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Journal of Nuclear Medicine Technology

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Imaging

Background Correction and Measurement of Injected Activity in Quantification of Renal Function

J. A. Pires Jorge, A. Bischof Delaloye and B. Delaloye
Journal of Nuclear Medicine Technology December 1993, 21 (4) 211-217;
J. A. Pires Jorge
Cantonal School of Radiology Technicians and Nuclear Medicine Division, University Hospital, Lausanne, Switzerland
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A. Bischof Delaloye
Cantonal School of Radiology Technicians and Nuclear Medicine Division, University Hospital, Lausanne, Switzerland
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B. Delaloye
Cantonal School of Radiology Technicians and Nuclear Medicine Division, University Hospital, Lausanne, Switzerland
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Abstract

We have compared four regions of interest frequently used for kidney background correction during renography: left and right circular (C), semilunar (S), below (I), and between both kidneys (B), in patients with four types of kidneys: bilateral normal, bilateral subnormal, bilateral abnormal, and left abnormal/right subnormal. C and S give similar results, I overestimates the function of both kidneys, and B overestimates right kidney function because of the lack of liver activity correction. To test measurements of injected activity, we measured pre- and postinjection activity in the syringe at the collimator surface, with and without depth correction, in a syringe holder at 24 cm from the collimator, and in a phantom containing a known activity, immersed in water and separated from the collimator surface by perspex plates at a distance representing kidney depth. We found a high correlation between the phantom and syringe methods: the phantom, however, most closely approaches the in vivo situation.

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Journal of Nuclear Medicine Technology: 21 (4)
Journal of Nuclear Medicine Technology
Vol. 21, Issue 4
December 1, 1993
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Background Correction and Measurement of Injected Activity in Quantification of Renal Function
J. A. Pires Jorge, A. Bischof Delaloye, B. Delaloye
Journal of Nuclear Medicine Technology Dec 1993, 21 (4) 211-217;

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Background Correction and Measurement of Injected Activity in Quantification of Renal Function
J. A. Pires Jorge, A. Bischof Delaloye, B. Delaloye
Journal of Nuclear Medicine Technology Dec 1993, 21 (4) 211-217;
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