The technical program was fixed on Monday, September 9. Further changes are listed on the Program top page, if any.
The first letter of the presentation ID represents the hall. The second letter represents the day of the presentation (1: Mon., 2: Tue., 3: Wed., 4: Thu., 5: Fri.). The number in < > at the end of each presentation is the abstract ID.
Chairs: Shuichi YAMAMOTO, Yamaguchi University; Aleš PODGORNIK, the University of Ljubljana / COBIK; Alois JUNGBAUER, University of Natural Resources and Life Sciences
Introduction
B126 “Continuous downstream processing R&D in Europe,”
<205401-1>
B128 “Continuous downstream processing R&D in Japan,”
<205402-1>
Discussion and future meetings announcement
It is highly expected to improve downstream processing of biological products such as monoclonal antibodies by developing new technologies and/or incorporating new concepts. Papers on the following topics will be presented: continuous purification methods, advanced process analytical technology (PAT), integrated purification unit operations, modeling of unit operations and so on.
Chairs: Noriko YOSHIMOTO, Yamaguchi University; Shuichi YAMAMOTO, Yamaguchi University; Ales PODGORNIK, the University of Ljubljana; Alois JUNGBAUER, University of Natural Resources and Life Sciences
F213 “Chromatography beads, monoliths, or membrane adsorbers or continuous ultracentrifuges for purification of enveloped virus-like particles and gene-therapy vehicles,”
<100373-1>
F214 “Analysis of PEGylated DNAs Retention in Electrostatic Interaction Chromatography,”
<101333-1>
F215 “Protein A Affinity Chromatography: Mass transfer enhancement upon alkaline treatment,”
<101208-1>
F216 “Highly efficient purification of lysozyme from chicken egg white by dyed nanofiber membrane chromatography,”
<100313-1>
F217 “Fractal dimension of antibody PEG-precipitate: An engineering parameter for comparison of batch and continuous operation.,”
<101025-1>
[SC]PF202 “Isothermal titration calorimetry as a method for analyzing protein adsorption in ion exchange chromatography,”
<101328-1>
[SC]PF203 “Scalability of OPUS® Pre-packed Disposable Columns from 1 mL Laboratory to 57L Production Scale,”
<205502-1>
[SC]PF204 “Extra-column effects in pilot scale chromatography,”
<101385-1>
Chairs: Noriko YOSHIMOTO, Yamaguchi University; Shuichi YAMAMOTO, Yamaguchi University; Ales PODGORNIK, the University of Ljubljana; Alois JUNGBAUER, University of Natural Resources and Life Sciences
F223 “Chromatographic analysis of a Break-Through Curve on a Single Akta System,”
<100831-1>
F224 “Real-time monitoring and model-based prediction of purity and quantity during chromatographic purification of biopharmaceuticals,”
<205501-1>
[SC]PF205 “Effect of single pass TFF on impurity removal of intensified chromatography for mAb processing,”
<100473-1>
[SC]PF206 “Innovative impurity reduction method for next generation mAb purification process,”
<100647-1>
[SC]PF207 “Continuous capture step of a monoclonal antibody downstream process with Amsphere™ A3,”
<100553-1>
[SC]PF208 “Development of efficient mAb purification in integrated FT-FT mode with cellulose based chromatography resins,”
<100034-1>
[SC]PF209 “Accelerated Process Design and Simulation of Protein Chromatography by Using Mechanistic Modeling,”
<100001-1>
[SC]PF210 “Economics and ecology: Modelling of primary recovery and capture scenarios of recombinant antibody production processes,”
<101023-1>
PF202 “Isothermal titration calorimetry as a method for analyzing protein adsorption in ion exchange chromatography,”
<101328-1>
PF203 “Scalability of OPUS® Pre-packed Disposable Columns from 1 mL Laboratory to 57L Production Scale,”
<205502-1>
PF204 “Extra-column effects in pilot scale chromatography,”
<101385-1>
PF205 “Effect of single pass TFF on impurity removal of intensified chromatography for mAb processing,”
<100473-1>
PF206 “Innovative impurity reduction method for next generation mAb purification process,”
<100647-1>
PF207 “Continuous capture step of a monoclonal antibody downstream process with Amsphere™ A3,”
<100553-1>
PF208 “Development of efficient mAb purification in integrated FT-FT mode with cellulose based chromatography resins,”
<100034-1>
PF209 “Accelerated Process Design and Simulation of Protein Chromatography by Using Mechanistic Modeling,”
<100001-1>
PF210 “Economics and ecology: Modelling of primary recovery and capture scenarios of recombinant antibody production processes,”
<101023-1>
PF211 “Antibody concentration measurement using optical rotation: toward Process Analytical Technology,”
<101459-1>
PF212 “Combination of Column Chromatography and Virus Filter for Continuous Bioprocessing,”
<101419-1>
PF213 “A simple method for determining the optimum temperature for polyphenol separation by reversed phase chromatography,”
<101070-1>
PF214 “Rational evaluation methods for pre-packed chromatography columns for protein separations,”
<100912-1>
PF215 “Development of large-scale column packing technology for protein A affinity resins,”
<100963-1>
PF216 “Dispersion behavior in tubular reactors for continuous virus inactivation,”
<100001-2>
PF217 “Purification of peptides by twin-column countercurrent chromatography,”
<100597-1>
PF218 “Modeling and Process Development for Protein Separation by Flow-Through Chromatography,”
<100021-1>
PF219 “A novel approach to diafiltration for intensified or continuous processing,”
<100473-2>
PF220 “Elution profiles of antibody-drug conjugates in preparative chromatography,”
<100431-1>
PF221 “Thermodynamic analysis of bovine serum albumin adsorption onto grafted ion exchange ligands,”
<100433-1>
PF222 “Adsorption of immunoglobulin G in protein A resins studied by confocal laser scanning microscopy taking account of the optical hindrance inside a particle,”
<100352-1>
PF223 “Diffusion behavior of biopolymer in ion exchange carrier with graft type ligand,”
<100530-1>
PF224 “Retention behavior of Antibody-Drug Conjugation on ion exchange chromatography,”
<100531-1>