This preliminary program is subject to change.

Scale-up Issues in Bio/Pharmaceutical Formulation Development


Description:
This session is devoted to the implementation of novel approaches taken to address challenging scale-up issues related to the pharmaceutical industry. Of particular interest would be the discussion of laboratory and pilot-scale work performed to define the critical aspects of the chemical synthesis and/or drug product manufacture and the corresponding approaches to their implementation at larger scales.

Sponsor:
Pharmaceuticals


Chair:
Michael B. Mackaplow
Abbott Laboratories
Global Formulation Sciences - Solids (R4P7)
Bldg AP31-4
Abbott Park, IL 60064-6199
Phone Number: 847-938-0808
Email: michael.b.mackaplow@abbott.com

Co-Chair:
Mayur Lodaya

Papers:
The Use of Ribbon Attributes in the Scale-up of a Roller Compactor Process
Omar L. Sprockel, Bristol-Myers Squibb; Weixian Shi, Bristol-Myers Squibb
Investigation of a Pilot-Scale Fluidised Bed by Electrical Capacitance Tomography and Fluid Dynamic Simulation
Haigang Wang, The University of Manchester; Wuqiang Yang, The University of Manchester; Julian Taylor, GEA Pharma Systems; Alexander Marr, GEA Pharma System; Trevor Page, GEA Pharma Systems; Ian Proctor, The University of Manchester
Influence of Storage and Application Conditions On Morphological and Mechanical Properties of Polymer-Coated Particles Under Repeated Impacts and Nanoindentation: Characterization and Modelling
Giacomo Perfetti, Delft University of Technology; Tangi Aubert, Delft University of Technology; Willem J. Wildeboer, DSM-Research; Gabrie M.H. Meesters, DSM-Research
Calorimetric, in-Situ IR and Computational Investigation of Alkene Ozonolysis in a Continuous Stirred Tank Reactor System
Ayman D. Allian, Abbott Laboratories; Steve Richter, Abbott Laboratories; Jeffrey Kallemeyn, Abbott Laboratories
Development of a Stationary Phase for Continuous Annular Electro-Chromatography (CAEC)
Heidrun Gruber-Woelfler, Graz University of Technology; Marie-G. Braunbruck, Graz University of Technology; Peter Feenstra, Graz University of Technology; Johannes Khinast, Graz University of Technology
Effect of Fluid Viscosity Ratio On Mixing in a Static Mixer
Micaela Caramellino, New Jersey Institute of Technology; Piero M. Armenante, New Jersey Institute of Technology
See more of this Group/Topical: Food, Pharmaceutical & Bioengineering Division