IVT High Performance T7 RNA Synthesis Kit

Our IVT high performance RNA synthesis kit offers an efficient, high-performance solution for in vitro mRNA production. Designed for researchers and biotech professionals, this kit provides all the essential components needed to generate high-quality mRNA for use in various applications, including vaccine development and therapeutic mRNA production.

Kit Components
•       T7 RNA Polymerase (GMP-grade): High-performance enzyme for in vitro transcription, ensuring efficient synthesis of mRNA.
•       Pyrophosphatase (GMP-grade): Drives the transcription reaction by hydrolyzing pyrophosphate, improving RNA yield.
•       5x Transcription Buffer: Optimized for maximum reaction efficiency.
•       CTP, UTP, GTP, ATP (100 mM each): High-purity triphosphates for precise RNA incorporation.
•       Linear DNA Control Template: Ensures quality control and consistency in transcription performance.

The IVT high performance RNA synthesis kit includes GMP-grade T7 RNA polymerase and pyrophosphatase, which are essential for ensuring high-yield and efficient transcription. The inclusion of pyrophosphatase helps shift the equilibrium of the transcription reaction, optimizing mRNA production. This feature makes the IVT high performance RNA synthesis kit an ideal choice for those who require reliable and reproducible results.

Our IVT Kit for mRNA synthesis is designed to support your research and development efforts with top-tier reagents and enzymes. The kit includes a 5x transcription buffer, CTP, UTP, GTP, ATP (all 100 mM), and a linear DNA control template (mScarlet) for quality assurance. These components work together to guarantee the success of your mRNA synthesis process, making our kit a powerful tool for your laboratory.

Key Features
•       Unmatched Quality: GMP-grade enzymes manufactured with stringent quality control standards.
•       High Efficiency: Optimized for maximum RNA yield and accuracy.
•       Flexible Applications: Ideal for mRNA research, preclinical studies, and the incorporation of modified nucleotides.