| Symbols & Numeric |
| 1-Exponential |
| 1-Tissue Compartment Model |
| 2-Exponentials |
| 2-Tissue Compartment Model |
| 2-Tissue Compartment Model with Vascular Trapping |
| 2-Tissue Compartment Model, Bmax |
| 2-Tissue Compartment Model, K1/k2 |
| 2-Tissue Compartment Model, K1/k2, Bmax |
| 2-Tissue Compartment Model, K1/k2, Vs |
| 2-Tissue Compartment Model, K1/k2, Vt |
| 2-Tissue Compartment Model, k5 |
| 2-Tissue Compartment Model, Linear Least Squares Method |
| 3-Exponentials |
| 3-Tissue Compartment Model |
| 3-Tissue Compartment Model, K1/k2, Vs |
| 3-Tissue Compartment Model, Sequential |
| 3-Tissue Compartments with Metabolites |
| 3-Tissue Compartments with Metabolites, K1/k2 |
| 3-Tissue Compartments with Metabolites, K1/k2, Vs |
| 4-Tissue Compartments with Metabolites, K1/k2 |
| A |
| Activity Models for Whole-Blood and Plasma |
| Activity Models for Whole-Blood and Plasma |
| Whole Blood and Plasma Activity |
| Analysis of Sensitivity and Identifiability |
| Area under Curve (AUC) |
| Assessing Fit Results |
| Auxiliary Tools |
| B |
| Batch Mode |
| Batch Mode |
| Default Model Configurations and Configuration Sets |
| Blood Delay Fitting |
| Blood Delay Fitting |
| Compartment Model with 2 Eigenvalues |
| Compartment Model with 3 Eigenvalues |
| Decaying Exponentials |
| Fitting Options |
| Gamma Function |
| Gamma Function plus two Decaying Exponentials |
| Linear Activity Interpolation |
| Water PET Model with Flow and Dispersion |
| Whole Blood and Plasma Activity |
| Blood Model Configuration |
| 1-Exponential |
| 2-Exponentials |
| 3-Exponentials |
| Blood Model Configuration |
| Card. NH3 (2 Compartments) |
| Card. NH3 (2 Compartments, K1/k2) |
| Compartment Model with 2 Eigenvalues |
| Compartment Model with 3 Eigenvalues |
| Decaying Exponentials |
| Exponential Plasma/Whole-blood Fraction |
| Fix Parent/Plasma Fraction |
| Fix Plasma Fraction |
| Gamma Function |
| Gamma Function plus two Decaying Exponentials |
| Hill Function |
| Hill Function |
| Linear Activity Interpolation |
| Linear Interpolation Fraction |
| Linear Interpolation of Plasma/Whole-blood Fraction |
| Power-Damped Exponentials |
| Sigmoid Function |
| Sigmoid Function |
| Watabe Function |
| Watabe Function |
| Bolus/Infusion Optimization |
| C |
| Calculation of the Model Curve |
| Card. NH3 (2 Compartments) |
| Card. NH3 (2 Compartments, K1/k2) |
| Card. NH3 (de Grado) |
| Card. NH3 (UCLA, 2 Parameters) |
| Card. Rb-82 (1 Compartment) |
| Card. Rb-82 (2 Compartments) |
| Cardiac Flow from Acetate PET |
| Cardiac Flow from Ammonia PET |
| Cardiac Flow from Rubidium-82 PET |
| Cardiac Flow from Water PET |
| Changing Display Types |
| Comments |
| Auxiliary Tools |
| Comments |
| Common Parameters across Regional TACs from Different Studies |
| Common Parameters across Regional TACs of a Single Study |
| Blood Delay Fitting |
| Common Parameters across Regional TACs of a Single Study |
| Comparison in an Additional Window |
| Compartment Model with 2 Eigenvalues |
| Compartment Model with 3 Eigenvalues |
| Compartment Models |
| Compartment Models |
| Compartment Models |
| Compartment Models for Cardiac Perfusion PET |
| Composite Import Format for all Data |
| Batch Mode |
| Composite Import Format for all Data |
| Convenience Tools |
| Conversion of Model Parameters with Model Switching |
| Conversion of Model Parameters with Model Switching |
