Unlock the Potential of RNA Synthesis with UTP-2Na
Discover the key building block for transcription and molecular biology innovation.
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Uridine 5'-Triphosphate Disodium
Uridine 5'-Triphosphate Disodium (UTP-2Na) is a high-purity biochemical essential for groundbreaking research and development in molecular biology and biotechnology. Its primary function as a critical raw material for RNA synthesis and transcription makes it indispensable for scientists worldwide.
- RNA Synthesis and Transcription: UTP-2Na serves as a fundamental building block, utilized by RNA polymerase enzymes to synthesize RNA molecules from DNA templates, a crucial step in gene expression. This makes it a vital component for understanding transcription processes.
- Molecular Biology and Biotechnology Applications: Beyond transcription, UTP is key in various techniques such as in vitro transcription, RNA labeling, and RNA amplification, driving advancements in gene expression studies and RNA-based therapeutics.
- Metabolic Significance: Uridine triphosphate also plays a role in cellular energy metabolism and is involved in the metabolism of galactose, highlighting its broad biological relevance.
- Quality and Purity: Available with a guaranteed purity of 98%, UTP-2Na meets stringent quality standards, including CP, USP, and EP grades, ensuring reliable performance in demanding applications.
Key Advantages
Exceptional Purity
Achieve reliable and reproducible results with our UTP-2Na, boasting a purity of 98% for critical biotech applications, ensuring the integrity of your experiments.
Versatile Applications
From fundamental RNA synthesis to advanced biotechnological processes, discover the broad utility of UTP-2Na in propelling scientific discovery and innovation in fields like gene therapy and diagnostics.
Crucial for Research
As a primary substrate for RNA synthesis, UTP-2Na is instrumental in advancing research in gene expression, protein synthesis, and the development of novel RNA-based therapeutics.
Key Applications
RNA Synthesis
Essential for RNA polymerase activity, UTP-2Na is a core component in synthesizing functional RNA molecules for research and therapeutic development.
Transcription Studies
Facilitates accurate and efficient transcription, enabling researchers to study gene expression mechanisms and regulatory pathways.
Molecular Biology Techniques
Indispensable for in vitro transcription, RNA labeling, and amplification, supporting a wide array of molecular biology experiments.
Biotechnology Advancements
Supports innovation in areas like mRNA therapeutics, gene editing, and diagnostics development, leveraging the power of nucleic acid technologies.