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---

Contents

• 1TCM
  (up)
  • Compartmental models in positron emission tomography
  • Volume of distribution
  • Models for simulation
• 2TCM
  (up)
  • Two-tissue compartmental models
  • Compartmental models in positron emission tomography
  • Volume of distribution
  • Multilinear 2TCM
  • Models for simulation
• 3TCM
  (up)
  • Compartmental models in positron emission tomography
  • Volume of distribution
  • Models for simulation
• 5-HT2A
  (up)
  • Analysis of PET measurements of [F-18]altanserin
  • Analysis of [F-18]deuteroaltanserin
• ABSS
  (up)
  • Allogg ABSS on-line detector file format
  • Allogg ABSS on-line detector 2 file format
  • Scanditronics/GEMS on-line detector file format
  • ABSS
  • ABSS calibration
  • ABSS data process
  • Blood sampling while ABSS is running
  • twilite ABSS
  • Dispersion in input function
  • Blood sampling
• Acetate
  (up)
  • Acetate
• Acetyl-CoA
  (up)
  • Acetate
  • Fatty acids
• Acetylcholine
  (up)
  • Analysis of [C-11]MP4A
  • Parasympathetic nervous system
  • Sympathetic nervous system
  • Cholinergic system
• AChE
  (up)
  • Analysis of [C-11]MP4A
  • Parasympathetic nervous system
  • Cholinergic system
• Adenosine
  (up)
  • Adenosine receptors
  • P2 purinoceptors
• Adenosine receptor
  (up)
  • Analysis of [C-11]MPDX
  • Analysis of [C-11]TMSX
  • Adenosine receptors
• Adipose tissue
  (up)
  • Analysis of FTHA
  • Blood flow in other organs
  • Brown adipose tissue
  • Adipose tissue
  • Leptin
• Administration
  (up)
  • Radioligand administration
  • Radioligand dose
  • Extravasation
  • Intraperitoneal injection
  • Input TAC fitting
  • Input function
  • PET study design
• Adrenal glands
  (up)
  • Analysis of [C-11]Metomidate
  • Adrenal glands
• Adrenaline
  (up)
  • Adrenal glands
  • Sympathetic nervous system
  • Adrenergic system
  • Noradrenaline transporter
• Adrenoceptors
  (up)
  • Analysis of [C-11]ORM-13070
  • Adrenergic system
• Aldosterone
  (up)
  • Analysis of [C-11]Metomidate
  • CKD
  • Adrenal glands
  • Kidneys
  • Natriuretic peptides
  • RAAS
• Allogg
  (up)
  • Allogg ABSS on-line detector file format
  • Allogg ABSS on-line detector 2 file format
  • ABSS
• Alpha-synuclein
  (up)
  • Parkinson's disease
  • Proteinopathies
  • Alpha-synuclein
• Alzheimer disease
  (up)
  • Analysis of [C-11]PIB PET
  • Analysis of [F-18]Flutemetamol PET
  • Alzheimer's disease
  • Proteinopathies
  • Amyloid beta
  • Tau proteins
• Amide
  (up)
  • ROI
• Amino acid
  (up)
  • Analysis of [C-11]methionine
  • Analysis of [F-18]FBPA
  • Analysis of PET measurements of FDOPA
  • Fluoroglutamine
  • Fluciclovine
  • Glutamine
  • Glucagon
  • Protein synthesis rate
  • Cystine-glutamate exchanger
  • Amino acid transporters
• Amyloid-beta
  (up)
  • Analysis of [C-11]PIB PET
  • Analysis of [F-18]Flutemetamol PET
  • Alzheimer's disease
  • Proteinopathies
  • Amyloid beta
• Amyloidosis
  (up)
  • Analysis of [C-11]PIB PET
  • Analysis of [F-18]Flutemetamol PET
  • Proteinopathies
  • Amyloid beta
• Analysis
  (up)
  • PET analysis methods
  • PET data analysis
  • Using command-line SW in TPC
  • Targets of functional imaging using PET
  • Calculation models for images
  • Input function
  • Processing input data
  • CM analysis - Regional TACs with plasma input
  • PET study design
  • Calculation models for regional TACs
  • Analysis instructions by PET tracer
• Analyze 7.5
  (up)
  • alldcmtoana.bat
  • PET image formats
  • Analyze 7.5 image format
  • Tools for processing image data
  • Scan Information File - SIF
• Angiogenesis
  (up)
  • Angiogenesis
  • Hypoxia
  • Tumour
• Angiotensin
  (up)
  • RAAS
• Anxiety
  (up)
  • Acute stress during PET
• Apoptosis
  (up)
  • Apoptosis
  • Infection
  • Inflammation
  • PARP
  • RAGE
  • Transglutaminase-2
• Aquaporins
  (up)
  • Oxygen consumption
  • Kidneys
  • Aquaporins
• Aromatase
  (up)
  • Estrogen receptors
• Arthritis
  (up)
  • Analysis of [C-11]choline
  • Analysis of [F-18]fluoromannan PET
  • [F-18]F-PEG-folate
  • Arthritis
• Asymmetry index
  (up)
  • Asymmetry index
  • tissue-to-reference ratio
• Atherosclerosis
  (up)
  • Analysis of [C-11]choline
  • Analysis of [F-18]fluoride
  • Atherosclerosis
  • Heart
• ATP
  (up)
  • Analysis of [C-11]SMW139
  • Adenosine receptors
  • P2 purinoceptors
• Attenuation
  (up)
  • Attenuation correction
  • Image reconstruction
  • PET sinogram
• AUC
  (up)
  • Long time frames in Patlak analysis
  • Plasma pharmacokinetics
  • FUR
  • AUC
• Autonomic nervous system
  (up)
  • Analysis of [C-11]HED
  • Analysis of PET measurements of fluorodopamine
  • Analysis of [F-18]MFBG
  • Analysis of [F-18]NS12137
  • Adrenal glands
  • Parasympathetic nervous system
  • Sympathetic nervous system
  • Adrenergic system
  • Noradrenaline transporter
• Autoradiography
  (up)
  • Blood flow in the brain
  • Autoradiography
  • Model for radiowater
  • Phosphor imaging autoradiography in PET
• bash
  (up)
  • Analysis of PET studies in batch mode
  • Using command-line SW in TPC
  • Decimal separator
  • SW development using C in Windows
  • Windows Subsystem for Linux
• Basis functions
  (up)
  • Two-tissue compartmental models
  • BP image
  • Reference input compartmental models
• BAT
  (up)
  • Metabolic rate of oxygen in brown adipose tissue
  • Brown adipose tissue
• BBB
  (up)
  • Analysis of 68Ga-DOTA PET data
  • Blood brain barrier
• Beta-cell
  (up)
  • Analysis of PET measurements of [F-18]exendin-4
  • Analysis of PET measurements of [Ga-68]NODAGA-exendin-4
  • Pancreas
  • GLP-1 receptor
• BIDS
  (up)
  • NIfTI-1 image format
  • fPET-FDG
• Biexponential
  (up)
  • CM for input
  • Exponential functions for input
  • CM for parent fractions
  • Plasma pharmacokinetics
  • Modeling A-V difference
• Bile acids
  (up)
  • Gastrointestinal tract
  • Liver
• Binding potential
