438 Advances in Bioseparations


Description:
This session is open to papers dealing with advances in all fundamental and applied aspects of bioseparations, with special emphasis on the separation of biological macromolecules such as proteins, peptides, monoclonal antibodies, polynucleotides, plasmid DNA, and VLP's at the preparative and process scales.

Sponsor:
Bio Separations


Chair:
Achyuta Teella
Scientist
Homology Medicines Inc
Downstream Purification Development
159 Goessmann Laboratory
Bedford, MA
01003
Phone Number: 413-237-6059
Fax Number: 413-545-1647
Email: teella@gmail.com

Co-Chair:
Ketki Behere
PhD candidate
University of Mass Lowell
Chemical Engineering
Westford, MA
Phone Number: 9783193839
Email: ketki_behere@student.uml.edu


Papers:
Break
438b
High-Throughput Process Development of Recombinant Human Serum Albumin Separation with Mixed-Mode Chromatography
Wen-Ning Chu, Zhejiang University; Qi-Ci Wu, Minnan Normal University; Shan-Jing Yao, Zhejiang University; Dong-Qiang Lin, Zhejiang University
438c
Process Development of a Continuous Precipitation and Filtration Unit Operation for the Capture of Biotherapeutics
Qin Gu, Carnegie Mellon University; Zhao Li, Pennsylvania State University; Todd M. Przybycien, Carnegie Mellon University; Andrew L. Zydney, The Pennsylvania State University
438d
Crystallisation of Short Peptides
Wenqian Chen, Imperial College London; Xin Sian Chan, Imperial College London; Mingxia Guo, Imperial College London; Huaiyu Yang, Imperial College London; Jerry Y.Y. Heng, Imperial College London
438e
Molecular Modeling to Efficiently Screen Chromatographic Separation of Challenging Enantiomer Separations
Priyanka Oroskar Sharma, Orochem Technologies, Inc.; Pulak Sharma, Orochem Technologies, Inc.; Xiaoyu Wang, Illinois Institute of Technology; David W. House, Orochem Technologies, Inc.; Anil Oroskar, Orochem Technologies, Inc.; Asha Oroskar, Orochem Technologies, Inc.; Cynthia J. Jameson, University of Illinois at Chicago; Sohail Murad, Illinois Institute of Technology
438f
Advances in Centrifugal Separation in Biotechnology
Wallace Woon-Fong Leung, The Hong Kong Polytechnic University
438g
Separation of Intrinsically Magnetic Red Blood Cells Using Combination of Numerical Modelling and Microfluidic Magnetic Deposition System
James Kim, Ohio State University; Jeffrey J. Chalmers, The Ohio State University
Abstract Submissions Closed
See more of this Group/Topical: Separations Division
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