Pfizer Bioprocessing R&D is focused on developing enabling technologies that will reduce capital and operational expenses, decrease equipment scale, increase automation and utilize fewer FTEs. To realize this vision, our Pilot Facility has partnered with our cell culture process development colleagues to adapt a fed batch platform 150L stainless steel bioreactor to run in hybrid perfusion, standard perfusion, low volume cell controlled perfusion, and continuous stirred tank modes. Through adjustments to impeller configuration, sparging strategy, and addition ports the bioreactor was able to deliver multiple batches that produced ~3X gains in cell density and volumetric productivity versus conventional fed batch platform methods
Continuous biomanufacturing provides many advantages for the production of therapeutic proteins thro...
Various strategies are explored for continuous bioprocessing for manufacturing of recombinant protei...
Groups in both industry and academia have achieved high densities and productivities in perfusion ce...
Due to the limits of feed volume addition and the problem of amino acid counter ion, miscellaneous o...
Pfizer Bioprocessing R&D is focused on developing enabling technologies that will reduce capital and...
Boehringer Ingelheim and Pfizer have developed a unique continuous bioprocess consisting of a short ...
Peak cell densities in fed-batch cultures of mammalian cells can be limited by the depletion of nutr...
In recent years a strong trend towards continuous biopharmaceutical processing has gathered momentum...
Session proposals: Towards other cell lines and systems – opportunities and challenges beyond CHO c...
As part of efforts to develop a continuous processing platform for biologics manufacturing using a s...
In recent years a strong trend towards intensified and continuous biopharmaceutical processing has g...
Integrated Continuous Biomanufacturing (ICB) provides many important strategic advantages for therap...
Continuous biomanufacturing provides many advantages for the production of therapeutic proteins thro...
In response to increased demands placed on biopharmaceutical manufacturers to diversify portfolios a...
An intensified perfusion process for production of a therapeutic monoclonal antibody was developed a...
Continuous biomanufacturing provides many advantages for the production of therapeutic proteins thro...
Various strategies are explored for continuous bioprocessing for manufacturing of recombinant protei...
Groups in both industry and academia have achieved high densities and productivities in perfusion ce...
Due to the limits of feed volume addition and the problem of amino acid counter ion, miscellaneous o...
Pfizer Bioprocessing R&D is focused on developing enabling technologies that will reduce capital and...
Boehringer Ingelheim and Pfizer have developed a unique continuous bioprocess consisting of a short ...
Peak cell densities in fed-batch cultures of mammalian cells can be limited by the depletion of nutr...
In recent years a strong trend towards continuous biopharmaceutical processing has gathered momentum...
Session proposals: Towards other cell lines and systems – opportunities and challenges beyond CHO c...
As part of efforts to develop a continuous processing platform for biologics manufacturing using a s...
In recent years a strong trend towards intensified and continuous biopharmaceutical processing has g...
Integrated Continuous Biomanufacturing (ICB) provides many important strategic advantages for therap...
Continuous biomanufacturing provides many advantages for the production of therapeutic proteins thro...
In response to increased demands placed on biopharmaceutical manufacturers to diversify portfolios a...
An intensified perfusion process for production of a therapeutic monoclonal antibody was developed a...
Continuous biomanufacturing provides many advantages for the production of therapeutic proteins thro...
Various strategies are explored for continuous bioprocessing for manufacturing of recombinant protei...
Groups in both industry and academia have achieved high densities and productivities in perfusion ce...