  (up)
  • Model-based input function
  • BP image
  • Volume of distribution
  • Reference tissue
  • Plasma protein binding
  • Binding potential
  • Bmax and KD
  • Partial saturation approach
• Biologicals
  (up)
  • Immuno-PET
  • Oligonucleotides
  • Peptides
• Biosimilars
  (up)
  • Immuno-PET
  • Oligonucleotides
  • Peptides
• Bland-Altman
  (up)
  • Bland-Altman plot
  • Model validation
• Blood
  (up)
  • Blood
  • Blood volume
  • Allogg ABSS on-line detector file format
  • Allogg ABSS on-line detector 2 file format
  • Scanditronics/GEMS on-line detector file format
  • Hematocrit
  • Input from abdominal aorta in radiowater PET
  • ABSS
  • ABSS calibration
  • ABSS data process
  • Blood sampling while ABSS is running
  • twilite ABSS
  • Blood to plasma conversion
  • Fitting plasma-to-blood ratio
  • Dispersion in input function
  • Input TAC fitting
  • Input function
  • Input data from PET image
  • Plasma and blood data
  • Processing input data
  • Blood sampling
  • Venous blood
  • Modeling A-V difference
  • Late-scan tissue-to-plasma ratio
  • O2 metabolite correction
  • Platelets
  • Red blood cells
  • Vascular system
  • White blood cells
• Blood volume
  (up)
  • Quantitation of blood volume using [O-15]CO
  • Blood volume
  • Cerebral perfusion pressure and mean transit time
• Bmax
  (up)
  • Binding potential
  • Bmax and KD
  • Partial saturation approach
• BNCT
  (up)
  • Analysis of [F-18]FBPA
  • BNCT
• Bolus plus infusion
  (up)
  • Radioligand administration
  • fPET-FDG
  • tissue-to-reference ratio
• Bone
  (up)
  • Analysis of FDG
  • Analysis of [F-18]fluoride
  • CKD
  • Bone
• Bone marrow
  (up)
  • Bone
  • Red blood cells
• Bootstrap
  (up)
  • Bootstrap
  • Simulation of noise
• Brain
  (up)
  • Analysis of [C-11]acetate
  • Analysis of [C-11]FLB457
  • Analysis of [C-11]Palmitate
  • Analysis of [C-11]-R-PK11195
  • Analysis of [C-11]Raclopride
  • Analysis of [C-11]WAY-100635
  • Analysis of [N-13]ammonia
  • Analysis of [¹⁸F]DPA-714
  • Analysis of FDG
  • Analysis of PET measurements of FDOPA
  • Analysis of FTHA
  • Blood flow in the brain
  • Metabolic rate of oxygen in the brain
  • Blood brain barrier
  • Depression
  • Stroke
  • Traumatic Brain Injury
  • fPET-FDG
• Branching ratio
  (up)
  • Branching ratio
• BSA
  (up)
  • SUV
• BTAC
  (up)
  • Blood
  • Time delay correction
  • Blood to plasma conversion
  • Input data from PET image
  • Plasma and blood data
  • Blood sampling
  • Venous blood
• BuChE
  (up)
  • Analysis of [C-11]MP4B
  • Parasympathetic nervous system
  • Cholinergic system
• C language
  (up)
  • Installing TPC software
  • SW development in TPC
  • SW development using C in Linux
  • SW development using C in Windows
• Calibration
  (up)
  • Image reconstruction
  • ABSS calibration
  • PET data units
  • Quantification of radioactivity
• cAMP
  (up)
  • Aquaporins
  • cAMP and cGMP
  • Glucagon
  • Glutamatergic system
  • Natriuretic peptides
  • Vasopressin and vasopressin receptors
  • Vascular system
• Cannabinoids
  (up)
  • Analysis of PET measurements of [F-18]FMPEP-d2
  • [F-18]FPATPP PET
  • Cannabinoids and cannabinoid receptors
• Capillaries
  (up)
  • Blood brain barrier
  • Endothelial barrier
• Carbon dioxide
  (up)
  • Analysis of [C-11]CO2
  • Analysis of [O-15]CO2
  • Carbonic anhydrase
• Carbon monoxide
  (up)
  • Quantitation of blood volume using [O-15]CO
  • Blood volume
  • Hemoglobin
• Carbonic anhydrase
  (up)
  • Carbonic anhydrase
  • Hypoxia
• Carimas
  (up)
  • Analysis of [N-13]ammonia
  • Analysis of Rb-82
  • MBF using radiowater
  • ROI
  • Scan Information File - SIF
  • Software for PET
• Catecholamines
  (up)
  • Analysis of PET measurements of fluorodopamine
  • Adrenal glands
  • Sympathetic nervous system
  • Adrenergic system
  • Dopamine
  • Noradrenaline transporter
• Catenation
  (up)
  • Combining interrupted PET scans
  • PET scan started later than at injection
• CB1R
  (up)
  • Analysis of PET measurements of [F-18]FMPEP-d2
  • [F-18]FPATPP PET
  • Cannabinoids and cannabinoid receptors
• CB2R
  (up)
  • Cannabinoids and cannabinoid receptors
• Cell proliferation
  (up)
  • Analysis of [F-18]FLT
  • Extracellular matrix
  • Protein synthesis rate
  • Tumour
• CFR
  (up)
  • Analysis of [F-18]Flurpiridaz
  • MBF using radiowater
• Cholesterol
  (up)
  • Atherosclerosis
  • TSPO
• Choline
  (up)
  • Analysis of [C-11]choline
  • Arthritis
  • Sigma receptors
• Chromatography
  (up)
  • TLC and HPLC in determining metabolite fractions
  • Plasma parent fractions
• Circulation
  (up)
  • Radioligand administration
  • Cardiac output
  • CPTT
  • Atherosclerosis
  • Lymphatic system
  • Heart
  • Lungs
  • Vascular system
• Clearance
  (up)
  • Plasma pharmacokinetics
  • Pharmacokinetic one-compartment model
  • Pharmacokinetic two-compartment model
  • Pharmacokinetic three-compartment model
  • Urine in PET studies
• CLI
  (up)
  • Analysis of PET studies in batch mode
  • Installing TPC software
  • SW development in TPC
  • SW development using C in Windows
  • Windows Subsystem for Linux
  • Linux CLI tools for text files
• Clustering
  (up)
  • PET image clustering
  • Comparing TACs
  • Runs test
• CNS
  (up)
  • Traumatic Brain Injury
  • Brain
  • Spinal cord
  • Neurotransmitter release
• CNT
  (up)
  • Adenosine receptors
  • P2 purinoceptors
• Compartmental model
  (up)
  • CM for input
  • Graham's CM for input
  • CM for parent fractions
  • Two-tissue compartmental models
  • Model selection using AIC
  • CM analysis - Regional TACs with plasma input
  • Compartmental models in positron emission tomography
  • Model fitting
  • Reference input compartmental models
  • Distributed model
  • Volume of distribution
  • Multilinear model
  • Multilinear 2TCM
  • Compartmental model ODEs in PET
  • PET compartmental model ODEs with convolution
  • Shape analysis
