Ascomycin CAS 104987-12-4: High-Purity Pharmaceutical Intermediate for Global Manufacturers

As a leading supplier of high-quality pharmaceutical intermediates, we offer Ascomycin (CAS 104987-12-4), also known as Immunomycin or FK520. This compound is crucial for the synthesis of potent immunosuppressive drugs. Discover our competitive pricing and reliable supply chain for your pharmaceutical manufacturing needs.

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Advantages of Partnering with Us for Ascomycin

Uncompromising Quality Control

Our commitment to quality ensures that every batch of Ascomycin meets stringent purity and specification requirements, critical for pharmaceutical applications. We are your trusted supplier for pharmaceutical intermediates.

Expertise in Pharmaceutical Intermediates

Leverage our deep understanding of pharmaceutical manufacturing processes. We offer Ascomycin as a high-value intermediate to support your R&D and production needs. Contact us to buy this crucial compound.

Global Supply Chain Capabilities

As a dedicated exporter from China, we facilitate the global distribution of Ascomycin, ensuring timely delivery to meet international pharmaceutical manufacturing demands. Inquire about our bulk purchase options and pricing.

Applications of Ascomycin in Pharmaceutical Synthesis

Immunosuppressant Drug Synthesis

Ascomycin is a fundamental building block for immunosuppressive medications, vital for preventing transplant rejection and treating autoimmune disorders. We supply this intermediate to manufacturers worldwide.

Anti-inflammatory Therapies

Used in the development of treatments for inflammatory skin conditions like atopic dermatitis and psoriasis, where its selective immunomodulatory effects are beneficial. Purchase high-purity Ascomycin for your formulations.

Research & Development

Essential for pharmaceutical R&D, enabling scientists to explore novel immunosuppressive and anti-inflammatory agents. Find Ascomycin for your research needs from our reliable manufacturing base.

Related Immunophilin Binding

Its mechanism involves binding to immunophilins, which is critical for its therapeutic effects, making it a key compound for understanding and developing new targeted therapies.