Worldwide, over 500,000 people are affected by unstable Type 1 Diabetes. BIOPI's innovative bioartificial pancreas encapsulates insulin-secreting cells in patented 3D hydrogels, enabling autonomous glucose regulation without immunosuppressants, using non-human cells for scalability and long-term durability.
BIOPI is pioneering a bioartificial pancreas: an implantable device that encapsulates insulin-secreting cells in unique, patented 3D hydrogels. This fosters cell survival, immunoisolation, and compatibility with non-human cells, overcoming limitations of traditional therapies.
Hydrogels shield cells from immune rejection while permitting essential diffusion.
3D matrix ensures oxygen, nutrients, and long-term viability.
Real-time insulin secretion mimics natural pancreatic function.
Engineered for longevity and easy maintenance.
Disclaimer: Investigational device in pre-clinical phase. Functional prototype developed; not yet available for sale.
High-quality insulin-secreting islets from GMP-compliant sources, including non-human origins.
Patented 3D hydrogels create a protective, biocompatible niche for cells.
Advanced matrix design sustains oxygen and nutrient delivery for cell health.
Cells dynamically respond to glucose levels, secreting insulin autonomously.
We're open to collaborations, investments, media, and partnerships. Based at TIMC Lab, Grenoble, France.
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