The development of cardiopulmonary bypass (CPB) to support the systemic circulation during cardiac surgical procedures became a clinical reality in 1953. Although the use of CPB for the treatment of post-infarction cardiogenic shock met with little success, intra-aortic balloon counterpulsation was used successfully in 1968 to reduce ischaemic injury in a patient with cardiogenic shock. Today, a broad spectrum of circulatory assist devices for short- and long-term application is available. Three major indication groups for the use of support devices are established. In low-cardiac-output syndrome after cardiac surgical procedures, short-term devices are utilised to enable myocardial recovery. In transplantation candidates suffering from drug-resistant pump failure, the implantation of long-term devices as a bridge to heart transplantation is indicated, and in NYHA class IV patients with contraindications to heart transplantation, the implantation of long-term devices as an alternative to transplantation is under discussion. In the literature, post-cardiotomy support survival is less than 30% on average. About 70% of mechanically bridged patients have survived to undergo heart transplantation and were transplanted with over 90% survival. Major problems during mechanical support are infection, bleeding, and thromboembolism. In view of patients' natural course without support, these clinical results are favourable.

译文

1953年,在心脏外科手术期间开发支持体外循环的体外循环(CPB)成为临床现实。尽管使用CPB治疗梗死后心源性休克几乎没有成功,但仍使用了主动脉内球囊反搏1968年成功地减少了心源性休克患者的缺血性损伤。如今,有各种各样的短期和长期应用的循环辅助设备可供使用。建立了使用支持设备的三个主要指示组。在心脏外科手术后的低心输出量综合征中,使用短期设备可使心肌恢复。在患有耐药性泵衰竭的候选移植患者中,需要植入长期器械以作为心脏移植的桥梁;在有心脏移植禁忌症的NYHA IV级患者中,可以采用长期器械替代移植正在讨论中。在文献中,心脏切开术后支持生存率平均不到30%。机械桥接患者中约有70%幸存下来接受心脏移植,并且移植后的存活率超过90%。机械支持期间的主要问题是感染,出血和血栓栓塞。考虑到患者的自然病程而没有支持,这些临床结果是有利的。

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