Introduction - Dissolution Tech
Arnold H. Beckett, Tlnh T. Quach Improved Hydrodynamics for USP Apparatus 2 Biovail Corporation /l1te171fltionol, Toronto, Conadn Glenn s. Kurs VnnKellndltstries, /11( . Edison, NJ Abstract In spite of irs growing importance in tbe modern Dissolution InboraUJry, USP Apparatus 2 bas been plagued by many problems of reproducibility and accuracy wbicb lend to wasted time using calibrators even wiJe1J tbf1'e is nothing wrong with the calibrators or the instruments. Tbe primary source of variability bas been found to be ;71 the hydrodynamics of the conv emional cylind11cnl ( USP hemispherical) vessel especially untie.,. the rotating paddle. A new vessel, called the PEAK vessel. has been df!Veloped whicb lends to better reproducibility and accelerated Dissolution rates at c()1ltpnrable paddle speeds.)
Improved Hydrodynamics ... cont. sink conditions, even though there is enough volume of liquid in the dissolution vessel to theo retically provide the desired condition.
Download Introduction - Dissolution Tech
Information
Domain:
Source:
Link to this page:
Please notify us if you found a problem with this document:
Related search queries
USP Quality Standards for Compounding, Submission Guideline for Chemical Medicines, USP Reference Standards, Subject: Certificate of Analysis for USP Reference Standards, United States Pharmacopeia, Sevoflurane, USP, USP <467> Headspace Residual Solvent Assay, Gap analysis survey Compounding Non-Sterile, ANALYSIS SURVEY COMPOUNDING NONSTERILE