One Gentle Environment for Every Cell Type
Our patent-pending Vertical-Wheel FLUIDIX™ hydrodynamic environment delivers consistent energy, nutrients and gasses to every cell. Pick your cell type to explore relevant data, protocols, and systems.
Benefits that Translate Across Cell Types
The reason a single technology platform serves stem cells, immune cells, EVs, and organoids is that they all benefit from the same Vertical-Wheel FLUIDIX™ conditions.
Learn how the Vertical-Wheel worksLow-shear hydrodynamics protect fragile stem, immune, and vesicle-producing cells alike.
Uniform nutrients, gas, and shear control for single cells, aggregates, and organoids.
Consistent environment from 60 mL to 80 L, enabling predictable scale-up and reliable transfer of bench-developed processes.
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This publication reports a fully suspended process for expansion and six-stage differentiation of human induced pluripotent stem cells into stem cell-derived islets in 0.1 L and 0.5 L Vertical-Wheel® Bioreactors. A fivefold increase in vessel volume produced a twelvefold increase in islet-equivalent yield without compromising islet structure. The 27-day process generated endocrine populations expressing ?-, ?-, and ?-cell markers with glucose-responsive insulin secretion and transcriptomic characteristics approaching adult islets. The study also evaluated donor-derived iPSC lines, cellular…
This protocol provides detailed instructions for expanding mesenchymal stem cells on microcarriers using PBS-Mini bioreactors with Vertical-Wheel technology. The document covers the complete workflow from recovery of cryopreserved MSCs and expansion in adherent culture through inoculation, suspension culture, sampling, medium exchange, and harvest in three-dimensional bioreactor systems the PBS-Mini bioreactor. Recommended process parameters are based on internal optimization studies using multiple MSC lines and media formulations. Guidance is provided for microcarrier preparation, cell…
This protocol provides step-by-step guidance for forming and expanding pluripotent stem cell aggregates in PBS-MINI Vertical-Wheel® bioreactors. The workflow begins with thawing and adherent seed-train culture in T-flasks, followed by transfer to three-dimensional suspension culture in 0.1 L or 0.5 L vessels. Instructions cover inoculation, medium exchange, sampling, morphology assessment, metabolite and pH analysis, cell counting, viability testing, and harvest in the PBS-Mini bioreactor. The document presents recommended starting parameters for seeding density, working volume, agitation…
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