  • Spectral analysis
  • Workable model
  • Models for simulation
  • TPCMOD0001 Appendix B
  • TPCMOD0001 Appendix C
• Convolution
  (up)
  • Compartmental models in positron emission tomography
  • Reference input compartmental models
  • Compartmental model ODEs in PET
  • PET compartmental model ODEs with convolution
• Cortisol
  (up)
  • Acute stress during PET
  • Analysis of [C-11]Metomidate
  • Adrenal glands
• Count
  (up)
  • PET count-rate data
  • Quantification of radioactivity
  • PET sinogram
• Countrate
  (up)
  • Time delay correction
  • PET count-rate data
• CSF
  (up)
  • Brain
  • Spinal cord
• CSV
  (up)
  • QView format
• CT
  (up)
  • Using CT in Turku PET Centre
  • ROI
• Cytokines
  (up)
  • EPO
  • Chemokines and Chemokine receptors
  • Heparan sulphate proteoglycans
  • Inflammation
  • Leptin
  • Neuropeptides
  • White blood cells
• D2/D3 receptors
  (up)
  • Analysis of [C-11]FLB457
  • Analysis of [C-11]Raclopride
• DAT
  (up)
  • Analysis of [C-11]PE2I
  • [F-18]FE-PE2I
  • Dopamine
• Decay correction
  (up)
  • Branching ratio
  • Decay correction
• Deconvolution
  (up)
  • PVC with IDM
• Delay correction
  (up)
  • Time delay correction
  • Dispersion in input function
  • Processing input data
  • PET count-rate data
• Dementia
  (up)
  • Analysis of [C-11]PIB PET
  • Analysis of [F-18]Flutemetamol PET
  • Alzheimer's disease
  • Proteinopathies
  • Traumatic Brain Injury
  • Amyloid beta
  • Tau proteins
• Depression
  (up)
  • Depression
• DFT
  (up)
  • DFT file format
  • FIT file format
• Diabetes
  (up)
  • Analysis of [C-11]metformin
  • Atherosclerosis
  • Metabolic syndrome
  • Pancreas
  • Insulin
• DICOM
  (up)
  • alldcmtoana.bat
  • PET image formats
  • DICOM format
  • Image anonymization
  • PET image
  • Using MRI in Turku PET Centre
  • PETPACS
• Dispersion
  (up)
  • Time delay correction
  • Dispersion in input function
  • Processing input data
• Distributed model
  (up)
  • Distributed model
• Dopamine
  (up)
  • Analysis of [C-11]FLB457
  • Analysis of [C-11]PE2I
  • Analysis of [C-11]Raclopride
  • Analysis of PET measurements of fluorodopamine
  • Analysis of PET measurements of FDOPA
  • [F-18]FE-PE2I
  • Dopamine
  • Noradrenaline transporter
• Dose
  (up)
  • Radioligand dose
  • SUV
  • Specific activity
• Drug development
  (up)
  • Drug biodistribution
  • Drug dosage
  • Enzyme inhibition
  • Pharmacokinetic one-compartment model
  • Pharmacokinetic two-compartment model
  • Pharmacokinetic three-compartment model
  • WB-PBPK
  • Bmax and KD
  • Receptor occupancy
• Dual-input
  (up)
  • Liver dual-input
  • Liver
  • TPCMOD0001 Appendix B
  • TPCMOD0001 Appendix C
• EC50
  (up)
  • Drug dosage
  • Receptor occupancy
• ECAT
  (up)
  • Attenuation correction
  • Scanditronics/GEMS on-line detector file format
  • PET image formats
  • ECAT format
  • ECAT ROI format
  • Image anonymization
  • Combining interrupted PET scans
  • PET scan started later than at injection
  • PET image
  • Image reconstruction
  • Tools for processing image data
  • PET sinogram
  • Calculation models for sinograms
  • Parametric sinogram
• Effect size
  (up)
  • Effect size
• Endothelium
  (up)
  • Blood brain barrier
  • Endothelial barrier
  • Heparan sulphate proteoglycans
  • Sphingosine-1-phosphate receptors
• ENT
  (up)
  • Analysis of [F-18]FLT
  • Red blood cells
  • Adenosine receptors
  • P2 purinoceptors
• Enzyme activity
  (up)
  • Analysis of [C-11]L-deprenyl-D2
  • Analysis of [C-11]MP4A
  • Analysis of [C-11]MP4B
  • Enzyme inhibition
  • Enzyme activity
• Epigenetics
  (up)
  • HDACs
• Estrogen
  (up)
  • Ovaries and ovarian cancer
  • Estrogen receptors
  • Progesterone receptors
• Excel
  (up)
  • Regional Logan plot - calculation with plasma input
  • Regional Logan plot - calculation with reference input
  • MTGA plots
  • Models for simulation
  • Plotting TAC
• Exendin-4
  (up)
  • Analysis of PET measurements of [F-18]exendin-4
  • Analysis of PET measurements of [Ga-68]NODAGA-exendin-4
  • GLP-1 receptor
• Exponential function
  (up)
  • Exponential functions for input
  • Fitting parent fractions
  • Plasma pharmacokinetics
  • Dynamic processes
  • Spectral analysis
  • Urine in PET studies
• Extracellular matrix
  (up)
  • Analysis of [Ga-68]DOTA-E-cRGDfK2
  • Angiogenesis
  • Extracellular matrix
  • FAP
  • Heparan sulphate proteoglycans
  • Integrins
  • RAGE
  • Transglutaminase-2
• Extracellular volume
  (up)
  • Analysis of 68Ga-DOTA PET data
• Extraction
  (up)
  • Fick's principle
  • Modeling A-V difference
  • Comprehensive model
  • Comprehensive model
• Extrapolation
  (up)
  • Input TAC fitting
  • Graham's CM for input
  • Exponential functions for input
  • Fitting parent fractions
  • Plasma pharmacokinetics
  • AUC
• Extravasation
  (up)
  • Radioligand administration
  • Extravasation
• Factor analysis
  (up)
  • Factor analysis
• FAP
  (up)
  • Arthritis
  • Atherosclerosis
  • Extracellular matrix
  • FAP
  • Tumour
• Fatty acids
  (up)
  • Acetate
  • Analysis of [C-11]Palmitate
  • Analysis of FTHA
  • Lumped constant
  • Adipose tissue
  • Fatty acid binding proteins
  • Fatty acid transport proteins
  • Fatty acids
• FDG
  (up)
  • Analysis of FDG
  • fPET-FDG
  • Glucose
  • Population-based input function
  • Lumped constant
  • Perfusion-metabolism mismatch volume
  • Metabolic volume
  • SUV
  • Bone
  • Inflammation
  • Urine in PET studies
• Fibrosis
  (up)
  • Extracellular matrix
  • FAP
  • RAGE
  • Transglutaminase-2
• File format
  (up)
  • Allogg ABSS on-line detector file format
  • Allogg ABSS on-line detector 2 file format
  • Scanditronics/GEMS on-line detector file format
  • ANC file format
  • CPT file format
  • CRV file format
  • Decimal separator
  • fbprec parameter file
  • IDWC and IF file format
  • PET image formats
  • Analyze 7.5 image format
  • DICOM format
