Introducing a novel excipient to formulate poorly soluble APIs and injectable depots
Eastman BioSustane™ SAIB NF is a multifunctional, novel excipient already in approved formulations.
Selecting the right excipient is so important in the drug development process. Join us for a webinar if you’re dealing with poorly water-soluble APIs or are interested in a new excipient for injectable, extended-release dosages.
Time: 10 a.m. EDT, 2 p.m. UTC
Presenters: Dr. Walter Thompson, Application Development Lead; Dr. Phil Cook, Technical Service Associate
Why attend?
Formulations containing BioSustane have been approved by the U.S. FDA and by regulatory authorities in Taiwan. To help you make an informed decision, we’ll share details on BioSustane’s chemistry, safety, working mechanisms, formulation methods, solubility and stability studies, formulations, and bioavailability studies. You’ll learn:
- How to formulate poorly water-soluble APIs
- How to formulate injectable depots
- More about approved drug formulations and BioSustane's manufacturing and regulatory status
You’ll also connect with Eastman’s highly experienced chemists who are eager to answer your questions and discuss your formulation challenges.
Sorry we missed you! Submit the following form to access the recorded webinar.
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Walter Thompson, Ph.D.
Dr. Walter Thompson is an application development lead at Eastman with extensive experience in research and development, quality assurance, technical service, and regulatory issues. He has worked with multiple dosage forms—including solid and liquid oral formulations, topical creams, ointments, gels, aerosols, and nasal delivery. He holds a doctorate in pharmaceutical science from the University of Tennessee Health Science Center College of Pharmacy. Dr. Thompson is a former chemistry professor at East Tennessee State University (ETSU) and is a current guest lecturer at ETSU’s Bill Gatton College of Pharmacy.
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Phil Cook, Ph.D.
Dr. Phil Cook is a technical service associate at Eastman with extensive experience in research, process development, and full-scale manufacturing. He has worked in a variety of end markets, such as pharmaceuticals, food and beverage, cosmetics, and automotive coatings. Dr. Cook has a Ph.D. in organic synthesis and has also taught chemistry at ETSU.
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