Lung reimplantation. Effect on respiratory pattern and function.
Lung reimplantation. Effect on respiratory pattern and function.
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肺再植。
DOI：
10.1001/jama.1963.63700100001013
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发表时间：
1963
期刊：
影响因子：
--
通讯作者：
J. Hardy
中科院分区：
文献类型：
--
作者：
F. Alican;J. Hardy
自从 Juvenelle 和他的同事首次成功地从狗身上摘除右肺后重新植入，已经过去了 11 年。在此期间，文献中出现了其他人2-6关于同一主题的几篇报告。尽管在狗的此类肺再植入系列中，长期幸存者的数量相对较少，但在这些幸存者中，再植入的肺已被证明能够充分发挥呼吸器官的功能，或者至少构成总血肿面积的很大一部分。然而，由于试图证明仅在重新移植的肺组织上的长期存活，出现了重要的问题，当克服生物屏障时，这些问题将对同种肺移植的技术方面产生密切影响。肺再植入或移植后必然要进行去神经支配和支气管动脉供应中断。对的影响
ELEVEN YEARS have elapsed since Juvenelle and co-workers1reported the first successful reimplantation of the right lung following its removal from a dog. During this period several reports by others2-6on the same subject have appeared in the literature. Although the number of long-term survivors in such series of lung reimplantation in the dog have been relatively few, in those survivors the reimplanted lung has been shown to be functioning adequately as an organ of respiration or, at least, to constitute a significant portion of the total area of hematosis. However, as a result of the attempts to demonstrate long-term survival on the reimplanted lung tissue alone, important questions have arisen which will have an intimate bearing upon the technical aspects of lung homotransplantation when the biological barrier is surmounted. Denervation and interruption of the bronchial arterial supply necessarily follow lung reimplantation or transplantation. The effects on