Advancements in pharmaceutical research are intrinsically linked to the availability and quality of specialized chemical compounds. Erastin, identified by its CAS number 571203-78-6, plays a crucial role in this ecosystem, functioning both as an inhibitor and a vital pharmaceutical intermediate. Understanding its properties and sourcing channels is key for researchers and developers.

Erastin (C30H31ClN4O4, MW 547.04) is typically supplied as a white to beige solid, with a minimum purity of 97%. This high purity is essential for its applications in pharmaceutical synthesis, where precise molecular structures are critical for efficacy and safety. For organizations looking to buy Erastin, sourcing from manufacturers who adhere to stringent quality control is paramount. This ensures that the compound’s performance as an inhibitor or intermediate is consistently reliable.

The dual role of Erastin—as an inhibitor and an API intermediate—makes it a valuable asset in drug discovery and development. As an inhibitor, it can help modulate specific biological pathways or chemical reaction kinetics, offering control in complex experimental setups. As an intermediate, it serves as a foundational chemical block for synthesizing more complex Active Pharmaceutical Ingredients (APIs). This versatility makes it a frequently sought-after compound in R&D laboratories.

For those in the pharmaceutical sector, efficient and cost-effective sourcing of essential chemicals is a strategic priority. China has become a significant hub for chemical manufacturing, offering access to a wide range of intermediates, including Erastin. Partnering with established suppliers in China, such as Ningbo Inno Pharmchem Co., Ltd., can provide access to high-quality Erastin at competitive prices, alongside robust supply chain support.

When considering the purchase of Erastin, it is advisable to establish a clear procurement strategy. This involves identifying suppliers with proven track records, requesting detailed product specifications and certificates of analysis, and potentially securing samples for validation. A well-managed sourcing process ensures that your research and manufacturing operations have uninterrupted access to this critical intermediate.

In summary, Erastin is a cornerstone compound for many pharmaceutical research endeavors. Its effective utilization hinges on understanding its properties and securing a reliable supply from qualified manufacturers, thereby accelerating the pace of innovation in the pharmaceutical industry.