- 1 -

1-Exponential

1-Tissue Compartment Model

- 2 -

2-Exponentials

2-Tissue Compartment Model

2-Tissue Compartment Model with Vascular Binding

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 -

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 -

4-Tissue Compartments with Metabolites, K1/k2

- A -

Analysis of Parameter Sensitivity and Identifiability

Area under Curve (AUC)

Assessing Fit Results

Auxiliary Tools

- B -

Batch Mode

Blood Delay Fitting

Bolus/Infusion Optimization

- C -

Calculation of the Model Curve

Calibration: Correction

Calibration: Step-Down

Calibration: Step-Up

Card. H2O (Geometrical corr.)

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

Common Parameters across Regional TACs from Different Studies

Common Parameters across Regional TACs of a Single Study

Comparison of Model Curves for a Region

Comparison using two PKIN Windows

Compartment Model with 2 Eigenvalues

Compartment Model with 3 Eigenvalues

Compartment Models

Compartment Models for Cardiac Perfusion PET

Composite Import Format for all Data (.kmData)

Configuration and Fitting of Kinetic Tissue Models

Convenience Tools

Copy Operations

Coupled Fitting for Improving Parameter Estimates

Curve Display

Curve Layout

- D -

Data Import from VOIs

Data Saving

Data Transfer for Parametric Mapping in PKIN

Data Units

Decaying Exponentials

Default Model Configurations and Configuration Sets

Determination of k2' for Models Assuming a Pre-determined k2' Value

Disable Measurements for Removing Outliers or Shortening the Fitted Data Segment

Dispersion Calibration in PKIN

Dispersion Correction in PKIN

Dispersion Correction Methodology

Dispersion Correction of Automated Blood Samples

- E -

Edit Data and Create New Curves

Edit Patient and Change Isotope

Editing Facilities

Exponential Plasma/Whole-blood Fraction

- F -

FDG 2-Tissue Compartment Model

File-based Data Import

Fitting and Residual Weighting

Fitting Blood Shape Parameters and Tissue Parameters together

Fitting Multiple Models

Fitting Options on Extras Panel

Fitting Problems

Fix Parent/Plasma Fraction

Fix Plasma Fraction

Flumazenil Triple-injection Model

Flumazenil, COLD Input Curve

Flumazenil, HOT Input Curve

Fractal Dimension

Full Reference Tissue Model

- G -

Gamma Function

Gamma Function plus two Decaying Exponentials

General Assumptions in PKIN

General Curve Display Functionality

Global Configuration with Config Button

- H -

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

Interpolation Functions for Parent/Plasma Fraction

Interpolation Functions for Plasma/Whole-Blood Fraction

Interpolation Functions for Whole-Blood and Plasma Activity

Interpolation of Blood Data

Introduction to Modeling in PET

Irreversible 2-Tissue Compartment Model

Irreversible 2-Tissue Compartment Model, K1/k2, Flux

Iterative Fitting Principle

Ito Plot

- K -

Kinetic Model Configuration

Kinetic Model Fitting

- L -

Linear Activity Interpolation

Linear Function

Linear Interpolation Fraction

Linear Interpolation of Plasma/Whole-blood Fraction

Linear Simplified Reference Tissue Model (LSRTM)

List of PKIN Compartment Models

Local PKIN Configuration

Logan Plot

Logan's Reference Tissue Model based on Average k2'

- M -

MLAIR (Multiple Linear Analysis for Irreversible Radiotracers)

Model based Image Panel

Model Filtering

Model Fitting History

Model Parameter Propagation/Conversion during Model Switching

Model Parameters

Model Structure

Modeling in Batch Pipeline

Monte Carlo Simulations

Multi-linear Reference Tissue Model for [11C]-MP4A (RLS)

- N -

New Topic (10)

New Topic (8)

Non-Compartmental Models

- O -

Original Image Panel

- P -

Parameter Comparison across Regions (PKIN Parameters Explorer)

Parameter Restriction

Parameter Sensitivity to Acquisition Duration

Parameters Aggregation

Parametric Mapping Interface

Parametric Maps Panel

Parent/Plasma Fraction

Partial Saturation Method, Data-driven

Patlak Plot

Patlak Reference Tissue Model

PKIN Data Processing

PKIN for Parametric Mapping

PKIN Menu

PKIN Reference

Plasma

Plasma/Whole-blood Fraction

PMOD Copyright Notice

PMOD Kinetic Modeling Tool (PKIN)

Power-Damped Exponentials

Preparation of Blood Data

Processing Overview

- R -

Reference Models

Reference Tissue Models

References

RE-GP Analysis

Residual Weighting

- S -

SE Maps Panel

Sigmoid Function

Simplified Reference Tissue Model (SRTM)

Simplified Reference Tissue Model 2 (SRTM2)

Simulation of Bolus/Infusion Tracer Application

Special Processing Types

Spectral Analysis (SA)

Spectral Analysis SAIF

Spectral Analysis, vB

Starting the Kinetic Modeling Tool

Statistical Criteria for Comparing Models

Synthetic Data Generation

Synthetic Imaging Study for PXMOD Tests

Synthetic Modeling Study for PKIN

- T -

Time-Activity Curve Generation with Transfer to PKIN

Tissue Ratio Methods

Tissue/Plasma Ratio

Tracer Retention Fraction

- U -

User Interface

- V -

Visualization of Parameter Effect

Voxel-wise TAC modeling in PKIN

- W -

Watabe Function

Watabe's Reference Tissue Model with 2 Compartments

Water PET Model with Flow and Dispersion

Whole Blood