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如何扩大肺供体池?

How do we expand the lung donor pool?

机构信息

Lung Transplant Service, Department of Respiratory Medicine, Alfred Hospital, Melbourne, and Monash University, Melbourne, Australia.

出版信息

Curr Opin Pulm Med. 2024 Jul 1;30(4):398-404. doi: 10.1097/MCP.0000000000001076. Epub 2024 Mar 28.

Abstract

PURPOSE OF REVIEW

Lung transplantation activity continues to be limited by the availability of timely quality donor lungs. It is apparent though that progress has been made. The steady evolution of clinical practice, combined with painstaking scientific discovery and innovation are described.

RECENT FINDINGS

There have been successful studies reporting innovations in the wider use and broader consideration of donation after circulatory death donor lungs, including an increasing number of transplants from each of the controlled, uncontrolled and medically assisted dying donor descriptive categories. Donors beyond age 70 years are providing better than expected long-term outcomes. Hepatitis C PCR positive donor lungs can be safely used if treated postoperatively with appropriate antivirals. Donor lung perfusion at a constant 10 degrees appears capable of significantly improving donor logistics and ex-vivo lung perfusion offers the potential of an ever-increasing number of novel donor management roles. Bioartificial and xenografts remain distant possibilities only at present.

SUMMARY

Donor lungs have proved to be surprisingly robust and combined with clinical, scientific and engineering innovations, the realizable lung donor pool is proving to be larger than previously thought.

摘要

目的综述

肺移植的开展仍然受到可获取的合适供体肺的及时性和质量的限制。但显然已经取得了进展。本文描述了临床实践的稳步发展,以及艰苦的科学发现和创新。

最近的发现

已有成功的研究报告了在更广泛地使用和更广泛地考虑循环死亡供体肺方面的创新,包括从每个控制性、非控制性和医疗辅助死亡供体描述类别中增加了移植数量。70 岁以上的供体提供了超出预期的长期结果。如果在术后用适当的抗病毒药物治疗,丙型肝炎 PCR 阳性供体肺可以安全使用。在 10 度恒定温度下进行供体肺灌注似乎能够显著改善供体物流,而离体肺灌注则有可能为越来越多的新型供体管理角色提供潜力。目前,生物人工和异种移植物仍然只是遥远的可能性。

总结

供体肺被证明具有惊人的强大功能,再加上临床、科学和工程学方面的创新,可实现的肺供体库被证明比以前想象的要大。

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