Pseudo-UTP (Pseudouridine-5′-triphosphate) is a modified nucleotide that serves as a building block for RNA synthesis, particularly in the context of in vitro transcription. It is known for enhancing the stability and functionality of RNA molecules.

Application

In Vitro Transcription
Pseudo-UTP is commonly used in in vitro transcription protocols to produce RNA. Its incorporation into RNA transcripts can improve the overall yield and quality of the synthesized RNA.
Stability Studies
The inclusion of Pseudo-UTP in RNA allows researchers to investigate the effects of nucleotide modifications on RNA stability. This application is essential for understanding how modifications can influence RNA degradation and half-life.
Functional RNA Production
Pseudo-UTP is utilized in the synthesis of functional RNA molecules, such as ribozymes and RNA aptamers. The modified nucleotide can enhance the stability and activity of these molecules, making them more effective in various biological assays.
RNA Structure Analysis
The unique properties of Pseudo-UTP can be exploited to study RNA structure and folding. Researchers can analyze how the incorporation of this modified nucleotide affects the secondary and tertiary structures of RNA.
Synthetic Biology Applications
Pseudo-UTP is employed in synthetic biology to create RNA molecules with tailored properties, enabling the design of RNA circuits and regulatory elements with improved performance.

Features and Benefits

Scalable mRNA Synthesis: Designed for scalable mRNA production, suitable for both small-scale laboratory research and large-scale applications in biotechnology and pharmaceuticals.