N6-Me-A N6-methyladenosine

2-8℃,HPLC≥98.0%

Product Name: N6-Me-A

Product Description:

N6-Me-A is a modified nucleoside designed for nucleic acid research, therapeutic development, and related applications. It possesses unique structural features and enhanced properties that offer various advantages in terms of stability, functionality, and applications. The following features, parameters, and functions highlight the key aspects of this product:

1. Chemical Structure: N6-Me-A is a modified adenine nucleoside with a methyl group attached to the N6-position. This modification introduces specific properties while retaining the natural structure of adenine.

2. Molecular Formula: C11H15N5O4

3. Molecular Weight: 281.27 g/mol

4. Physical Properties: Off-white to pale yellow powder

5. Solubility: Soluble in water and common organic solvents

Key Features and Functions:

1. Enhanced Stability: The N6-methyl modification in N6-Me-A enhances its stability, making it suitable for various applications requiring resistance to enzymatic degradation.

2. Nucleic Acid Research: N6-Me-A serves as a valuable tool in nucleic acid research, including DNA synthesis, DNA sequencing, and investigations of DNA-protein interactions.

3. Epigenetic Studies: The N6-methyl modification in N6-Me-A mimics an epigenetic mark found in DNA methylation, making it useful for studying epigenetic regulation and its impact on gene expression.

4. Chemical Synthesis: It can be used as a building block in chemical synthesis for the preparation of modified nucleic acids, nucleic acid probes, or other nucleic acid-based materials.

5. Therapeutic Development: The unique structural features of N6-Me-A make it a promising candidate for therapeutic development, especially in the field of gene regulation and epigenetic-based therapies.

Properties of N6-Me-A

In summary, N6-Me-A is a modified nucleoside designed for nucleic acid research, therapeutic development, and chemical synthesis applications. It offers enhanced stability and serves as a versatile tool in nucleic acid studies. Its unique structural features make it suitable for investigating epigenetic regulation, gene expression, and potential applications in therapeutic development.