Resource Library
Innovative solutions for bioprocessing challenges: how MSAT drives efficient tech transfer
Given the complexity of biomanufacturing processes and the dynamic regulatory environment, effective tech transfer is essential for the on-time delivery of life-saving treatments. This whitepaper explores how we seamlessly execute tech transfers and scale-up processes, leveraging our robust manufacturing science and technology (MSAT) expertise and advanced technologies, to ensure the success and quality of final products. Through effective technology transfer mechanisms, stakeholders can accelerate the translation of scientific breakthroughs into lifesaving treatments. Read more
The Role of manufacturing science and technology (MSAT) in Biomanufacturing
MSAT plays a crucial role in optimizing a biomanufacturing process to meet the needs of the modern healthcare paradigm. Today, it faces challenges across three key areas:
- Process Complexity: Biopharmaceutical manufacturing processes are often highly complex due to the biological nature of the products, which can make process optimization and control challenging.
- Seamless Technology Transfer: Transferring a process between development and manufacturing scales, as well as between different manufacturing sites, can introduce challenges in maintaining process consistency and product quality comparability.
- Continued Process Verification (CPV): Maintaining process robustness and consistency over time is difficult, and CPV can both support these efforts and set the stage for continuous improvement.
Given the complexity of biomanufacturing processes and the dynamic regulatory environment, effective tech transfer is essential for the on-time delivery of life-saving treatments. This whitepaper explores how we seamlessly execute tech transfers and scale-up processes, leveraging our robust manufacturing science and technology (MSAT) expertise and advanced technologies, to ensure the success and quality of final products. Through effective technology transfer mechanisms, stakeholders can accelerate the translation of scientific breakthroughs into lifesaving treatments. Read more
The Role of manufacturing science and technology (MSAT) in Biomanufacturing
MSAT plays a crucial role in optimizing a biomanufacturing process to meet the needs of the modern healthcare paradigm. Today, it faces challenges across three key areas:
- Process Complexity: Biopharmaceutical manufacturing processes are often highly complex due to the biological nature of the products, which can make process optimization and control challenging.
- Seamless Technology Transfer: Transferring a process between development and manufacturing scales, as well as between different manufacturing sites, can introduce challenges in maintaining process consistency and product quality comparability.
- Continued Process Verification (CPV): Maintaining process robustness and consistency over time is difficult, and CPV can both support these efforts and set the stage for continuous improvement.