In this project, Thermo Fisher Scientific worked with a multinational biopharmaceutical company to investigate trace element variability in its custom cell culture media. Within a year, using a risk-based, collaborative approach, both teams were able to thoroughly characterize incoming specific raw materials and implement proactive measures for reducing the risk of impurities, ultimately providing the company with a long-term risk mitigation strategy.
A collaborative study for understanding trace element variability in custom cell culture media
Latest
Assets
The future of manufacturing with generative AI
Discover how Amazon Web Services (AWS) can help your...
Assets
Unlocking the full potential of RWD with insights from real-time EHR data
Timely data are critical for life sciences and healthcare...
Assets
The Benefits of Network Monitoring for Industrial Digitalization
Manufacturing is powered by thousands of connected devices, massive...
Newsletter
Don't miss
Assets
The future of manufacturing with generative AI
Discover how Amazon Web Services (AWS) can help your...
Assets
Unlocking the full potential of RWD with insights from real-time EHR data
Timely data are critical for life sciences and healthcare...
Assets
The Benefits of Network Monitoring for Industrial Digitalization
Manufacturing is powered by thousands of connected devices, massive...
The future of manufacturing with generative AI
Discover how Amazon Web Services (AWS) can help your industrial organization harness the transformative power of generative artificial intelligence (AI) to:
Develop new product designs...
Unlocking the full potential of RWD with insights from real-time EHR data
Timely data are critical for life sciences and healthcare organizations, enabling them to drive innovation while delivering the highest standard of care to patients....
The Benefits of Network Monitoring for Industrial Digitalization
Manufacturing is powered by thousands of connected devices, massive computing power and artificial intelligence. These advances enable manufacturers to adopt flexible, built-to-order production methodologies...