Amidinothiourea (CAS 2114-02-5): A Key Pharmaceutical Intermediate for Drug Synthesis

Discover the critical role of Amidinothiourea in advancing pharmaceutical development and chemical synthesis.

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Key Advantages

Ensured Quality and Consistency

The high purity of Amidinothiourea, often exceeding 98%, provides manufacturers with the confidence that their synthesis reactions will yield predictable and reproducible results, a critical factor when sourcing guanylthiourea intermediate supplier products.

Broad Applicability in Synthesis

This compound's molecular structure allows it to be incorporated into a wide range of chemical reactions, acting as a linchpin in the creation of diverse and complex pharmaceutical compounds, thus streamlining the amidinothiourea synthesis process.

Cost-Effective Sourcing Solution

For businesses looking to buy amidinothiourea 2114-02-5, reliable suppliers offer competitive pricing, making it an economically viable option for large-scale production and research endeavors, supporting the need for a trustworthy guanylthiourea intermediate supplier.

Key Applications

Pharmaceutical Synthesis

Amidinothiourea is a cornerstone intermediate in the synthesis of numerous pharmaceutical drugs, including those used in treating various medical conditions. Its role as a pharmaceutical intermediate is irreplaceable.

Organic Chemistry Research

Researchers utilize Amidinothiourea for its reactive properties in various organic synthesis reactions, contributing to the exploration of new chemical entities and the advancement of synthetic methodologies, often exploring its intricate amidinothiourea chemical properties.

Drug Discovery and Development

As a key building block, it is integral to the drug discovery pipeline, enabling the creation of novel compounds that may lead to breakthrough therapies. Companies often seek a reliable guanylthiourea intermediate supplier for these critical phases.

Specialty Chemical Production

Beyond pharmaceuticals, Amidinothiourea finds applications in the synthesis of other specialty chemicals, demonstrating its broader utility in the chemical industry, and emphasizing the importance of efficient amidinothiourea synthesis process knowledge.