  • ECAT format
  • NIfTI-1 image format
  • PET file formats
  • mrprec parameter file
  • QView format
  • ECAT ROI format
  • Imadeus ROI format
  • SVG
  • DFT file format
  • FIT file format
  • IFT file format
  • Result file format
  • Tools for processing image data
  • Scan Information File - SIF
• Filtering
  (up)
  • PET image filtering
  • r constrained parametric images
  • Simulation of noise
  • Comparing TACs
• Fitting
  (up)
  • Bootstrap
  • FIT file format
  • Fitting plasma-to-blood ratio
  • Input TAC fitting
  • CM for input
  • Graham's CM for input
  • Exponential functions for input
  • Surge function for input
  • Catenary time-delay model
  • Fitting parent fractions
  • CM for parent fractions
  • Hill function in metabolite correction
  • Power function in metabolite correction
  • Plasma pharmacokinetics
  • Model selection using AIC
  • CM analysis - Regional TACs with plasma input
  • Model fitting
  • Function fitting
  • Weights for data analysis
  • Optimization
  • NNLS
  • PSO
  • Comparing TACs
  • TTAC fitting
  • Runs test
• Flowchart
  (up)
  • PET data analysis
  • Processing input data
• Fluoride
  (up)
  • Analysis of [F-18]fluoride
  • Bone
• Folates
  (up)
  • [F-18]F-PEG-folate
  • Folates
  • PSMA
• Fractal analysis
  (up)
  • Tissue heterogeneity
• FUR
  (up)
  • FUR
  • FUR image
  • AUC
• GABA
  (up)
  • Analysis of [C-11]flumazenil
  • GABAergic system
• Gallium
  (up)
  • Ga-68 citrate
  • Gallium in PET studies
• Gene expression
  (up)
  • Oligonucleotides
  • HDACs
• GFR
  (up)
  • ARAS
  • CKD
  • Kidneys
• Glial cells
  (up)
  • Analysis of [C-11]PBR28
  • Myelin
  • TSPO
• GLP-1R
  (up)
  • Analysis of PET measurements of [F-18]exendin-4
  • Analysis of PET measurements of [Ga-68]NODAGA-exendin-4
  • GLP-1 receptor
• Glucagon
  (up)
  • Pancreas
  • Glucagon
• Glucose
  (up)
  • Analysis of [C-11]metformin
  • Analysis of FDG
  • fPET-FDG
  • Glucose
  • Lactate
  • Glucagon
  • Insulin
• Glutamate
  (up)
  • Glutamatergic system
  • PSMA
  • Cystine-glutamate exchanger
• Glutamine
  (up)
  • Analysis of [N-13]ammonia
  • Fluoroglutamine
  • Glutamine
• Glutathione
  (up)
  • ROS
  • Cystine-glutamate exchanger
• Glycolysis
  (up)
  • Glucose
  • Lactate
  • Perfusion-metabolism mismatch volume
  • Metabolic volume
  • Pyruvate
• Growth hormone
  (up)
  • Ghrelin
• Haemoglobin
  (up)
  • Hemoglobin
  • Myoglobin
  • Red blood cells
• Haemorrhage
  (up)
  • Stroke
  • Traumatic Brain Injury
• Hematocrit
  (up)
  • Hematocrit
  • Blood to plasma conversion
  • Hemoglobin
  • Spleen
  • EPO
• Heterogeneity
  (up)
  • Partial volume effect
  • Tissue heterogeneity
• Histamine
  (up)
  • Histamine and histamine receptors
• HPA axis
  (up)
  • Acute stress during PET
  • Glucocorticoid receptor
• Huntington disease
  (up)
  • Huntington disease
• Hypertension
  (up)
  • ARAS
  • Atherosclerosis
  • Metabolic syndrome
  • Kidneys
  • RAAS
  • Vasopressin and vasopressin receptors
  • Vascular system
• Hypoxia
  (up)
  • Analysis of [18F]EF5
  • Copper in PET studies
  • ROS
  • EPO
  • Apoptosis
  • Carbonic anhydrase
  • Hypoxia
  • Tumour
• IDIF
  (up)
  • ICA
  • PET image clustering
  • Input from abdominal aorta in radiowater PET
  • Input data from PET image
  • Model-based input function
  • Spillover in cardiac PET
  • Factor analysis
• Image
  (up)
  • Using CT in Turku PET Centre
  • PET image formats
  • Analyze 7.5 image format
  • DICOM format
  • ECAT format
  • NIfTI-1 image format
  • Image anonymization
  • Combining interrupted PET scans
  • PET image clustering
  • PET image filtering
  • PET scan started later than at injection
  • Image mask
  • Calculation models for images
  • Parametric image
  • PET image
  • PET image presentation
  • PVC with IDM
  • Partial volume effect
  • Image reconstruction
  • Tools for processing image data
  • Input from abdominal aorta in radiowater PET
  • Input data from PET image
  • Factor analysis
  • SUV image
  • PET data
  • PETPACS
  • ROI
  • Simulation of PET images and sinograms
  • PET simulators and phantoms
• Image reconstruction
  (up)
  • fbprec parameter file
  • mrprec parameter file
  • Image reconstruction
  • PET study design
• ImmunoPET
  (up)
  • Copper in PET studies
  • Immuno-PET
  • Pretargeted PET imaging
  • Zirconium in PET studies
• Incretin
  (up)
  • Analysis of PET measurements of [F-18]exendin-4
  • Analysis of PET measurements of [Ga-68]NODAGA-exendin-4
  • Glucose
  • GLP-1 receptor
• Infection
  (up)
  • Ga-68 citrate
  • Tuberculosis
  • Infection
  • Inflammation
  • Transferrin and transferrin receptor
• Inflammation
  (up)
  • Analysis of [C-11]choline
  • Analysis of [C-11]PBR28
  • Analysis of [C-11]-R-PK11195
  • Analysis of [C-11]SMW139
  • Analysis of [¹⁸F]DPA-714
  • Analysis of [F-18]fluoromannan PET
  • [F-18]F-PEG-folate
  • Ga-68 citrate
  • Analysis of [Ga-68]DOTA-E-cRGDfK2
  • Analysis of 68Ga-DOTA PET data
  • Angiogenesis
  • Arthritis
  • Asthma
  • Atherosclerosis
  • Metabolic volume
  • ROS
  • Arginase
  • Chemokines and Chemokine receptors
  • Folates
  • Histamine and histamine receptors
  • Infection
  • Inflammation
  • P2 purinoceptors
  • RAGE
  • Sphingosine-1-phosphate receptors
  • Somatostatin receptors
  • Transferrin and transferrin receptor
  • TSPO
  • VAP-1
  • White blood cells
• Input function
  (up)
  • Time delay correction
  • Input from abdominal aorta in radiowater PET
  • ABSS
  • ABSS data process
  • Blood to plasma conversion
  • Fitting plasma-to-blood ratio
  • Dispersion in input function
  • Input TAC fitting
  • CM for input
  • Graham's CM for input
  • Exponential functions for input
  • Surge function for input
  • Catenary time-delay model
  • Input function
  • Input data from PET image
  • Model-based input function
  • Plasma metabolite correction
  • Fitting parent fractions
  • CM for parent fractions
