In vitro transcription (IVT) enzymes are essential tools for synthesizing RNA, enabling breakthroughs in molecular diagnostics, RNA therapeutics, and advanced research applications. These enzymes play a critical role in mRNA synthesis, RNA processing, and circular RNA studies, supporting the development of vaccines, gene therapies, and RNA-based diagnostics. With the growing importance of RNA in modern science, IVT enzymes provide the foundation for high-quality, efficient, and reliable RNA workflows.
Our IVT enzyme portfolio includes a range of high-performance solutions for RNA synthesis, ligation, and processing. These products are optimized for efficiency, stability, and compatibility with diverse RNA templates, ensuring consistent results across applications. Whether you’re synthesizing RNA for therapeutics, studying RNA biology, or developing RNA-based assays, our enzymes deliver the precision and reliability you need to advance your work.
A high-efficiency enzyme for in vitro RNA synthesis, ideal for generating high yields of RNA for mRNA therapeutics, RNA probes, and other applications.
Specialized for ligating RNA molecules, this enzyme is perfect for RNA processing workflows, including circular RNA studies and RNA library preparation.
Protects RNA from degradation by ribonucleases, ensuring the stability and integrity of RNA during handling and processing.
An exonuclease that selectively degrades linear RNA while preserving circular RNA, making it an essential tool for circular RNA research and RNA quality control.
Enhances RNA synthesis reactions by removing inhibitory pyrophosphate, improving the efficiency and yield of in vitro transcription workflows.
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