Members of the Microfluidics Consortium
MicrofluidX
environment from process development to cell manufacturing. The engine provides multiple
independent end-to-end experiments in high-precision, low-volume perfusion bioreactors
coupled with online cell imaging, count, pH, dissolved oxygen and metabolite analysis.
These bioreactors are closed chips based on micro-/meso-fluidics technology. Miniaturisation
of environments for cell culture have proven to be more effective in finely controlling fluid
processes and nutrient concentrations. Cell culture for cell therapy manufacturing
applications involves numerous bioprocesses, and MicrofluidX’s bespoke patent-pending
design accommodates and maximises each process in an end-to-end manner from seeding
(for homogeneous distribution) to cell selection (for increased purity) to transduction (for
efficient gene transfer) to expansion (for cell proliferation) and sampling/harvest (for high
recovery).
Non-member links