  • Plasma parent fractions
  • Plasma pharmacokinetics
  • Plasma and blood data
  • Population-based input function
  • Processing input data
  • Blood sampling
  • Venous blood
  • Modeling A-V difference
  • PET study design
  • O2 metabolite correction
  • Input data for simulation
• Insulin
  (up)
  • Pancreas
  • Glucagon
• Integrins
  (up)
  • Analysis of [Ga-68]DOTA-E-cRGDfK2
  • Angiogenesis
  • Extracellular matrix
  • Platelets
  • Integrins
• Interpolation
  (up)
  • Input TAC fitting
  • Fitting parent fractions
  • TTAC fitting
• Intestine
  (up)
  • Analysis of FTHA
  • Glucose
  • Gastrointestinal tract
  • Pancreas
• Iodine
  (up)
  • Iodine in PET studies
  • Thyroid gland
• Ischemia
  (up)
  • Atherosclerosis
  • Stroke
  • Traumatic Brain Injury
• Isotope
  (up)
  • Branching ratio
  • Decay correction
  • Quantification of radioactivity
• KD
  (up)
  • Binding potential
  • Bmax and KD
  • Partial saturation approach
• Ketones
  (up)
  • Analysis of [C-11]acetoacetate
  • Analysis of [C-11]hydroxybutyrate
  • Ketone bodies
  • Monocarboxylate transporters
• Ki
  (up)
  • FUR
  • Net influx rate
  • Dual time point Ki
  • MTGA
  • Interpretation of Patlak plot
  • Regional Patlak plot - calculation with plasma input
• Kidney
  (up)
  • Analysis of [C-11]acetate
  • Analysis of [C-11]metformin
  • Analysis of [N-13]ammonia
  • Analysis of Rb-82
  • Blood flow in kidney
  • ARAS
  • CKD
  • Kidneys
  • Natriuretic peptides
  • RAAS
  • Vasopressin and vasopressin receptors
  • Urine in PET studies
• Lactate
  (up)
  • Glucose
  • Lactate
  • Pyruvate
  • Monocarboxylate transporters
• Lassen plot
  (up)
  • Receptor occupancy
• Late-scan
  (up)
  • Combining interrupted PET scans
  • PET scan started later than at injection
  • FUR image
  • Dual time point Ki
  • Late-scan tissue-to-plasma ratio
  • Retention index
• LBM
  (up)
  • SUV
• Leukocytes
  (up)
  • Lymphatic system
  • Spleen
  • Chemokines and Chemokine receptors
  • VAP-1
  • White blood cells
• Lewy bodies
  (up)
  • Parkinson's disease
  • Proteinopathies
  • Alpha-synuclein
• Linux
  (up)
  • Installing TPC software
  • SW development in TPC
  • SW development using C in Linux
  • Windows Subsystem for Linux
  • Linux CLI tools for text files
• Lipoproteins
  (up)
  • Atherosclerosis
  • Metabolic syndrome
  • Nanoparticles
  • Gastrointestinal tract
  • Fatty acids
• Liver
  (up)
  • Analysis of [C-11]acetate
  • Analysis of [C-11]metformin
  • Analysis of [C-11]Palmitate
  • Analysis of FDG
  • Analysis of FTHA
  • Blood flow in liver
  • Metabolic syndrome
  • Liver dual-input
  • Liver
  • Glucagon
• Logan plot
  (up)
  • Regional Logan plot - calculation with plasma input
  • Regional Logan plot - calculation with reference input
  • MTGA
  • MTGA plots
• Look-up table
  (up)
  • Autoradiography
• Loss-rate
  (up)
  • TPCMOD0001 Appendix B
  • TPCMOD0001 Appendix C
• Lumped constant
  (up)
  • Analysis of FDG
  • Analysis of FTHA
  • Lumped constant
• Lungs
  (up)
  • Analysis of FDG
  • Pulmonary blood flow
  • Asthma
  • Tuberculosis
  • Lungs
  • Vascular system
• Lymphatic system
  (up)
  • Analysis of [F-18]fluoromannan PET
  • Tuberculosis
  • Lymphatic system
  • Gastrointestinal tract
  • Spleen
• Macroparameter
  (up)
  • Volume of distribution
  • Net influx rate
  • Workable model
• Mannan
  (up)
  • Analysis of [F-18]fluoromannan PET
  • Arthritis
• Mannose
  (up)
  • Analysis of [F-18]fluoromannan PET
• MAO B
  (up)
  • Analysis of [C-11]L-deprenyl-D2
  • Dopamine
• Mask
  (up)
  • Image mask
  • ROI
• MBF
  (up)
  • Analysis of [N-13]ammonia
  • Analysis of [F-18]Flurpiridaz
  • Analysis of Rb-82
  • MBF using radiowater
  • Long time frames in myocardial radiowater analysis
  • Spillover in cardiac PET
• Metabolite correction
  (up)
  • Analysis of [C-11]CO2
  • TLC and HPLC in determining metabolite fractions
  • Plasma metabolite correction
  • Fitting parent fractions
  • CM for parent fractions
  • Hill function in metabolite correction
  • Power function in metabolite correction
  • Plasma parent fractions
  • Blood sampling
  • Venous blood
  • Radioactive metabolites
  • O2 metabolite correction
• Metformin
  (up)
  • Analysis of [C-11]metformin
• Microcirculation
  (up)
  • Endothelial barrier
  • Vascular system
• Microspheres
  (up)
  • Microspheres
  • Perfusion
  • Radioembolization
• Microtubules
  (up)
  • Microtubules
  • Tau proteins
• Mismatch volume
  (up)
  • Perfusion-metabolism mismatch volume
• Mitochondria
  (up)
  • Analysis of [F-18]Flurpiridaz
  • Mitochondria
  • ROS
  • Apoptosis
  • TSPO
• Modeling
  (up)
  • PET analysis methods
  • PET data analysis
  • Calculation models for images
  • Parametric image
  • Input function
  • Two-tissue compartmental models
  • Model selection using AIC
  • CM analysis - Regional TACs with plasma input
  • Compartmental models in positron emission tomography
  • Model fitting
  • Reference input compartmental models
  • Distributed model
  • Volume of distribution
  • Dynamic processes
  • Compartmental model ODEs in PET
  • PET compartmental model ODEs with convolution
  • Reaction-diffusion simulation model
  • Reference tissue
  • List of TPC modelling reports
  • Spectral analysis
  • Tracer principle
  • Comprehensive model
  • Introduction to modeling
  • Modeling literature
  • PET study design
  • Selecting PET tracer
  • Model validation
  • Why modeling
  • Workable model
  • Quantification of PET
  • Effect size
  • Analysis of simulated data
  • Simulation of PET data
  • Models for simulation
  • Comprehensive model
  • Analysis instructions by PET tracer
• MOR
  (up)
  • Analysis of [C-11]carfentanil
  • Opioid system
• MRI
  (up)
  • Using MRI in Turku PET Centre
  • ROI
• MRO2
  (up)
  • Metabolic rate of oxygen in brown adipose tissue
  • Metabolic rate of oxygen in the brain
  • Oxygen consumption in myocardium
