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Organ Procurement in the Brain Dead Donors Without In Vivo Cold Perfusion: A Novel Technique
Amit N Rastogi1, Sanjay K Yadav1, Arvinder S Soin1
1Medanta Institute of Liver Transplantation and Regenerative Medicine, Medanta, The Medicity, India.
Insights
This study details an ex vivo organ perfusion technique for deceased brain death (DBD) donors, improving organ recovery and reducing procurement injuries without impacting recipient outcomes.
Area of Science:
- Transplantation Surgery
- Organ Procurement
- Deceased Donation
Background:
- Describes a novel ex vivo organ perfusion and procurement technique.
- Focuses on donation after deceased brain death (DBD) donors.
Purpose of the Study:
- To present a new method for ex vivo organ perfusion and procurement.
- To evaluate the safety and efficacy of this technique in DBD donors.
Main Methods:
- Involves simultaneous warm dissection of liver, kidneys, and heart in stable DBD donors.
- Utilizes ex vivo perfusion after organ recovery.
- Modified organ recovery sequence: kidneys first, then liver and heart.
Main Results:
- Successfully performed twelve multivisceral procurements (liver, kidneys, and heart in four cases).
- Average perfusion fluid volume for liver was 3.4 L.
- All recipients experienced uneventful postoperative courses.
Conclusions:
- The described ex vivo perfusion technique does not negatively affect recipient outcomes.
- Benefits include reduced preservation solution use, shorter bench surgery time, and fewer procurement injuries.
- Avoiding cold-phase dissection minimizes the risk of procurement-related injuries.
Introduction:
We describe our technique of ex vivo organ perfusion and procurement in donation after deceased brain death (DBD) donors.
Material And Methods:
This technique comprises warm dissection of liver, kidneys, and heart, in hemodynamically stable DBD donors and perfusing them ex vivo. The cardiac and abdominal dissection can take place simultaneously. As a precaution, the iliac arteries and the abdominal aorta are dissected and kept ready for rapid cannulation and perfusion, should the donor become unstable at any stage.The liver dissection is in principle similar to living donor hepatectomy, where portal dissection is combined with supra and infrahepatic caval dissection to completely mobilize liver to allow it to be removed and perfused ex vivo. The renal dissection is done after hepatic dissection is complete. The sequence of recovery of organ was modified where kidneys were procured first followed by hepatic and cardiac procurement simultaneously.
Results:
Twelve multivisceral (liver and kidneys in all and heart in four) procurements have been performed. The average perfusion fluid volume for liver was 3.4 L. All recipients had uneventful postoperative course.
Conclusion:
Our technique has not affected recipient outcomes and with benefits of less use of preservation solution, shortening bench surgery time, and decreasing the propensity of procurement injuries by avoiding cold-phase dissection.
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