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[磁共振成像:一种用于肾脏移植解剖结构可靠成像及无创代谢研究的手段]

[Magnetic resonance, a means for anatomically reliable imaging and noninvasive metabolic studies of kidney transplants].

作者信息

Pomer S, Hull W E, Fichtner K, Möhring K, Staehler G

机构信息

Urologische Universitätsklinik, Heidelberg.

出版信息

Helv Chir Acta. 1992 Oct;59(3):465-6.

PMID:1464542
Abstract

As an adjunct to the monitoring of intracellular high-energy phosphorus metabolites by 31P NMR1 for assessment of renal viability, a study of vasculature of preserved kidneys was performed by Image-Guided Volume Selective 19F MR Spectroscopy. 1H and 19F of the same preserved rat and porcine kidneys were obtained. The technique enabled the analysis of the vessel and tissue properties and opens new possibilities for pretransplant assessment of renal vasculature.

摘要

作为通过31P核磁共振1监测细胞内高能磷代谢物以评估肾脏存活能力的辅助手段,利用图像引导体积选择性19F磁共振波谱对保存肾脏的血管系统进行了研究。获取了同一保存大鼠和猪肾脏的1H和19F。该技术能够分析血管和组织特性,并为肾脏血管系统的移植前评估开辟了新的可能性。

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[Magnetic resonance, a means for anatomically reliable imaging and noninvasive metabolic studies of kidney transplants].[磁共振成像:一种用于肾脏移植解剖结构可靠成像及无创代谢研究的手段]
Helv Chir Acta. 1992 Oct;59(3):465-6.
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