Theory and initial validation of a non-invasive hybrid [15O]O2-PET/MRI approach to obtain image-derived input functions

Lucas Narciso; Tracy Ssali; Felix Wehrli; Keith St Lawrence

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Theory and initial validation of a non-invasive hybrid [¹⁵O]O₂-PET/MRI approach to obtain image-derived input functions

Lucas Narciso, Tracy Ssali, Felix Wehrli and Keith St Lawrence

Journal of Nuclear Medicine May 2021, 62 (supplement 1) 1602;

Lucas Narciso

2Department of Medical Biophysics Western University London ON Canada

1Lawson Health Research Institute London ON Canada

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Tracy Ssali

1Lawson Health Research Institute London ON Canada

2Department of Medical Biophysics Western University London ON Canada

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Felix Wehrli

3Department of Radiology University of Pennsylvania Perelman School of Medicine Philadelphia PA United States

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Keith St Lawrence

2Department of Medical Biophysics Western University London ON Canada

1Lawson Health Research Institute London ON Canada

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Journal of Nuclear Medicine

Vol. 62, Issue supplement 1

May 1, 2021

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Theory and initial validation of a non-invasive hybrid [¹⁵O]O₂-PET/MRI approach to obtain image-derived input functions

Lucas Narciso, Tracy Ssali, Felix Wehrli, Keith St Lawrence

Journal of Nuclear Medicine May 2021, 62 (supplement 1) 1602;

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Theory and initial validation of a non-invasive hybrid [¹⁵O]O₂-PET/MRI approach to obtain image-derived input functions

Lucas Narciso, Tracy Ssali, Felix Wehrli, Keith St Lawrence

Journal of Nuclear Medicine May 2021, 62 (supplement 1) 1602;

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Theory and initial validation of a non-invasive hybrid [¹⁵O]O₂-PET/MRI approach to obtain image-derived input functions

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