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The Journal of Nuclear Medicine Vol. 21 No. 9 883-885
© 1980 by Society of Nuclear Medicine
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Effects of Meal Size and Correction Technique on Gastric Emptying Time: Studies with Two Tracers and Opposed Detectors

Paul E. Christian, John G. Moore, James A. Sorenson, R. Edward Coleman* and Dennis M. Weich

University of Utah Medical Center, Salt Lake City, Utah

Correspondence: For reprints contact: Paul E. Christian, Univ. of Utah Med. Ctr., 50 N. Medical Dr., Salt Lake City, UT 84132.

ABSTRACT

Geometric-mean correction of gastric radioactivity can be used to correct for the distribution, depth, and attenuation of the radionuclide. Anterior image coünts were compared with the geometric mean of anterior and posterior counts, using a computer-assisted gamma camera. Phantom and human studies using Tc-99m and In-111 were used to evaluate the difference between anterior-only and geometric-mean data.

The effect of meal size on gastric emptying was studied using Tc-99m and In-111 simultaneously as solid-phase and liquid-phase markers. Differences between the anterior data and AP-PA data corrected by geometric mean were compared in ten healthy male subjects. The average half-emptying times for solid food, with 1692-, 900-, and 300-g meals, were 277, 146, and 77 min, respectively. Average half-emptying times for liquid were 178, 81, and 38 min for the same meals.

FOOTNOTES

* Present Address: Duke University Med. Ctr., Durham, NC 27710.




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Copyright © 1980 by the Society of Nuclear Medicine.