RH1450 Uridine | CAS 58-96-8 | BioChemika Grade >99%

Product Overview

RH1450 Uridine, CAS 58-96-8, is a high-purity pyrimidine nucleoside supplied as BioChemika Grade with purity >99% (HPLC). It is suitable for RNA research, nucleoside and nucleotide studies, pyrimidine metabolism, biochemical research and molecular biology applications.

Uridine consists of the pyrimidine nucleobase uracil linked to a ribose sugar. It is a naturally occurring nucleoside and serves as the structural precursor of uridine nucleotides including UMP, UDP and UTP.

Key Features

• BioChemika Grade

• Purity >99% (HPLC)

• CAS 58-96-8

• Pyrimidine nucleoside

• Composed of uracil and ribose

• Suitable for RNA research

• Suitable for nucleoside research

• Suitable for nucleotide metabolism studies

• Suitable for pyrimidine metabolism research

• Suitable for biochemical and molecular biology research

• 25 g standard packaging

Technical Specifications

Applications

• RNA Research

• Nucleoside Research

• Nucleotide Research

• Pyrimidine Metabolism Studies

• Biochemical Research

• Molecular Biology

• Enzyme Research

• Metabolic Research

• Biotechnology Research

• Life Science Research

Uridine for RNA Research

Uridine is an important nucleoside associated with the uracil-containing nucleotide building blocks of RNA.

RNA contains uracil rather than the thymine typically found in DNA. Uridine-derived nucleotides therefore play fundamental roles in RNA structure, synthesis and metabolism.

RH1450 provides BioChemika Grade Uridine with purity >99% (HPLC) for RNA-related biochemical and molecular biology research.

Uridine for Nucleoside and Nucleotide Research

Uridine consists of uracil linked to ribose and serves as a precursor to several important pyrimidine nucleotides.

Through phosphorylation, Uridine can form:

• UMP – Uridine Monophosphate

• UDP – Uridine Diphosphate

• UTP – Uridine Triphosphate

These compounds participate in different biochemical and metabolic processes.

Uridine for Pyrimidine Metabolism Research

Uridine is an important component of pyrimidine metabolism.

It participates in pathways involving the synthesis, salvage, conversion and degradation of pyrimidine nucleosides and nucleotides.

Uridine can therefore be used in suitable experimental studies involving nucleotide metabolism, pyrimidine-processing enzymes and related biochemical pathways.

Uridine for Biochemical Research

Uridine and uridine-derived nucleotides participate in a variety of biochemical processes.

UTP is involved in RNA synthesis and nucleotide-dependent metabolic reactions, while UDP derivatives participate in carbohydrate and glycoconjugate metabolism.

Uridine is therefore relevant to biochemical studies involving nucleotide pathways, enzymes and cellular metabolism.

Uridine for Enzyme Research

Uridine can be used in research involving enzymes associated with pyrimidine and nucleoside metabolism.

Suitable applications may include studies of nucleoside phosphorylases, kinases and other enzymes involved in the conversion of pyrimidine nucleosides and nucleotides.

Experimental concentrations and assay conditions should be optimized according to the specific enzyme system.

Uridine vs Uracil

Uridine and Uracil are related but chemically different:

• Uracil: Pyrimidine nucleobase

• Uridine: Pyrimidine nucleoside consisting of uracil + ribose

Uridine therefore contains a ribose sugar that is not present in free Uracil.

Uridine vs Cytidine

Uridine and Cytidine are both pyrimidine nucleosides but contain different nucleobases:

• Uridine: Uracil + ribose

• Cytidine: Cytosine + ribose

Both are relevant to RNA and nucleotide metabolism research, but their different bases give them distinct biochemical roles.

Uridine vs UTP

Uridine is a nucleoside, whereas UTP is a nucleotide.

Uridine consists of uracil and ribose.

UTP (Uridine Triphosphate) contains uracil, ribose and three phosphate groups.

They should therefore be selected according to the specific experimental requirements.

Product Advantages

RH1450 Uridine is supplied as BioChemika Grade with purity >99% (HPLC), providing a high-purity pyrimidine nucleoside for biochemical and molecular biology research.

It is suitable for RNA studies, pyrimidine metabolism, nucleotide research, enzyme studies and other life science applications.

The standard package is 25 g.

Storage and Handling

• Keep the container tightly sealed.

• Protect from moisture and contamination.

• Store according to the recommended product conditions.

• Follow appropriate laboratory handling procedures.

• Refer to the applicable SDS for detailed storage and handling information.

Packaging

Standard Packaging: 25 g

Other quantities can be discussed upon request.

Frequently Asked Questions (FAQ)

What is RH1450 Uridine?

RH1450 Uridine, CAS 58-96-8, is a pyrimidine nucleoside supplied as BioChemika Grade with purity >99% (HPLC).

What is Uridine used for?

Uridine is suitable for RNA research, nucleoside and nucleotide studies, pyrimidine metabolism, biochemical research, molecular biology and enzyme research.

Is Uridine a nucleoside?

Yes. Uridine is a pyrimidine nucleoside composed of uracil and ribose.

Is Uridine found in RNA?

Uridine-derived nucleotides are fundamental components of RNA, where uracil-containing nucleotides participate in RNA structure and function.

What is the difference between Uridine and Uracil?

Uracil is a pyrimidine nucleobase, while Uridine consists of Uracil linked to a ribose sugar.

What is the difference between Uridine and Cytidine?

Uridine contains uracil, while Cytidine contains cytosine. Both are pyrimidine nucleosides containing ribose.

Is Uridine the same as UTP?

No. Uridine is a nucleoside without phosphate groups, while UTP contains three phosphate groups.

What is the CAS number of Uridine?

The CAS number of RH1450 Uridine is 58-96-8.

What is the purity and packaging of RH1450?

RH1450 is supplied as BioChemika Grade, >99% (HPLC) with a standard package of 25 g.