| Default Model Configurations and Configuration Sets |
| Fitting Options |
| Copy Operations |
| Coupled Fitting for Improving Parameter Estimates |
| Coupled Fitting for Improving Parameter Estimates |
| Determination of k2' for Models Assuming a Pre-determined k2' Value |
| Criteria for Comparing Models |
| Curve Layout |
| D |
| Data Import from VOIs |
| Data Loading/Saving |
| Data Saving |
| Decaying Exponentials |
| Default Model Configurations and Configuration Sets |
| Default Model Configurations and Configuration Sets |
| Default Model Configurations and Configuration Sets |
| Determination of k2' for Models Assuming a Pre-determined k2' Value |
| Determination of k2' for Models Assuming a Pre-determined k2' Value |
| Ichise's Multilinear Reference Tissue Model 2 (MRTM2) |
| Logan's Reference Tissue Model based on Average k2' |
| Simplified Reference Tissue Model 2 (SRTM2) |
| Disable Measurements for Removing Outliers or Shortening the Fitted Data Segment |
| Disable Measurements for Removing Outliers or Shortening the Fitted Data Segment |
| Model Fitting History |
| E |
| Edit Data and Create New Curves |
| Auxiliary Tools |
| Edit Data and Create New Curves |
| Kinetic Model Configuration |
| Edit Patient and Change Isotope |
| Auxiliary Tools |
| Edit Data and Create New Curves |
| Edit Patient and Change Isotope |
| Residual Weighting |
| Editing Facilities |
| Exponential Plasma/Whole-blood Fraction |
| F |
| FDG 2-Tissue Compartment Model |
| File-based Data Import |
| Fitting and Residual Weighting |
| Fitting and Residual Weighting |
| Iterative Fitting Principle |
| Residual Weighting |
| Fitting Blood Shape Parameters and Tissue Parameters together |
| Fitting Blood Shape Parameters and Tissue Parameters together |
| Fitting Options |
| Fitting Multiple Models |
| Fitting of Kinetic Tissue Models |
| Fitting of Kinetic Tissue Models |
| Parent/Plasma Fraction |
| Plasma/Whole-blood Fraction |
| Fitting Options |
| Batch Mode |
| Fitting Options |
| Parameter Sensitivity to Acquisition Duration |
| Fitting Problems |
| Fix Parent/Plasma Fraction |
| Fix Plasma Fraction |
| Flumazenil Triple-injection Model |
| Flumazenil, COLD Input Curve |
| Flumazenil, HOT Input Curve |
| Fractal Dimension |
| Fraction Models for Parent/Plasma Activity |
| Fraction Models for Parent/Plasma Activity |
| Parent/Plasma Fraction |
| Fraction Models for Plasma/Whole-Blood Activity |
| Fraction Models for Plasma/Whole-Blood Activity |
| Plasma/Whole-blood Fraction |
| Full Reference Tissue Model |
| G |
| Gamma Function |
| Gamma Function plus two Decaying Exponentials |
| General Assumptions in PKIN |
| General Curve Display Functionality |
| General Curve Display Functionality |
| Tissue Ratio Methods |
| Global Configuration with Config Button |
| Global Configuration with Config Button |
| Model Filtering |
| H |
| Hill Function |
| Hill Function |
| Hill Function |
| I |
| Ichise Multilinear Analysis MA1 |
| Ichise Multilinear Analysis MA2 |
| Ichise's Multilinear Reference Tissue Model (MRTM) |
| Ichise's Multilinear Reference Tissue Model 2 (MRTM2) |
| Ichise's Original Multilinear Reference Tissue Model (MRTM0) |
| Import of Blood Data |
| Import of Tissue Time-Activity Data |
| Input Curve |
| Input Curve |
| Input Curve (AIF) |
| Input Curve (AIF) |
| Introduction to Modeling in PET |
| Iterative Fitting Principle |
| Ito Plot |
| K |
