Bisibutiamine: Properties, Applications, and Importance in Pharmaceutical Research
Explore the chemical profile, quality standards, and market relevance of this crucial pharmaceutical raw material.
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Bisibutiamine
Bisibutiamine is a vital chemical medicine raw material, identified by CAS number 3286-46-2. It is characterized as a white or off-white solid powder, offering high purity with an assay of 99.94%. Its solubility profile indicates it is soluble in DMF and sparingly soluble in THF, with a melting point range of 211-216°C, demonstrating consistent quality for pharmaceutical applications.
- Discover the critical bisibutiamine pharmaceutical raw material details, including its molecular formula and weight.
- Understand the significance of bisibutiamine chemical synthesis pathways and their impact on product quality.
- Learn about the stringent bisibutiamine quality control measures ensuring its suitability for pharmaceutical use.
- Explore the practical applications of bisibutiamine solubility and melting point in formulation development.
Key Advantages
High Purity Assurance
With an assay of 99.94%, Bisibutiamine meets stringent pharmaceutical standards, ensuring reliable efficacy in final drug products. This level of purity is crucial for maintaining consistent bisibutiamine quality control.
Certified Quality Standards
The product holds certifications such as GMP, USP, EP, and BP, underscoring its adherence to global pharmaceutical manufacturing and quality guidelines. This aligns with the importance of bisibutiamine gmp certification for market acceptance.
Defined Physical Properties
Its consistent appearance as a white or off-white solid powder, coupled with a well-defined melting point and solubility characteristics, aids significantly in the formulation and processing stages of drug development, highlighting the practical value of bisibutiamine solubility.
Key Applications
Pharmaceutical Raw Material Sourcing
Bisibutiamine serves as a critical raw material for pharmaceutical companies, enabling the development and manufacturing of various medicinal products. Sourcing high-quality bisibutiamine pharmaceutical raw material is key to success.
Chemical Synthesis Intermediate
As a chemical intermediate, Bisibutiamine plays a role in complex synthesis pathways, contributing to the creation of advanced pharmaceutical compounds. Understanding bisibutiamine chemical synthesis is vital for process optimization.
Active Pharmaceutical Ingredient Development
Its status as an Active Pharmaceutical Ingredient (API) makes it a cornerstone for drug formulation, requiring precise characterization and adherence to bisibutiamine quality control standards.
Quality Assurance in Manufacturing
The product's compliance with GMP and other certifications emphasizes its role in ensuring the quality and safety of pharmaceutical products, reinforcing the importance of bisibutiamine gmp certification.