In the dynamic landscape of pharmaceutical Research and Development (R&D), the availability of high-quality, cost-effective chemical intermediates is paramount. Tert-Butyl Glycinate, identified by CAS number 6456-74-2, is one such critical compound that serves as a versatile building block in the synthesis of novel drug candidates. For R&D professionals, understanding its properties, potential applications, and the factors influencing its price and purity is essential for successful project outcomes.

Tert-Butyl Glycinate is essentially a protected form of glycine, an amino acid. Its chemical structure, C6H13NO2, incorporates a tert-butyl ester group that shields the carboxyl function. This protection strategy is highly valued in organic synthesis, as it allows for selective modifications to other parts of a molecule without unwanted reactions occurring at the carboxyl group. The tert-butyl ester can then be removed under mild acidic conditions, a feature that makes Tert-Butyl Glycinate particularly useful in complex synthetic routes common in pharmaceutical R&D.

The utility of Tert-Butyl Glycinate in pharmaceutical R&D stems from its ability to introduce the glycine moiety into various molecular scaffolds. This is crucial for developing drugs that mimic or interact with biological systems where amino acids play a central role. Whether researchers are synthesizing small molecules, peptidomimetics, or other complex organic structures for therapeutic purposes, Tert-Butyl Glycinate provides a reliable starting point.

When considering the purchase of Tert-Butyl Glycinate, two primary factors often come to the forefront: price and purity. The price of this organic intermediate can vary depending on the supplier, quantity purchased, and the purity level offered. For R&D purposes, obtaining material with a purity of 98% or higher is typically recommended to ensure reliable and reproducible results. While higher purity may command a slightly higher price, the investment is often justified by reduced purification challenges and increased success rates in synthetic endeavors.

For procurement managers and researchers looking to buy Tert-Butyl Glycinate, exploring options from global manufacturers, particularly those based in China, can offer a balance between competitive pricing and assured quality. Many Chinese chemical suppliers have robust quality control systems and can provide detailed specifications and certificates of analysis. It is advisable to obtain quotes from multiple reputable suppliers to compare prices and terms, especially when procuring for ongoing R&D projects.

In conclusion, Tert-Butyl Glycinate is a valuable chemical intermediate that significantly contributes to the advancement of pharmaceutical R&D. By prioritizing high purity and understanding the price dynamics, R&D professionals can effectively source this compound to drive innovation in drug discovery and development.