| Kinetic Model Configuration |
| Kinetic Model Fitting |
| Kinetic Model Fitting |
| Whole Blood and Plasma Activity |
| L |
| Linear Activity Interpolation |
| Linear Interpolation Fraction |
| Linear Interpolation of Plasma/Whole-blood Fraction |
| Linear Simplified Reference Tissue Model (LSRTM) |
| List of PKIN Compartment Models |
| Local PKIN Configuration |
| File-based Data Import |
| Local PKIN Configuration |
| Logan Plot |
| Logan's Reference Tissue Model based on Average k2' |
| M |
| MLAIR (Multiple Linear Analysis for Irreversible Radiotracers) |
| Model Filtering |
| Fitting Multiple Models |
| Kinetic Model Configuration |
| Model Filtering |
| PKIN Configuration |
| Model Fitting History |
| Batch Mode |
| Comparison in an Additional Window |
| Data Saving |
| Fitting Multiple Models |
| Model Fitting History |
| Parameter Overview |
| Model Parameters |
| Model Structure |
| Conversion of Model Parameters with Model Switching |
| Model Structure |
| Modeling in Batch Pipeline |
| Monte Carlo Simulations |
| Multi-linear Reference Tissue Model for [11C]-MP4A (RLS) |
| N |
| Non-Compartmental Models |
| Introduction to Modeling in PET |
| Non-Compartmental Models |
| P |
| Parameter Overview |
| Auxiliary Tools |
| Parameter Overview |
| Parameter Restriction |
| Parameter Sensitivity to Acquisition Duration |
| Model Fitting History |
| Parameter Sensitivity to Acquisition Duration |
| Parameters Aggregation |
| Fitting Multiple Models |
| Parameters Aggregation |
| Parent/Plasma Fraction |
| 1-Exponential |
| 2-Exponentials |
| 3-Exponentials |
| Fix Parent/Plasma Fraction |
| Hill Function |
| Linear Interpolation Fraction |
| Parent/Plasma Fraction |
| Power-Damped Exponentials |
| Sigmoid Function |
| Watabe Function |
| Patlak Plot |
| Patlak Reference Tissue Model |
| PKIN Configuration |
| PKIN Data Processing |
| PKIN Model Reference |
| Plasma/Whole-blood Fraction |
| Exponential Plasma/Whole-blood Fraction |
| Fix Plasma Fraction |
| Hill Function |
| Linear Interpolation of Plasma/Whole-blood Fraction |
| Plasma/Whole-blood Fraction |
| Sigmoid Function |
| Watabe Function |
| PMOD Copyright Notice |
| PMOD Kinetic Modeling Tool (PKIN) |
| Power-Damped Exponentials |
| Processing Overview |
| R |
| Reference Models |
| Reference Models |
| Reference Models |
| Reference Tissue Models |
| Reference Tissue Models |
| References |
| RE-GP Analysis |
| Residence Times |
| Residual Weighting |
| Edit Patient and Change Isotope |
| Monte Carlo Simulations |
| Residual Weighting |
| S |
| Sigmoid Function |
| Sigmoid Function |
| Sigmoid Function |
| Simplified Reference Tissue Model (SRTM) |
| Simplified Reference Tissue Model 2 (SRTM2) |
| Simulation of Bolus/Infusion Tracer Application |
| Special Processing Modes |
| Spectral Analysis |
| Spectral Analysis (SA) |
| Spectral Analysis |
| Spectral Analysis (SA) |
| Starting the Kinetic Modeling Tool |
| Synthetic Data Generation |
| Synthetic Imaging Study for PXMOD Tests |
| Synthetic Modeling Study for PKIN |
| T |
| Tissue Ratio Methods |
| Tissue/Plasma Ratio |
| Tracer Retention Fraction |
| V |
| Visualization of Parameter Effect |
| W |
| Watabe Function |
| Watabe Function |
| Watabe Function |
| Watabe's Reference Tissue Model with 2 Compartments |
| Water PET Model with Flow and Dispersion |
| Whole Blood and Plasma Activity |
| Blood Delay Fitting |
| Whole Blood and Plasma Activity |