Efficient Delay Correction for Total-Body PET Kinetic Modeling Using Pulse Timing Methods

Conclusion: This study demonstrated the importance of delay correction in total-body PET. LE delay correction can be an efficient surrogate for JE, requiring a fraction of the computational time and allowing for rapid delay correction across more than 106 voxels in total-body PET datasets.

Source: Journal of Nuclear Medicine - August 1, 2022 Category: Nuclear Medicine Authors: Li, E. J., Spencer, B. A., Schmall, J. P., Abdelhafez, Y., Badawi, R. D., Wang, G., Cherry, S. R. Tags: Basic Science Investigations Source Type: research