Study-parameter impact in quantitative 90-Yttrium PET imaging for radioembolization treatment monitoring and dosimetry

Keyphrases

• Positron Emission Tomography 100%
• Dosimetry 100%
• Radioembolization 100%
• Treatment Monitoring 100%
• Parameter Influence 100%
• Yttrium-90 100%
• Therapeutic Agents 66%
• Dose Assessment 66%
• Acquisition Parameters 66%
• Phantom 33%
• Quantitative Accuracy 33%
• Phantom Study 33%
• CT Scanner 33%
• Activity Range 33%
• Liver Cancer 33%
• Acquisition Time 33%
• Mean Standard Deviation 33%
• Background Noise 33%
• Relative Difference 33%
• Positron Emission tomography-CT 33%
• Absolute Difference 33%
• Margin of Error 33%
• Relative Error 33%
• Size Selectivity 33%
• Parameter Configuration 33%
• Calibration Factor 33%
• Image Intensity 33%
• Reconstruction Parameters 33%
• Positron 33%
• Activity Recovery 33%
• Gemini 33%
• Noise Artifacts 33%
• Scanner Calibration 33%
• Sensitivity Profile 33%
• Subset Size 33%
• Recovery Error 33%

INIS

• monitoring 100%
• positron computed tomography 100%
• radioembolization 100%
• yttrium 90 100%
• dosimetry 100%
• impact parameter 100%
• doses 50%
• therapy 50%
• errors 50%
• assessments 50%
• phantoms 50%
• calibration 50%
• data 25%
• liver 25%
• cancer 25%
• images 25%
• sensitivity 25%
• size 25%
• decay 25%
• recovery 25%
• accuracy 25%
• computerized tomography 25%
• margins 25%
• range 25%
• convergence 25%
• configuration 25%
• background noise 25%
• positrons 25%

Medicine and Dentistry

• Positron Emission Tomography 100%
• Dosimetry 100%
• Yttrium 90 100%
• Radioembolization 100%
• Patient Monitoring 100%
• Liver Cancer 25%