Uridine 5'-triphosphate trisodium salt(UTP-Na3)

Application Areas

1. Product Overview

UTP-Na₃ (Uridine 5'-Triphosphate Trisodium Salt) is a pyrimidine nucleotide triphosphate derived from uridine. It plays a central role in RNA synthesis, glycogen biosynthesis, and nucleotide metabolism. UTP-Na₃ is widely used in pharmaceutical research, molecular biology, diagnostics, and biotechnology due to its critical role as a substrate for enzymatic reactions, glycosylation processes, and nucleotide-dependent pathways.

2. Main Application Fields

1) Pharmaceutical Industry

Drug intermediate: UTP-Na₃ is used in the synthesis of uridine-based drugs, nucleotide analogs, and glycosylated therapeutics.

Metabolic research: Supports studies of RNA metabolism, glycogen biosynthesis, and pyrimidine nucleotide pathways.

Enzyme-targeted research: Applied in studies involving uridine kinase, UDP-glucose formation, and other nucleotide-dependent enzymes.

2) Scientific Research

RNA synthesis studies: UTP-Na₃ serves as a precursor for RNA transcription, UTP-dependent reactions, and pyrimidine nucleotide metabolism research.

Enzymology: Used as a substrate or reference compound in studies of glycosyltransferases, kinases, and nucleotide-metabolizing enzymes.

Metabolic pathway studies: Applied in research of UDP-sugar formation, glycogen synthesis, and energy metabolism.

3) Diagnostics & Testing Reagents

Enzyme activity assays: Incorporated into kits for measuring UTP-dependent enzymatic activity.

Metabolic pathway analysis: Used as a standard compound in studies of RNA biosynthesis, glycogen formation, and pyrimidine metabolism.

4) Biotechnology & Applied Fields

Cell-free nucleotide synthesis: UTP-Na₃ is used in in vitro transcription systems and glycosylation reactions.

Synthetic biology: Functions as a nucleotide building block in engineered pathways and metabolic engineering studies.

Biochemical research: Supports studies of nucleotide-dependent enzymes, RNA synthesis, and energy metabolism.