The realm of organic chemistry relies on a toolkit of versatile building blocks, and (CBZ-amino)methanol stands out as a particularly useful compound. With its distinct chemical structure and properties, it plays a significant role in various synthetic applications. This overview, presented by NINGBO INNO PHARMCHEM CO.,LTD., highlights the critical aspects of (CBZ-amino)methanol that make it a sought-after reagent in research and industry.

The primary physical characteristic of (CBZ-amino)methanol is its appearance: a white to off-white solid. This form factor is convenient for handling and storage in laboratory settings. Coupled with a guaranteed purity of at least 98.0%, it meets the stringent requirements for precision synthesis. The chemical structure, featuring a protected amino group via the Cbz protecting group and a hydroxymethyl moiety, allows for selective reactions. This means chemists can manipulate one part of the molecule while leaving the other intact, a crucial aspect in multistep synthesis. The (CBZ-amino)methanol CAS number, 31037-42-0, is a key identifier for sourcing and regulatory purposes.

The utility of (CBZ-amino)methanol extends across several critical areas. In the pharmaceutical industry, it serves as a valuable intermediate in the production of various drug candidates. Its structure can be modified to create novel compounds with specific biological activities. Researchers often look for information on how to buy (CBZ-amino)methanol to incorporate it into their synthetic routes for new drug discovery projects. Its role as a protected amino alcohol makes it particularly useful in creating complex heterocyclic compounds or modified amino acid sequences.

Moreover, in the field of peptide synthesis, (CBZ-amino)methanol can be integrated into peptide backbones, providing modifications that can alter solubility, stability, or biological function. The Cbz group offers robust protection that can be removed under mild conditions, preserving the integrity of sensitive peptide structures. The availability of (Cbz-amino)methanol synthesis information and reliable suppliers is paramount for researchers in this specialized field.

The broad spectrum of (CBZ-amino)methanol applications underscores its importance in modern chemistry. From serving as a foundational molecule in the synthesis of fine chemicals to acting as a key intermediate in complex drug development, (CBZ-amino)methanol continues to be a compound of significant interest. For those in need of this versatile building block, understanding its (CBZ-amino)methanol properties and sourcing options is the first step towards successful experimentation and production.