High-Purity DMT-DU AMIDITE for Advanced DNA Synthesis and Sequencing Applications

Discover the critical role of DMT-DU AMIDITE in cutting-edge DNA synthesis and sequencing. As a premier manufacturer and supplier in China, NINGBO INNO PHARMCHEM CO.,LTD. offers this high-purity intermediate for your advanced research needs. Explore its applications and how to purchase.

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Key Advantages of Our DMT-DU AMIDITE

Superior Purity for Consistent Synthesis

Our DMT-DU AMIDITE boasts a minimum purity of 99.0%, a critical factor for researchers and manufacturers relying on consistent and accurate DNA synthesis. This ensures your oligonucleotide synthesis projects achieve the desired outcomes, making us a preferred supplier.

Essential for DNA Sequencing and Modification

This phosphoramidite is indispensable for DNA sequencing and enables the precise incorporation of deoxyuridine into DNA strands. Its ability to influence melting profiles makes it a valuable component for advanced molecular biology research, available for purchase.

Reliable Manufacturer and Supplier in China

NINGBO INNO PHARMCHEM CO.,LTD. is dedicated to providing high-quality pharmaceutical intermediates. We are a reliable manufacturer and supplier, ensuring competitive pricing and stable availability for DMT-DU AMIDITE, a key chemical for your research and production needs.

Applications in Molecular Biology Research

DNA Synthesis

DMT-DU AMIDITE is a fundamental reagent for synthesizing custom DNA sequences, crucial for gene synthesis and manipulation. We supply this key component to researchers and manufacturers worldwide.

DNA Sequencing

Utilized in advanced DNA sequencing technologies, this phosphoramidite contributes to accurate and efficient base identification, supporting critical genetic research.

Oligonucleotide Modification

The incorporation of deoxyuridine via DMT-DU AMIDITE allows for tailored modifications of oligonucleotides, influencing their physical properties like melting profiles.

DNA Damage and Repair Studies

Researchers investigating DNA damage and repair mechanisms can leverage DMT-DU AMIDITE for creating specific experimental models, highlighting its utility for scientific inquiry.