Inspirex™ Liver

Ex vivo organ support system for rehabilitating human donor livers for clinical transplantation


Pioneering donor liver regeneration

Inspirex™ Liver rehabilitates human donor livers that are not currently utilized for transplantation to significantly increase the number of livers for patients in need of a life-saving transplant.

The donor liver shortage remains dire

5,500,000

People in the U.S. affected by liver cirrhosis

8,600

Liver transplants in the U.S. each year

5,200

Donor livers not currently utilized for transplantation

The number of patients in need of a donor liver far exceeds the number of livers available for transplant. Donor livers are often not used for transplant due to reversible conditions such as ischemic injury and steatosis.

Rehabilitation of human donor livers can significantly increase the number of livers available for life-saving transplantation.


  • Source: US Dept of Health & Human Services, Organ Procurement & Transplant Network (OPTN), National Data, 2021

Groundbreaking approach to rehabilitate donor livers for transplant

Inspirex™ Liver rehabilitates human donor livers ex vivo by providing durable multi-system physiologic regulation via normothermic cross-circulation with a xenosupport pig. This robust systemic support setting provides donor organs with homeostatic balance, anabolic synthesis, metabolic clearance, neurohormonal signaling, and other reparative mechanisms needed for liver regeneration and recovery of hepatic function.

Improved markers of organ quality and function:

Representative gross photography (top), thermography (middle), and ultrasonography (bottom) of livers across 36 hours of cross-circulation support.


Integrated
Normothermic
Systemic
Physiology for
Interventional
Rehabilitation and
Evaluation using
Xenosupport

Publications

Read more
Choosing Extracellular Matrix for Cultured Cells

Hepatology

Xenogeneic cross-circulation for physiologic support and recovery of ex vivo human livers

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Choosing Extracellular Matrix for Cultured Cells

American Journal of Transplantation

Xenogeneic cross-circulation supports ex vivo human livers for 24 hours

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Xylyx Bio Awarded $2.2M NIH SBIR Fast-Track Grant from National Heart, Lung, and Blood Institute

American Society for Artificial Internal Organs (ASAIO) Journal

Cross-circulation for extracorporeal liver support in a swine model

Contact us

Get in touch

760 Parkside Avenue
Brooklyn, NY 11226

+1 (212) 689-9005

info@xylyxbio.com

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