Tozaro is reimagining a bioprocessing landscape where downstream processing is simpler and more intuitive.
Tozaro is developing a novel suite of reagents to support development and manufacture of viral vectors in cell and gene therapy. We see viral vectors through a different lens that allows us to approach common applications such as quantification of viral titer or capture chromatography in a completely different way. We believe the industry needs better tools to help realize the potential of cell and gene therapy.
The smart polymer difference
Good process design is a function of reagent selection. Where reagent choice is restricted or where the selected reagent performance is a compromise, process efficiency is reduced both in terms of yield and quality. Tozaro’s unique reagent design and build is ideal for tackling difficult bioprocessing challenges. We not only create reagents which recognize and bind chosen epitopes on target molecules, we also tailor the reagent chemistry to your process to deliver the most impactful performance. Our reagents are scalable, so we can support our partners from development through to on market delivery.
Novel solutions for improving viral vector manufacture
We are using smart polymer technology to deliver marked improvements to viral vector analysis and purification, contributing to making therapies more cost effective, and accessible to patients. Use the links below to dive deeper into our core focus areas.
Viral Vector
Analytics
We are developing a suite of Lentivirus and other synthetic affinity reagents for faster and more accurate viral vector analytics.
Viral Vector Purification
We are using rational design to generate new solutions for the purification of fragile viral vectors, enhancing capture chromatography possibilities.
New to smart polymers?
If you are not familiar with smart polymers, we have you covered. Take a look at our introductory guide to learn how Tozaro reagents are designed and developed to deliver new possibilities for the manufacture of cell and gene therapies.