In the realm of advanced chemical research and pharmaceutical development, the precise selection of intermediates is paramount. Erastin, identified by CAS 571203-78-6, has gained prominence for its unique chemical attributes, serving effectively as both an inhibitor and a crucial pharmaceutical intermediate. This exploration delves into the substance's characteristics and highlights the importance of expert sourcing for innovation.

Erastin, with the chemical formula C30H31ClN4O4 and a molecular weight of 547.04, is typically presented as a white to beige solid. A standard specification for this compound is a minimum purity of 97%, a critical factor for its intended applications in rigorous synthesis pathways. For researchers and procurement specialists aiming to buy Erastin, understanding these technical details and verifying them with suppliers is a fundamental step in ensuring project success.

The utility of Erastin spans two key areas: its function as an inhibitor and its role as an API intermediate. As an inhibitor, it can be leveraged to control specific biochemical reactions or chemical processes, which is invaluable in targeted research and development. Its designation as an API intermediate means it’s an essential component in the construction of more complex active pharmaceutical ingredients, directly contributing to the pipeline of new medicines.

For businesses looking to procure Erastin, exploring suppliers in China often presents strategic advantages. Manufacturers in this region are equipped with advanced synthesis capabilities and can offer competitive pricing structures, making them attractive partners for global clients. Companies like Ningbo Inno Pharmchem Co., Ltd. serve as examples of suppliers that provide these critical chemicals, emphasizing quality and customer service.

When making a purchase decision for Erastin, it’s beneficial to consult with chemical sourcing experts or to thoroughly research potential suppliers. This includes evaluating their production capacity, quality management systems, and their responsiveness to client inquiries. Obtaining samples for analytical testing before committing to larger quantities ensures that the supplied Erastin meets all required specifications for your unique application. A reliable supply chain is built on strong supplier relationships and a commitment to quality.

Ultimately, Erastin exemplifies the importance of specialized chemical intermediates in driving scientific and commercial progress. By leveraging expert insights and partnering with dependable manufacturers, organizations can effectively integrate Erastin into their innovation strategies.