Development of multi-element RI imaging technique in a plant body on use of Compton camera

放射性示踪成像技术使我们能够实时了解植物体内的生理功能。放射性示踪剂的连续图像可用于指示活植物系统内组分行为的变化分布，并描述完整植物中物质的动力学和动力学。植物中的放射性示踪剂发出的x射线和伽马射线几乎完全穿透人体，使用它们获得的图像数据可能用于定量分析生理功能参数。本研究是在植物科学领域实现的，利用康普顿相机的多元素成像系统对完整植物进行同步多ri示踪成像，研究植物营养和环境污染的动力学。

Radiotracer imaging technologies enable us to know live the physiological function in the plant body. Serial images of the radiotracer can be used to indicate the changing distribution of constituent behavior within a living plant system and to describe the dynamics and kinetics of a substance in an intact plant. X-rays and Gamma-rays emitted from the radiotracer in a plant almost completely penetrate the body, and the image data obtained using them can potentially be used to quantitatively analyze physiological function parameters. This study is realized in the field of plant science to investigate kinetics of plant nutritions and environmental pollutions on use of a multi-element imaging system of a Compton camera for simultaneous multi-RI tracer imaging in intact plant.