Salvaging donor organs for life-saving transplant
the Problem
Reductionist approaches have limited medical advancements for decades
OUR APPROACH
Engineering systemic physiology for transformative discovery and regeneration
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Organs
Whole organ regeneration requires systemic physiology. Our Inspirex™ organ support platform enables increased utilization of donor organs for life-saving transplantation by rehabilitating donor organs using multi-system physiology via cross-circulation with a xenosupport pig. This novel approach significantly extends the time and opportunity for organ evaluation and therapeutic intervention and drives cellular regeneration and functional recovery.
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Tissues
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Cells
PIPELINE
Advancing regenerative medicine through powerful platform technologies
Program
Discovery
Preclinical Studies
Clinical Studies
Market Ready
Next Anticipated Milestone
Biosystems
Inspirex™ Lung
Ex vivo organ support system for rehabilitating donor lungs for transplant
Phase:
Preclinical Studies
Decedent Transplant
2H 2024
Next Anticipated Milestone
Decedent Transplant
2H 2024
Biosystems
Inspirex™ Liver
Ex vivo organ support system for rehabilitating donor livers for transplant
Phase:
Preclinical Studies
Decedent Transplant
2H 2025
Next Anticipated Milestone
Decedent Transplant
2H 2025
Biomaterials
Matrikynes® Skin
Bioactive extracellular matrix peptides for dermal tissue repair and regeneration
Phase:
Market Ready
Product Launch
1H 2023
Next Anticipated Milestone
Product Launch
1H 2023
Biomaterials
InMatrico® Disease Models
Tissue-specific extracellular matrix kits and assays for predictive drug testing
Phase:
Market Ready
Product Expansion
1H 2024
Next Anticipated Milestone
Product Expansion
1H 2024
News
Stay up to date on Xylyx Bio
Aug. 21, 2021
The ultimate ex vivo lung perfusion: Xenogeneic cross-circulation
Jan. 23, 2023
Researchers confirm successful rehabilitation and recovery of human donor lungs previously deemed unfit for transplant
Hepatology