Repligen Process Analytics
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Addressing Upstream Cell Culture Challenges As A Community
6/14/2022
John Hopkins University's Michael J. Betenbaugh speaks to the Advanced Mammalian Biomanufacturing Innovation Center's work with new data sources to improve process modeling.
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The Criticality Of Cell Culture Media Analysis For Cell & Gene Therapies
6/10/2022
This short webinar explores what is already known about cell culture media analysis, reviews at-line methods for cell culture media analysis, and shares recent data from two case studies.
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Don't Let FBS Disrupt Your Cell Culture Media Nutrient Analysis
1/31/2022
Support reproducible culture processes and media preparations for a variety of cell lines by routinely monitoring slight changes in media components as the serum is added to the basal media formulations.
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Analytics-Based Process Development Strategy By Monitoring Amino Acids In Insect Cell Media
1/27/2022
Knowledge of insect cell metabolism coupled with understanding of the amino acid content of the cell media allows for more informed process development.
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Which Cell Culture Media Is Right For Your T-Cells?
1/26/2022
Serum-free media may yield lower CAR-T efficacies, so understanding how to optimize the media to improve the therapy is a necessary step.
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Cell Culture Media Analysis For Gene Therapy
1/13/2022
Efficient viral vector production is a key element for gene therapy manufacturing where improving overall yield is still the biggest hurdle.
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Cell Culture Media Analysis For Cell Therapy Applications
1/13/2022
Understanding the best way to culture cells in vitro to achieve optimal cell activation and expansion is key to the success of these “living medicines.”
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Rapid Cell Culture Media Analysis For CGT Process Development
6/3/2021
Experts discuss how to accelerate process analytics with fast nutrient screening at critical time points and the benefits of rapid media analysis in cell therapy development and viral vector production.
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Fast-Tracking Your MAM Peptide Mapping
5/28/2021
This blog post explores how the use of ZipChip could significantly improve efficiency savings by reducing peptide mapping data collection time from 8 days to an overnight experiment.