteomics reagent development.
Molecular Biology
Its role in DNA and RNA means cytosine is fundamental for molecular biology studies, including gene sequencing and manipulation, vital for DNA/RNA building blocks.
Drug Discovery
The unique properties of cytosine derivatives make them candidates for novel drug discovery, contributing to advancements in therapeutic development within the drug discovery components sector.