High-Purity Tyloxapol: Your Essential Non-ionic Surfactant
Discover the versatile applications and benefits of Tyloxapol, a key ingredient for pharmaceutical and research needs.
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Tyloxapol
Tyloxapol, identified by CAS 25301-02-4, is a high-quality non-ionic liquid polymer of alkyl aryl polyether alcohols. It serves a crucial role as a surfactant, particularly in medical contexts for the liquefaction and removal of mucopurulent secretions. Its ability to inhibit plasma lipolysis also makes it valuable in research and pharmaceutical formulations.
- Explore the benefits of Tyloxapol non-ionic surfactant for enhanced drug formulations and therapeutic outcomes.
- Leverage Tyloxapol's capabilities in pharmaceutical applications, crucial for developing effective treatments.
- Understand the significance of CAS 25301-02-4 medical use in various research and clinical settings.
- Utilize this potent agent to inhibit plasma lipolysis, a key aspect in metabolic research.
Key Advantages
Exceptional Purity
Achieve reliable results with Tyloxapol offering >99% purity, a critical factor for accurate research and API applications.
Versatile Functionality
From aiding mucopurulent secretion liquefaction to inhibiting plasma lipolysis, Tyloxapol demonstrates broad utility in health and medicine.
Trusted Certifications
Ensure quality and compliance with GMP and USP certifications, providing confidence for Tyloxapol pharmaceutical applications.
Key Applications
Respiratory Care
Tyloxapol is instrumental in medical treatments designed for the liquefaction and removal of respiratory secretions, contributing to improved patient comfort.
Lipid Metabolism Research
Investigate metabolic pathways with Tyloxapol's ability to inhibit plasma lipolysis, a crucial function for understanding lipid disorders.
Pharmaceutical Formulations
As a high-quality API Tyloxapol supplier, we provide essential ingredients for the development of innovative pharmaceutical products.
Biochemical Studies
Utilize this non-ionic polymer surfactant in biochemical studies requiring precise control over biological processes and cell interactions.