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Journal of Nuclear Medicine Technology

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Instrumentation

Design and Validation of a Radiochromatogram Scanner with Analog and Digital Output

Anne-Line Jansholt, Kenneth A. Krohn, David R. Vera and Horace H. Hines
Journal of Nuclear Medicine Technology December 1980, 8 (4) 222-227;
Anne-Line Jansholt
University of California, Davis, Medical Center, Sacramento, California
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Kenneth A. Krohn
University of California, Davis, Medical Center, Sacramento, California
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David R. Vera
University of California, Davis, Medical Center, Sacramento, California
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Horace H. Hines
University of California, Davis, Medical Center, Sacramento, California
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Abstract

We have designed and built a versatile radiochromatogram scanner for chromatographic and electrophoretic strips of variable width and length and for chromatographic columns. The scanner’s variable speed and collimator width and the availability of digital output give it a wide dynamic range. To every extent possible, it was constructed from general laboratory equipment and surplus parts that can be found in many nuclear medicine departments. A series of validation experiments was performed to demonstrate the capabilities of the system and shows its excellent spatial resolution for such gamma emitters as Tc-99m. Quantitative results are available immediately without the need to integrate peaks by planimetry or to cut and count each activity peak.

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Journal of Nuclear Medicine Technology: 8 (4)
Journal of Nuclear Medicine Technology
Vol. 8, Issue 4
December 1, 1980
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Design and Validation of a Radiochromatogram Scanner with Analog and Digital Output
Anne-Line Jansholt, Kenneth A. Krohn, David R. Vera, Horace H. Hines
Journal of Nuclear Medicine Technology Dec 1980, 8 (4) 222-227;

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Design and Validation of a Radiochromatogram Scanner with Analog and Digital Output
Anne-Line Jansholt, Kenneth A. Krohn, David R. Vera, Horace H. Hines
Journal of Nuclear Medicine Technology Dec 1980, 8 (4) 222-227;
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