Xenon-127.

Progress in nuclear medicine Pub Date : 1978-01-01
G Coates, C Nahmias
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Abstract

The ventilation perfusion study is of proven value in the diagnosis of patients with lung disease. The technique would be even more useful if the ventilation study could be performed after the perfusion lung scan. Then only those patients with a perfusion defect would require a ventilation study and the study could be performed in the position which best demonstrates the lesion. This cannot be done satisfactorily with 133Xe. Because of its physical properties, 127Xe is the isotope of choice for ventilation studies. With this gas, the ventilation study can be performed after the perfusion lung scan with no interference from the 99mTc. The resolution of lesions within the lung is better with 127Xe than with 133Xe. Finally, the reduced tissue absorption and high photon yield permit the use of small amounts of 127Xe and therefore reduced cost and a smaller radiation dose to the patient.

氙- 127。
通气灌注研究在肺部疾病患者的诊断中具有一定的价值。如果能在肺灌注扫描后进行通气研究,该技术将更加有用。然后只有那些有灌注缺陷的患者才需要进行通气研究,并且研究可以在最能显示病变的位置进行。133Xe不能令人满意地做到这一点。由于其物理性质,127Xe是通风研究的首选同位素。有了这种气体,肺灌注扫描后即可进行通气研究,不受99mTc的干扰。127Xe对肺内病变的分辨力优于133Xe。最后,减少的组织吸收和高光子产量允许使用少量的127Xe,因此降低了成本和对患者的较小辐射剂量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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