Novitzky D, Cooper D K, Human P A, Reichart B, Zuhdi N
Oklahoma Transplantation Institute, Baptist Medical Center, Oklahoma City 73112.
J Heart Transplant. 1988 Sep-Oct;7(5):370-6.
Both (1) brain-dead donors and (2) transplant recipients on cardiopulmonary bypass suffer a depletion in plasma-free triiodothyronine (T3), which leads to metabolic changes (from inhibition of mitochondrial function), resulting in myocardial energy store depletion. Replacement therapy with T3 reverses these changes in both donor and recipient. Donor heart energy stores and function will be maintained at optimum levels if T3 therapy is administered to both donor and recipient at the time of transplantation.
(1)脑死亡供体和(2)接受体外循环的移植受者,其血浆游离三碘甲状腺原氨酸(T3)均会减少,这会导致代谢变化(源于线粒体功能受抑制),进而造成心肌能量储备耗竭。用T3进行替代治疗可逆转供体和受者的这些变化。如果在移植时对供体和受者都给予T3治疗,供体心脏的能量储备和功能将维持在最佳水平。