Advanced Technologies for Media and Process Optimization for Biologics Manufacturing
About this event
Digital twins advanced simulation technology which uses AI tools and ‘multi-omics’ methods to optimise cell culture media and processing. Advanced Technologies for Media and Process Optimization for Biologics Manufacturing is an official on-demand session listing associated with BioPharma Webinars.
Visit the company-owned event page for the organizer's latest agenda, access details, availability, and registration or viewing instructions. UPCOMING provides this independent listing to help professionals discover the session.
What you'll learn
- DoE approaches for media formulation and feeding optimization
- ‘Digital Twins’ bio-simulations for reducing wet data requirements and allowing rapid optimization of feeding manner
- Multi-omics and metabolic flux analysis for identification of metabolic bottlenecks and critical media components, for the development of enhanced basal and feed media
- Supplements for productivity enhancement
Topics covered
Frequently asked questions
Who is hosting Advanced Technologies for Media and Process Optimization for Biologics Manufacturing?
Advanced Technologies for Media and Process Optimization for Biologics Manufacturing is hosted by BioPharma Webinars.
When is Advanced Technologies for Media and Process Optimization for Biologics Manufacturing?
Advanced Technologies for Media and Process Optimization for Biologics Manufacturing is scheduled for Wednesday, April 12, 2023.
Where does registration take place?
Registration or viewing is completed on BioPharma Webinars's website.
What format is this event?
This is an online webinar.
Which topics does this event cover?
The event covers AI and Data.
More from 888 Publishing
View all →
Available on demand
Aggregation Analysis in AAV: Selecting Fit-for-Purpose Assays
888 Publishing
Available on demand
Enhancing Plasmid DNA Quality Through Robust Topology Measurement
888 Publishing
Available on demand
Characterization of Lipid Nanoparticles Using Macro Mass Photometry Insights into Size & Mass
888 Publishing