Cilastatin: Your Trusted Pharmaceutical Intermediate Supplier in China for Enhanced Antibiotic Efficacy

Discover Cilastatin (CAS 82009-34-5), a vital pharmaceutical intermediate that acts as a dehydropeptidase-I inhibitor. Essential for protecting antibiotics like imipenem from degradation, Cilastatin significantly enhances their antibacterial effect and patient outcomes. As a leading manufacturer and supplier in China, we offer stable supply, competitive pricing, and stringent quality control for your pharmaceutical needs. Purchase premium Cilastatin to optimize your antibiotic formulations.

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Key Advantages of Sourcing Cilastatin from Us

Superior Inhibition of Dehydropeptidase-I

Our Cilastatin effectively inhibits renal dehydropeptidase-I, a crucial mechanism for protecting co-administered antibiotics from rapid inactivation, a benefit highly sought by R&D scientists and formulators.

Optimized Pharmacokinetic Profile

By preventing imipenem metabolism, Cilastatin optimizes the pharmacokinetic profile of antibiotic combinations, ensuring sustained therapeutic levels, which is a primary concern for procurement managers.

Commitment to Supply Chain Stability

As a dedicated manufacturer and supplier in China, we guarantee the stability and reliability of our Cilastatin supply, crucial for uninterrupted production cycles and meeting market demands.

Diverse Applications for Cilastatin

Antibiotic Combination Therapy

Cilastatin is primarily used in combination with antibiotics like imipenem to enhance their therapeutic effect and broaden their antibacterial spectrum, a key area for product development teams.

Renal Protection in Pharmaceutical Formulations

Its ability to inhibit renal dehydropeptidase-I makes Cilastatin indispensable for formulations requiring renal protection for the co-administered active pharmaceutical ingredient.

Research and Development in Antibacterials

Scientists and researchers utilize Cilastatin in R&D to explore novel antibiotic combinations and strategies for combating bacterial resistance, driving innovation in the field.

Drug Stability Enhancement

Beyond its primary role, Cilastatin's mechanism can be studied for broader applications in stabilizing other susceptible pharmaceutical compounds.