Clincial implementation of regenerative techniques using cell-based implants requires consistency in the tissue repair sequence. Cells can be strongly influenced by positive or negative factors present during cell preparation and by inherent variability in the local implant environment. In order to provide the required level of control for correct cell behavior and subsequent tissue formation, implant preparation is performed ex-vivo (outside the body) where critical biological parameters such as cell number, vitality and phenotype can be closely monitored and controlled.
Our technology is unique. Our vision is to deliver cell therapy and tissue engineered implants through turn-key automated processes. Our proprietary multi-stage approach employs specialized, interlinked bioreactors that provide precise control over the steps of cell source isolation, cell expansion, cell collection, cell washing, and final implant formation. Real-time biofeedback from embedded sensors enables automatic adjustment of bioprocessing events to accommodate natural variations in cell source behavior.
Our instrumentation is adaptable to accommodate different cell types and implant scaffolds. Depending on the application, the complete process of implant formation is performed within a sterile disposable cassette that enables effective isolation of bioprocessing events.
Octane Biotech is actively partnering this cell therapy and tissue engineering platform for different institutional and clinical applications. Through these collaborative efforts, our goal is to build a leading position in the emerging field of regenerative medicine.