A technology transfer (or CDMO tech transfer) consists in transferring process knowledge from development to manufacturing or between...
Key considerations for biologics CDMO tech transfer
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How to make gene optimization for expression in Escherichia coli a piece of cake
What you will read about: our opinion about gene optimization in E.coli. The redesign of coding sequences using predetermined parameters...
Biotherapeutic development: how we optimized CHO transient transfection for protein and antibody production
In order to provide timely production of your recombinant proteins and monoclonal antibodies, the GTP team has developed CHO-based...
Why you should consider the production of your recombinant protein with Pichia pastoris?
Pichia pastoris has some key advantages that make it a system of choice for the production of certain types of protein. Brief history of...
Developing new CHO cell lines using lentiviral vectors for therapeutic proteins
A hint: it's not only about science. When looking to develop a competitive CHO biomanufacturing platform, lentiviral technology seems a...
Why membranes may benefit your purification process
Why membrane chromatography may be beneficial to your protein purification process. Why and where you should use membrane chromatography....
Continuous chromatography to improve process performance
Why integration of continuous chromatography could help the biopharma industry overcome the challenge of increasing capacities...
Pall’s MEP HyperCel™ to capture polyclonal antibodies
Our evaluation of the MEP HyperCel™ chromatography sorbent as a non-protein A capture step for polyclonal antibodies. Our ongoing...
