Researchers invented a Compton camera of 580g which visualizes gamma rays of arbitrary energies, and succeeded in achieving a high-resolution, multicolor 3-D molecular image of a live mouse administered with three different radioactive tracers in just two hours. The results of this study imply possibilities for producing new tracers of wide energy range at reduced costs and enabling the simultaneous imaging of multiple tracers which provide multilateral information on disease in target organs.
Researchers invented a Compton camera of 580g which visualizes gamma rays of arbitrary energies, and succeeded in achieving a high-resolution, multicolor 3-D molecular image of a live mouse administered with three different radioactive tracers in just two hours. The results of this study imply possibilities for producing new tracers of wide energy range at reduced costs and enabling the simultaneous imaging of multiple tracers which provide multilateral information on disease in target organs.
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