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Journal of Nuclear Medicine Technology

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Radiopharmaceuticals

Two Methods of Preparation of Xenon-133 Saline Solution

Michael J. Blend, Surapol Tantayakom, Guisela Araya and Dan G. Pavel
Journal of Nuclear Medicine Technology June 1986, 14 (2) 75-78;
Michael J. Blend
University of Illinois at Chicago Medical Center, Chicago, Illinois
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Surapol Tantayakom
University of Illinois at Chicago Medical Center, Chicago, Illinois
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Guisela Araya
University of Illinois at Chicago Medical Center, Chicago, Illinois
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Dan G. Pavel
University of Illinois at Chicago Medical Center, Chicago, Illinois
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Abstract

Two procedures for dissolving 133Xe gas in isotonic saline simply and economically with reasonably high activity concentrations are described. The first method is a modification of a previously described procedure and introduces a new flow-through mixing system allowing for a more homogeneous preparation. This system can be used with significant cost and time savings in a department with large clinical demand (> 3 patients per week). The second method is a system which can be used economically in a department with a small and/or sporadic clinical demand. This technique involves the preparation of single-patient dose by introducing saline into commercially available 133Xe gas vials. The solubility of 133Xe in saline can be significantly increased (> 50%) by introducing saline into a 133Xe gas vial and incubating the reactive vial at 4 °C for 3 hr or more. The suggested modifications are simple and the resultant activity concentrations are relatively high and clinically useful.

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Journal of Nuclear Medicine Technology: 14 (2)
Journal of Nuclear Medicine Technology
Vol. 14, Issue 2
June 1, 1986
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Two Methods of Preparation of Xenon-133 Saline Solution
Michael J. Blend, Surapol Tantayakom, Guisela Araya, Dan G. Pavel
Journal of Nuclear Medicine Technology Jun 1986, 14 (2) 75-78;

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Two Methods of Preparation of Xenon-133 Saline Solution
Michael J. Blend, Surapol Tantayakom, Guisela Araya, Dan G. Pavel
Journal of Nuclear Medicine Technology Jun 1986, 14 (2) 75-78;
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