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 2023
Next Anticipated Milestone
Decedent Transplant
2H 2023
Biosystems
Inspirex™ Liver
Ex vivo organ support system for rehabilitating donor livers for transplant
Phase:
Preclinical Studies
Decedent Transplant
1H 2025
Next Anticipated Milestone
Decedent Transplant
1H 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
2H 2023
Next Anticipated Milestone
Product Expansion
2H 2023
News
Stay up to date on Xylyx Bio
July 13, 2020
In Astounding Test, Scientists Revive Damaged Lungs for Transplant
Sept. 2, 2021