Utilizing novel protein design technology, Kaneka has developed an improved ligand that has resulted in a 50% increase in static binding capacity compared to their standard product.
While skepticism exists, the automation solutions available offer unique and innovative ways to overcome the platform’s biggest challenges, much as cruise control and auto parking have enabled for drivers of cars. Doing so requires not just knowledge but also the willingness to push the boundaries of modern technology to improve patient care. Innovative bio-pharmaceutical companies are already leading the way in this arena, as significant advances in bio-production efficiency are expected over the next three to five years.
I found the supplement to be a useful update on continuous bioprocessing technology benefits, implementation challenges and successes, as well as what the future holds. Following is a sampling of articles with key highlights.
In summary, there are many new, enabling technologies to increase efficiency and decrease bottlenecks in downstream. The approach of viewing each of these as a tool to be used to solve specific challenges either in tandem or on their own seems to be a logical approach. In this manner, the entire process does not need to be overhauled all at once, but rather in steps as needs arise. It is also important to keep these tools in mind while designing new facilities as the flexibility that these technologies provide will help create a facility that can change with time to meet ever-evolving industry needs.