Calcipotriene: High Purity Vitamin D Analog for Pharmaceutical Manufacturing

Discover Calcipotriene, a key synthetic Vitamin D3 analog renowned for its efficacy in dermatological treatments, especially for plaque psoriasis. As a leading manufacturer and supplier in China, we provide high-purity Calcipotriene that meets stringent pharmaceutical standards, ensuring optimal performance for your formulations and research needs. Explore our reliable supply and competitive pricing.

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Advantages of Sourcing Calcipotriene From Us

Exceptional Purity and Quality

Our Calcipotriene raw material boasts purity exceeding 99%, meeting USP and BP standards. This high quality is crucial for the efficacy and safety of pharmaceutical products, ensuring your formulations perform as intended.

Reliable Supply Chain Management

As a dedicated manufacturer and supplier, we manage a robust supply chain, guaranteeing timely delivery of Calcipotriene. We cater to diverse order volumes, from research quantities to bulk manufacturing needs, providing stable availability.

Expert Technical Support

Leverage our technical expertise. Our team is ready to assist with inquiries regarding Calcipotriene specifications, applications, and formulation challenges, supporting your R&D and production processes.

Key Applications of Calcipotriene

Psoriasis Treatment

Calcipotriene is a cornerstone in treating moderate plaque psoriasis. Its ability to normalize skin cell growth and differentiation makes it a vital API for dermatological medications.

Dermatological Research

Researchers utilize Calcipotriene to study skin cell regulation, inflammation, and the mechanisms behind various dermatological conditions, driving innovation in skin health.

Pharmaceutical Formulation

As a key active pharmaceutical ingredient (API), Calcipotriene is formulated into topical creams, ointments, and solutions, requiring a reliable manufacturer for consistent supply.

Vitamin D Analog Studies

Its role as a synthetic Vitamin D analog makes Calcipotriene valuable in studies investigating Vitamin D receptor interactions and related biological pathways.