  • Metabolic rate of oxygen in skeletal muscle
  • Oxygen consumption
• MTGA
  (up)
  • Regional Logan plot - calculation with plasma input
  • Regional Logan plot - calculation with reference input
  • MTGA
  • MTGA plots
  • Interpretation of Patlak plot
  • Regional Patlak plot - calculation with plasma input
  • Regional Patlak plot - calculation with reference input
• Multiple sclerosis
  (up)
  • Multiple Sclerosis
  • Myelin
• Myelin
  (up)
  • Multiple Sclerosis
  • Myelin
• Myocardium
  (up)
  • Analysis of [C-11]acetate
  • Analysis of [C-11]HED
  • Analysis of [C-11]Palmitate
  • Analysis of [N-13]ammonia
  • Quantitation of blood volume using [O-15]CO
  • Analysis of PET measurements of fluorodopamine
  • Analysis of [F-18]Flurpiridaz
  • Analysis of FTHA
  • Analysis of 68Ga-DOTA PET data
  • Analysis of Rb-82
  • MBF using radiowater
  • Oxygen consumption in myocardium
  • Cardiac output
  • CPTT
  • Long time frames in myocardial radiowater analysis
  • Spillover in cardiac PET
  • Heart
• Myoglobin
  (up)
  • Myoglobin
  • Skeletal muscle
• Nanoparticles
  (up)
  • Nanoparticles
  • Pretargeted PET imaging
• NAT
  (up)
  • Analysis of [C-11]HED
  • Analysis of [F-18]MFBG
  • Analysis of [F-18]NS12137
  • Adrenergic system
  • Noradrenaline transporter
• NET
  (up)
  • [F-18]SiTATE
  • Analysis of [Ga-68]DOTANOC
  • Analysis of [Ga-68]DOTATOC
  • Somatostatin receptors
  • Neuroendocrine tumours
• Neuron
  (up)
  • Brain
  • Spinal cord
  • VGSCs
• Neuropeptides
  (up)
  • Chemokines and Chemokine receptors
  • CRH
  • Ghrelin
  • Gastrin-releasing peptide receptor
  • Leptin
  • Neuropeptides
  • Opioid system
  • Oxytocin and oxytocin receptors
  • Somatostatin receptors
  • Tachykinins and receptors
• Neurotrophins
  (up)
  • BDNF and TrkB
• NIfTI
  (up)
  • PET image formats
  • NIfTI-1 image format
  • PET image
  • Tools for processing image data
  • Scan Information File - SIF
• NLLS
  (up)
  • CM analysis - Regional TACs with plasma input
  • Model fitting
  • Weights for data analysis
  • Optimization
  • PSO
• NMDA receptors
  (up)
  • Glutamatergic system
• NNLS
  (up)
  • Calculation models for images
  • CM analysis - Regional TACs with plasma input
  • Multilinear model
  • NNLS
• Noise
  (up)
  • Bootstrap
  • PET image filtering
  • r constrained parametric images
  • Weights for data analysis
  • Simulation of PET time frames
  • Simulation of noise
  • SNR
  • Comparing TACs
• Non-displaceable uptake
  (up)
  • Volume of distribution
  • Binding potential
• Noradrenaline
  (up)
  • Analysis of [C-11]ORM-13070
  • Analysis of PET measurements of fluorodopamine
  • Analysis of [F-18]MFBG
  • Analysis of [F-18]NS12137
  • Adrenal glands
  • Sympathetic nervous system
  • Adrenergic system
  • Noradrenaline transporter
• Normalization
  (up)
  • Attenuation correction
  • Image reconstruction
  • PET sinogram
• Obesity
  (up)
  • Atherosclerosis
  • Metabolic syndrome
  • Leptin
• ODE
  (up)
  • Compartmental models in positron emission tomography
  • Compartmental model ODEs in PET
  • PET compartmental model ODEs with convolution
• Opioids
  (up)
  • Analysis of [C-11]carfentanil
  • Opioid system
  • Sigma receptors
• Optimization algorithm
  (up)
  • Model fitting
  • Optimization
  • NNLS
  • PSO
• Oxidative stress
  (up)
  • Iron in PET studies
  • Mitochondria
  • ROS
  • Cystine-glutamate exchanger
• Oxygen
  (up)
  • Analysis of [C-11]acetate
  • Metabolic rate of oxygen in brown adipose tissue
  • Metabolic rate of oxygen in the brain
  • Oxygen consumption in myocardium
  • Metabolic rate of oxygen in skeletal muscle
  • Mitochondria
  • Oxygen consumption
  • Hemoglobin
  • O2 metabolite correction
  • Myoglobin
  • Lungs
  • Skeletal muscle
  • Hypoxia
  • Vascular system
• PACS
  (up)
  • DICOM format
  • PET image
  • PETPACS
• Pain
  (up)
  • Analysis of [C-11]carfentanil
  • Pain
  • VGSCs
• Pancreas
  (up)
  • Analysis of PET measurements of [F-18]exendin-4
  • Analysis of PET measurements of [Ga-68]NODAGA-exendin-4
  • Blood flow in pancreas
  • Pancreas
  • Glucagon
  • Insulin
• Parameters
  (up)
  • Result file format
  • Two-tissue compartmental models
  • Compartmental models in positron emission tomography
  • Regional results
  • Analysis of simulated data
  • Models for simulation
  • Parameters for simulation
• Parametric image
  (up)
  • Parametric image
  • Autoradiography
  • BP image
  • FUR image
  • SUV image
• Parent fraction
  (up)
  • TLC and HPLC in determining metabolite fractions
  • Plasma metabolite correction
  • Fitting parent fractions
  • CM for parent fractions
  • Hill function in metabolite correction
  • Power function in metabolite correction
  • Plasma parent fractions
  • Blood sampling
  • Reference tissue
• Parkinson disease
  (up)
  • Parkinson's disease
  • Amyloid beta
  • Dopamine
• Patlak plot
  (up)
  • Long time frames in Patlak analysis
  • FUR
  • Net influx rate
  • Dual time point Ki
  • MTGA
  • MTGA plots
  • Interpretation of Patlak plot
  • Regional Patlak plot - calculation with plasma input
  • Regional Patlak plot - calculation with reference input
• PDE
  (up)
  • cAMP and cGMP
• Peptides
  (up)
  • Peptides
  • Neuropeptides
  • Natriuretic peptides
• Perfusion
  (up)
  • Analysis of [C-11]acetate
  • Analysis of [N-13]ammonia
  • Analysis of [O-15]CO2
  • Analysis of [F-18]Flurpiridaz
  • Analysis of 68Ga-DOTA PET data
  • Analysis of Rb-82
  • Blood flow in the brain
  • MBF using radiowater
  • Blood flow in kidney
  • Blood flow in liver
  • Pulmonary blood flow
  • Blood flow in skeletal muscle
  • Blood flow in other organs
  • Blood flow in pancreas
  • Fick's principle
  • Long time frames in myocardial radiowater analysis
  • Microspheres
  • Autoradiography
  • Compartmental models in positron emission tomography
  • Cerebral perfusion pressure and mean transit time
  • Perfusion-metabolism mismatch volume
