Sistemic to Work with TiGenix On FP7 European Project Aiming at Developing an Innovative Rheumatoid Arthritis Cell Therapy Treatment Product
Sistemic announced that its proprietary technology (SistemQC™) has been chosen to form a key part of the research and production process for a landmark multinational collaborative project led by TiGenix, Belgium and including partners from Spain, France, the Netherlands as well as the UK and Belgium. The project, REGENER-AR, will bring the first stem cell therapy treatment product for rheumatoid arthritis, Cx611, through final research and clinical development.
The proprietary SistemQC™ miRNA-based stem cell characterization and quality control tool-kit will provide important insights into process optimization and QC testing of TiGenix’s pioneering cell therapy product. This work is part of a larger collaborative effort led by TiGenix and funded by a EUR 5.9 million European Seventh Framework Programme (FP7) grant under the topic “Regenerative medicine clinical trials” within the Health theme.
Dr Vincent O’Brien, Sistemic’s Chief Science Officer said, “We are honoured to be working with TiGenix and Cellerix, its Spanish subsidiary as well as partners from all over Europe. Sistemic will provide in-depth product characterization data during the clinical trial with Cx611. This will be a critical part of the development and subsequent production process. We look forward to collaborating with all of the consortium members on this important project as we are supportive of the potential of cell therapy products to bring real benefits to those patients suffering from rheumatoid arthritis.”
The collaborative project, referred to as the REGENER-AR consortium, brings together 10 top-level research institutes, medical entities and biotechnology companies from Spain, France, the UK, the Netherlands and Belgium. The consortium has defined a clinical translational project with the aim of developing a broadly available, clinically applicable treatment for rheumatoid arthritis by exploiting human allogeneic mesenchymnal adult stem cells extracted from adipose tissue (eASCs).
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