2008
DOI: 10.1097/mot.0b013e32830fdf9a
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Machine perfusion for cardiac allograft preservation

Abstract: Early experimental results are encouraging and suggest that machine perfusion may offer superior cardiac performance after transplantation. In the future, this technology may lead to an expansion of the donor pool through greater use of expanded-criteria donors, resuscitation of ischemically injured hearts, or procurement of hearts that are donated after cardiac death.

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Cited by 38 publications
(27 citation statements)
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“…19 The ability to extend the cardiac donor ischemic interval may allow for long-distance procurements, recovery of older donors, better donor-recipient matching, and even recovery of marginal donors or donation after determination of circulatory death. 17,18,20 A warm, beating-heart technique is undergoing clinical trials in the United States (Organ Care Systems; Transmedics, Inc., Landover, MA) 20 and has recently been used to recover donation after determination of circulatory death donors in selected cases. 21,22 In the current study, we used a large-animal model retrograde cold perfusion technique for long-term preservation of donor hearts.…”
Section: Discussionmentioning
confidence: 99%
“…19 The ability to extend the cardiac donor ischemic interval may allow for long-distance procurements, recovery of older donors, better donor-recipient matching, and even recovery of marginal donors or donation after determination of circulatory death. 17,18,20 A warm, beating-heart technique is undergoing clinical trials in the United States (Organ Care Systems; Transmedics, Inc., Landover, MA) 20 and has recently been used to recover donation after determination of circulatory death donors in selected cases. 21,22 In the current study, we used a large-animal model retrograde cold perfusion technique for long-term preservation of donor hearts.…”
Section: Discussionmentioning
confidence: 99%
“…On the other hand, roughly one-sixth of both the offered hearts and lungs were refused for logistic reasons. In the future, machine perfusion of heart and lung grafts may permit longer preservation times and longer transport distances [12,13], which is of major importance so as not to lose good-quality organs. In a recently published study, median cold ischaemia time in Switzerland ranged from 162 to 179 min for the heart, and from 272.5 to 285 min for the lung [14].…”
Section: Discussionmentioning
confidence: 99%
“…The potential benefits are many [16,17], since the continuous supply of oxygen and energy substrates facilitate aerobic metabolism, making the application of important hypothermia not viable. Continuous washing of toxic metabolisms occurs, which increases the graft time preservation safely, facilitating logistics, that often seems to be difficult and complex [18,19].…”
Section: Discussionmentioning
confidence: 99%