New Dissolvable Microcarriers - RG for efficient and scalable cell culture systems, developed by Rousselot® and IamFluidics®
As demand for cell culturing systems continues to rise — driven by applications in personalized medicine, cell therapies, biologics, and cultivated meat — there is a growing need for efficient and scalable cell culture systems.
This Dissolvable Microcarrier, developed through the collaboration between Rousselot® and IamFluidics®, addresses this need. By providing an unmatched efficiency in cell recovery paired with seamless integration into standard cell culture processes, our Dissolvable Microcarrier will drastically improve process efficiency.
Product sample of dissolvable microcarrier.
Brightfield microphotograph of microcarriers with attached VERO cells.
Fluorescent microphotograph of microcarriers with live (green) MSCs, from TKI AddBone project with Scinus Cell Expansion and Erasmus MC, photo by Tess Uphof.
Product sample of dissolvable microcarrier.
Explore all key benefits of the Dissolvable Microcarriers - RG for efficient and scalable cell culture systems
Purity controlled denatured collagen with traceability to its source promotes cell attachment and growth. Like in our body, it supports physiological interactions between cells and the coating surface. Our Dissolvable Microcarriers are suitable for mesenchymal stem cells (MSCs) and other adherent cell lines.
Our microcarriers dissolve within 15 minutes after addition of standard cell culture reagents, allowing for efficient cell harvesting and swift integration into existing cell-expansion systems.
With over 90% cell harvesting efficiency and viability, our Dissolvable Microcarriers drastically reduce cell loss as compared to the typical 50% seen with non-dissolvable microcarriers.
4. Monodisperse & transparent for consistent and easy handling
Our microcarriers are uniform in size, ensuring reproducible sedimentation rates supporting consistent seeding . Furthermore, the microcarriers are optically transparent, which facilitates the visual evaluation of the carriers and cells.