  • MPI with chemical microspheres
  • Perfusion
  • Model for radiowater
  • Skin
  • Hypoxia
• PET
  (up)
  • Attenuation correction
  • ECAT format
  • PET file formats
  • PET image
  • Image reconstruction
  • PET simulators and phantoms
  • Software for PET
  • Analysis instructions by PET tracer
• pH
  (up)
  • Analysis of [C-11]CO2
  • Analysis of [F-18]fluoride
  • Kidneys
  • Lungs
  • Aquaporins
• Pharmacokinetics
  (up)
  • Drug biodistribution
  • Plasma pharmacokinetics
  • Pharmacokinetic one-compartment model
  • Pharmacokinetic two-compartment model
  • Pharmacokinetic three-compartment model
  • WB-PBPK
  • Urine in PET studies
• Phosphor imaging
  (up)
  • Autoradiography
  • Phosphor imaging autoradiography in PET
• Plasma
  (up)
  • ABSS data process
  • Blood to plasma conversion
  • Fitting plasma-to-blood ratio
  • Input TAC fitting
  • CM for input
  • Input function
  • Input data from PET image
  • Model-based input function
  • Plasma metabolite correction
  • CM for parent fractions
  • Plasma pharmacokinetics
  • Plasma and blood data
  • Population-based input function
  • Processing input data
  • Blood sampling
  • Venous blood
  • FUR image
  • Late-scan tissue-to-plasma ratio
  • O2 metabolite correction
  • Pharmacokinetic one-compartment model
  • Pharmacokinetic two-compartment model
  • Pharmacokinetic three-compartment model
  • Plasma protein binding
  • Plotting TAC
• Plasma protein binding
  (up)
  • Volume of distribution
  • Plasma protein binding
  • Binding potential
  • Transferrin and transferrin receptor
• Plot
  (up)
  • SVG
  • MTGA plots
  • SageMath
  • Plotting TAC
• PMOD
  (up)
  • ROI
• Polar map
  (up)
  • PET image formats
• Portal vein
  (up)
  • Liver dual-input
  • Gastrointestinal tract
• PRGA
  (up)
  • Regional Logan plot - calculation with plasma input
• Progesterone
  (up)
  • Progesterone receptors
• Prostate
  (up)
  • Analysis of [F-18]PSMA-1007
  • Analysis of [F-18]rhPSMA-7.3
  • Analysis of [Ga-68]PSMA-11
• Protein synthesis
  (up)
  • Analysis of [C-11]methionine
  • Fluoroglutamine
  • Fluciclovine
  • Extracellular matrix
  • Protein synthesis rate
• PSMA
  (up)
  • Analysis of [F-18]PSMA-1007
  • Analysis of [F-18]rhPSMA-7.3
  • Analysis of [Ga-68]PSMA-11
  • Prostate and prostate cancer
  • Folates
  • PSMA
• PTAC
  (up)
  • Time delay correction
  • CRV file format
  • DFT file format
  • Blood to plasma conversion
  • Input TAC fitting
  • CM for input
  • Model-based input function
  • Plasma and blood data
  • AUC
  • Tools for TAC files
• Purinoceptors
  (up)
  • Analysis of [C-11]SMW139
  • Adenosine receptors
  • P2 purinoceptors
• PVE
  (up)
  • Blood flow in the brain
  • PVC with IDM
  • Partial volume effect
  • Two-tissue compartmental models
  • Spillover in cardiac PET
  • Tissue heterogeneity
  • Simulation of PET images and sinograms
• Pyruvate
  (up)
  • Pyruvate
• RAAS
  (up)
  • RAAS
• Radioactivity
  (up)
  • Radioligand dose
  • Cerenkov luminescence imaging
  • Decay correction
  • PET data
  • PET data units
  • Quantification of radioactivity
  • Specific activity
• Radiowater
  (up)
  • Analysis of [O-15]CO2
  • Blood flow in the brain
  • MBF using radiowater
  • Blood flow in kidney
  • Blood flow in liver
  • Pulmonary blood flow
  • Blood flow in skeletal muscle
  • Blood flow in other organs
  • Blood flow in pancreas
  • Long time frames in myocardial radiowater analysis
  • Population-based input function
  • Spillover in cardiac PET
  • Model for radiowater
• Rate constant
  (up)
  • CM analysis - Regional TACs with plasma input
  • Compartmental models in positron emission tomography
  • Model fitting
  • Reference input compartmental models
  • Dynamic processes
  • Tracer principle
  • Models for simulation
• Ratio
  (up)
  • Asymmetry index
  • Late-scan tissue-to-plasma ratio
  • TAC ratio
  • tissue-to-reference ratio
• RBC
  (up)
  • Quantitation of blood volume using [O-15]CO
  • Blood volume
  • Hematocrit
  • Blood to plasma conversion
  • Fitting plasma-to-blood ratio
  • Red blood cells
  • EPO
• Receptor occupancy
  (up)
  • Drug dosage
  • Bmax and KD
  • Receptor occupancy
  • Neurotransmitter release
• Recirculation
  (up)
  • Input TAC fitting
  • Vascular system
• Reference tissue
  (up)
  • Blood flow in the brain
  • Input function
  • Reference input compartmental models
  • Regional Logan plot - calculation with reference input
  • Regional Patlak plot - calculation with reference input
  • tissue-to-reference ratio
  • Reference tissue
• Result format
  (up)
  • Decimal separator
  • Result file format
  • Regional results
• Retention index
  (up)
  • Analysis of [C-11]HED
  • FUR
  • Retention index
• Rheumatoid arthritis
  (up)
  • Analysis of [C-11]-R-PK11195
  • Analysis of [¹⁸F]DPA-714
  • Arthritis
  • Inflammation
• ROI
  (up)
  • ECAT ROI format
  • Imadeus ROI format
  • Image mask
  • Using MRI in Turku PET Centre
  • Regional results
  • ROI
  • Volume of ROI
  • Regional TAC
• SA
  (up)
  • Spectral analysis
  • Tracer principle
  • Specific activity
• Scanditronics
  (up)
  • Scanditronics/GEMS on-line detector file format
  • ABSS
• Scatchard plot
  (up)
  • Bmax and KD
  • Partial saturation approach
• Script
  (up)
  • Analysis of PET studies in batch mode
  • Using command-line SW in TPC
  • alldcmtoana.bat
  • percentages2fractions.bat
  • Decimal separator
  • Windows Subsystem for Linux
  • Linux CLI tools for text files
• Serotonin
  (up)
  • Analysis of [C-11]MADAM
  • Analysis of [C-11]WAY-100635
  • Analysis of PET measurements of [F-18]altanserin
  • Analysis of [F-18]deuteroaltanserin
  • Serotonin
• SERT
  (up)
  • Analysis of [C-11]MADAM
  • Serotonin
• Shape analysis
  (up)
  • Shape analysis
• Shell
  (up)
  • Analysis of PET studies in batch mode
  • Using command-line SW in TPC
  • Decimal separator
  • SW development using C in Windows
  • Windows Subsystem for Linux
  • Linux CLI tools for text files
• SIF
  (up)
  • Analyze 7.5 image format
  • NIfTI-1 image format
  • Scan Information File - SIF
• Simulation
  (up)
  • Long time frames in myocardial radiowater analysis
  • Long time frames in Patlak analysis
  • Liver dual-input
  • Two-tissue compartmental models
  • Spillover in cardiac PET
  • FUR
  • Compartmental model ODEs in PET
  • PET compartmental model ODEs with convolution
  • Reaction-diffusion simulation model
  • Analysis of simulated data
  • Simulation of PET time frames
  • Simulation of PET images and sinograms
  • Input data for simulation
  • Simulation of PET data
  • Models for simulation
  • Simulation of noise
  • Parameters for simulation
  • PET simulators and phantoms
  • AUC
• Sinogram
  (up)
  • ECAT format
  • Image reconstruction
  • Simulation of PET images and sinograms
  • PET sinogram
  • Calculation models for sinograms
  • Parametric sinogram
• Skeletal muscle
  (up)
  • Analysis of [C-11]acetate
  • Analysis of [C-11]Palmitate
  • Analysis of FDG
  • Analysis of FTHA
  • Blood flow in skeletal muscle
  • Metabolic rate of oxygen in skeletal muscle
  • Myoglobin
  • Skeletal muscle
  • VGSCs
• Small animals
  (up)
  • Radioligand administration
  • Intraperitoneal injection
• Software
  (up)
  • PET simulators and phantoms
  • Installing TPC software
  • Software for PET
  • SageMath
  • SW development in TPC
  • SW development using C in Linux
  • SW development using C in Windows
  • Windows Subsystem for Linux
  • Tools for TAC files
• Somatostatin
  (up)
  • [F-18]SiTATE
  • Analysis of [Ga-68]DOTANOC
  • Analysis of [Ga-68]DOTATOC
  • Pancreas
  • Somatostatin receptors
• Specific activity
  (up)
  • Tracer principle
  • Bmax and KD
  • Specific activity
• Specific binding
  (up)
  • Volume of distribution
  • Reference tissue
  • Binding potential
  • Receptor occupancy
• Spectral analysis
  (up)
  • Bootstrap
  • Spectral analysis
• Spleen
  (up)
  • Lymphatic system
  • Spleen
• SRTM
  (up)
  • Calculation models for images
  • Reference input compartmental models
• SSTR
  (up)
  • [F-18]SiTATE
  • Analysis of [Ga-68]DOTANOC
  • Analysis of [Ga-68]DOTATOC
  • Somatostatin receptors
• Statistics
  (up)
  • Model selection using AIC
  • Bland-Altman plot
  • Simulation of noise
  • Comparing TACs
• Steroids
  (up)
  • Analysis of [C-11]Metomidate
  • Adrenal glands
  • Androgen receptor
  • Estrogen receptors
  • Glucocorticoid receptor
  • Progesterone receptors
• Stress
  (up)
  • Acute stress during PET
• Substance P
  (up)
  • Analysis of [F-18]SPA-RQ
  • Tachykinins and receptors
• SUV
  (up)
  • PET scan started later than at injection
  • Late-scan tissue-to-plasma ratio
  • Retention index
  • SUV
  • SUV image
  • PET data units
• SUVR
  (up)
  • Late-scan tissue-to-plasma ratio
  • tissue-to-reference ratio
  • SUV
• SV2A
  (up)
  • Analysis of [C-11]UCB-J
  • Synaptic vesicle glycoprotein 2
  • Synaptic density
• SVG
  (up)
  • SVG
  • MTGA plots
  • SageMath
  • Plotting TAC
• Synaptic density
  (up)
  • Analysis of [C-11]UCB-J
  • Synaptic vesicle glycoprotein 2
  • Synaptic density
• TAC
  (up)
  • CRV file format
  • Decimal separator
  • DFT file format
  • Models for simulation
  • Plotting TAC
  • Comparing TACs
  • Runs test
• Tau protein
  (up)
  • [F-18]THK-5117 and [F-18]THK-5317
  • Alzheimer's disease
  • Proteinopathies
  • Tau proteins
• Thermoregulation
  (up)
  • Myoglobin
  • Brown adipose tissue
  • Skin
  • Vascular system
• Thresholding
  (up)
  • PET image filtering
  • ROI
• Thrombosis
  (up)
  • Stroke
  • Platelets
  • Vascular system
• Thyroid
  (up)
  • Blood flow in other organs
  • Brown adipose tissue
  • Thyroid gland
• Time frame
  (up)
  • Decay correction
  • Time frame
  • Long time frames in myocardial radiowater analysis
  • Long time frames in Patlak analysis
  • PET study design
  • PET data units
  • Quantification of radioactivity
  • Scan Information File - SIF
  • Simulation of PET time frames
  • AUC
  • Regional TAC
• TPCCLIB
  (up)
  • Installing TPC software
  • Software for PET
  • SW development in TPC
  • SW development using C in Linux
  • SW development using C in Windows
  • Windows Subsystem for Linux
• Tracer
  (up)
  • Targets of functional imaging using PET
  • Cerenkov luminescence imaging
  • List of TPC modelling reports
  • Tracer principle
  • Selecting PET tracer
  • PET data
  • Analysis instructions by PET tracer
• Transferrin
  (up)
  • Ga-68 citrate
  • Gallium in PET studies
  • Iron in PET studies
• Transit time
  (up)
  • CPTT
  • Surge function for input
  • Catenary time-delay model
  • Liver dual-input
  • Plasma pharmacokinetics
  • Cerebral perfusion pressure and mean transit time
• Transporter
  (up)
  • Glutamine
  • Aquaporins
  • Fatty acid transport proteins
  • Glutamatergic system
  • Cystine-glutamate exchanger
  • Transporters
  • Amino acid transporters
  • Monocarboxylate transporters
• TSPO
  (up)
  • Analysis of [C-11]PBR28
  • Analysis of [C-11]-R-PK11195
  • Analysis of [¹⁸F]DPA-714
  • Pain
  • TSPO
• TTAC
  (up)
  • CPT file format
  • CRV file format
  • IDWC and IF file format
  • QView format
  • DFT file format
  • ROI
  • Simulation of PET time frames
  • AUC
  • Calculation models for regional TACs
  • Regional TAC
  • Tools for TAC files
  • TTAC fitting
• Tumour
  (up)
  • Analysis of [C-11]choline
  • Analysis of [C-11]Metomidate
  • Analysis of [F-18]FBPA
  • Analysis of PET measurements of FDOPA
  • Analysis of [F-18]FLT
  • Fluciclovine
  • Analysis of [F-18]rhPSMA-7.3
  • Ga-68 citrate
  • Analysis of [Ga-68]DOTA-E-cRGDfK2
  • Analysis of [Ga-68]PSMA-11
  • Blood flow in other organs
  • Angiogenesis
  • BNCT
  • Metabolic volume
  • Retention index
  • Urinary bladder
  • Breast cancer
  • Ovaries and ovarian cancer
  • Prostate and prostate cancer
  • