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3D Localization of Implanted Radioactive Sources in the Prostate Using Trans-Urethral Ultrasound

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Prostate cancer is the most common cancer diagnosed in men in the United States. Many techniques have been developed to diagnose and treat prostate cancer. 3D Trans-Urethral Ultrasound (TUUS) is a new technique for the diagnosis and treatment of prostate disease. This research focuses on the potential of TUUS for therapy-guidance during and after transperineal interstitial permanent prostate brachytherapy (TIPPB). Computed tomography (CT) is currently used to determine the source locations and the effective radiation dose distribution throughout the tissue after the completion of the procedure. TUUS may be a viable alternative to CT for determining source locations within the prostate. Placement of the TUUS catheter into the urethra provides excellent 2D images of the prostate. In addition, the catheter can be used to acquire 3D volumetric data for 3D analysis of the prostate, associated tissue, and radioactive sources.
Title: 3D Localization of Implanted Radioactive Sources in the Prostate Using Trans-Urethral Ultrasound
Description:
Prostate cancer is the most common cancer diagnosed in men in the United States.
Many techniques have been developed to diagnose and treat prostate cancer.
3D Trans-Urethral Ultrasound (TUUS) is a new technique for the diagnosis and treatment of prostate disease.
This research focuses on the potential of TUUS for therapy-guidance during and after transperineal interstitial permanent prostate brachytherapy (TIPPB).
Computed tomography (CT) is currently used to determine the source locations and the effective radiation dose distribution throughout the tissue after the completion of the procedure.
TUUS may be a viable alternative to CT for determining source locations within the prostate.
Placement of the TUUS catheter into the urethra provides excellent 2D images of the prostate.
In addition, the catheter can be used to acquire 3D volumetric data for 3D analysis of the prostate, associated tissue, and radioactive sources.

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