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Model-based compensation for quantitative
123
I brain SPECT imaging
Yong Du
, Benjamin M.W. Tsui
, Eric C. Frey
School of Medicine
Research output
:
Contribution to journal
›
Article
›
peer-review
56
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Scopus citations
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123
I brain SPECT imaging'. Together they form a unique fingerprint.
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Keyphrases
123I
100%
Downscatter
100%
Model Compensation
100%
Brain SPECT
100%
Iterative Reconstruction
33%
Model-based Method
33%
Monte Carlo Simulation
22%
Reconstruction-based
22%
Image Contrast
22%
Collimator
22%
Attenuation
11%
Monte Carlo
11%
Quantitative Accuracy
11%
Point Source
11%
Accurate Quantification
11%
Specific Binding
11%
Projection Data
11%
Scatter Estimation
11%
Striatal
11%
Image Reconstruction
11%
Model Estimation
11%
Estimation Method
11%
High Energy
11%
Partial Volume Effect
11%
Binding Potential
11%
SPECT Image
11%
Brain Structure
11%
Detector Response
11%
Effective Source
11%
Activity Ratio
11%
Absolute Quantitation
11%
Photon Emission
11%
Total Count
11%
High Energy Photons
11%
Comprehensive Method
11%
Projection Step
11%
Energy-saving Window
11%
Minimal Losses
11%
Engineering
Collimator
100%
Response Function
50%
Projection Data
50%
Image Reconstruction
50%
Obtained Image
50%
Good Agreement
50%
Source Point
50%
Simulated Data
50%
Partial Volume Effect
50%
Brain Structure
50%
High Photon Energy
50%
Physics
Collimator
100%
Image Contrast
100%
Monte Carlo Method
100%
Monte Carlo
50%
Image Reconstruction
50%
Detectors
50%
Earth and Planetary Sciences
Collimator
100%
Estimation Method
50%
Image Reconstruction
50%