Donor Heart Harvest

Cardioplegia is used to stop the donor heart’s contractions before removal. This controlled arrest allows surgeons to isolate and excise the organ while preparing it for cold preservation. Its importance lies in supporting a rapid, orderly transition from procurement to preservation and limiting ischemic injury during the remaining transplant workflow.

Cold preservation is used immediately after cardioplegia and removal to protect the organ during the interval before implantation. Surgeons flush the heart with a cold preservation solution and coordinate packaging and transport. Because ischemic time remains critical, preservation does not eliminate the need for rapid transfer to the recipient.

Accurate donor assessment helps determine whether the recovered heart is suitable for transplantation and supports evaluation of expected graft quality. This judgment occurs before implantation, when the organ can be inspected and its condition considered alongside preservation and ischemic time. Careful assessment therefore contributes to selecting a heart capable of supporting transplant treatment.

Coordinated operating-room practice keeps isolation, cardioplegia, flushing, removal, inspection, and packaging aligned in time. Each stage must follow the preceding step without avoidable delay because the heart has a limited preservation window. Team coordination therefore helps reduce ischemic exposure and supports consistent handling before transport and implantation.

After removal, the heart is inspected, placed in appropriate packaging, and transported for implantation. These steps preserve the organ’s condition while it moves from the donor operating room to the recipient’s procedure. Inspection provides an additional opportunity to evaluate the graft, whereas organized packaging and transport help maintain the limited preservation timeline.

Ischemic time refers to the period during which the heart is vulnerable to injury while it is outside normal circulation. The preservation window limits how long procurement, transport, and implantation can take. Longer or poorly controlled ischemic exposure can reduce graft quality, while rapid preservation and transfer support postoperative cardiac function.

The procedure creates a transplantable graft for carefully selected recipients with advanced heart failure. Its medical value depends not only on recovering the organ, but also on preserving quality through cardioplegia, cold flushing, inspection, and timely transport. Successful coordination connects donor surgery with implantation and the goal of restoring cardiac function.