A histology-based 3D model of the renal cortical labyrinth to support alpha-particle radiopharmaceutical therapy

Bonnie President; Abdul Vehab Dozic; John Aris; Ronnie Bolden; Lauren Ellis; Carlos Colon-Ortiz; Andrew Sforza; George Sgouros; Eric Frey; Robert Hobbs; Wesley Bolch

Meeting ReportData Analysis & Management

A histology-based 3D model of the renal cortical labyrinth to support alpha-particle radiopharmaceutical therapy

Bonnie President, Abdul Vehab Dozic, John Aris, Ronnie Bolden, Lauren Ellis, Carlos Colon-Ortiz, Andrew Sforza, George Sgouros, Eric Frey, Robert Hobbs and Wesley Bolch

Journal of Nuclear Medicine August 2022, 63 (supplement 2) 3187;

Bonnie President

1University of Florida College of Medicine

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Abdul Vehab Dozic

2University of Florida

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John Aris

2University of Florida

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Ronnie Bolden

2University of Florida

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Lauren Ellis

2University of Florida

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Carlos Colon-Ortiz

2University of Florida

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Andrew Sforza

2University of Florida

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George Sgouros

3Johns Hopkins University

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Eric Frey

4Radiopharamceutical Imaging and Dosimetry, LLC

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Robert Hobbs

5Department of Radiation Oncology and Radiation Molecular Sciences, Johns Hopkins Medical Institute, Baltimore, Maryland

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Wesley Bolch

2University of Florida

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Journal of Nuclear Medicine

Vol. 63, Issue supplement 2

August 1, 2022

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A histology-based 3D model of the renal cortical labyrinth to support alpha-particle radiopharmaceutical therapy

Bonnie President, Abdul Vehab Dozic, John Aris, Ronnie Bolden, Lauren Ellis, Carlos Colon-Ortiz, Andrew Sforza, George Sgouros, Eric Frey, Robert Hobbs, Wesley Bolch

Journal of Nuclear Medicine Aug 2022, 63 (supplement 2) 3187;

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A histology-based 3D model of the renal cortical labyrinth to support alpha-particle radiopharmaceutical therapy

Bonnie President, Abdul Vehab Dozic, John Aris, Ronnie Bolden, Lauren Ellis, Carlos Colon-Ortiz, Andrew Sforza, George Sgouros, Eric Frey, Robert Hobbs, Wesley Bolch

Journal of Nuclear Medicine Aug 2022, 63 (supplement 2) 3187;

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