This online seminar will introduce tools used in fermentation and outline a number of academic and industrial case studies on fermentation processes including E. Coli, mammalian cells, plant cells and filamentous organisms. Inline Process Analytical Technology (PAT) has become critical to ensuring productivity in the biotechnology industry. Return on investment in Process Analytical Technology (PAT) comes from R&D and manufacturing. Typically, this is achieved by getting more robust processes to market quicker which ultimately minimizes the process risks from batch to batch and also improves process optimization. With the advent of in-process Process Analytical Technology (PAT) tools for particle/cell characterization one can quantify particle/cell number and dimension in applications such as fermentation, separation, and formulation. Application examples include:
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Established probe based tools used to track particle/cell number, shape, and dimension in real time with no sampling or sample preparation necessary. With their ability to optimize, monitor and control unit operations from the lab to the plant, these established probe based tools have been used to reduced time to market for new processes, improved process and product quality, and streamlined regulatory compliance.
Webinar Presenter
Your online presenter, Brian O’Sullivan, has over five years experience in particle system characterization and the implementation of Process Analytical Technology (PAT) tools in laboratory and full scale production reactors.
Related Topics: PAT, Process Analytical Technology, cell count, cell dimension, cell culture, biotechnology, particle characterization, cell characterization, fermentation, protein crystallization, formulation, FBRM®, PVM®. E.Coli, mammalian cells, plant cells, filamentous organisms, particle system characterization, particle size, particle shape
Webinar Presenter
Your online presenter, Brian O’Sullivan, has over five years experience in particle system characterization and the implementation of Process Analytical Technology (PAT) tools in laboratory and full scale production reactors.
Related Topics: PAT, Process Analytical Technology, cell count, cell dimension, cell culture, biotechnology, particle characterization, cell characterization, fermentation, protein crystallization, formulation, FBRM®, PVM®. E.Coli, mammalian cells, plant cells, filamentous organisms, particle system characterization, particle size, particle shape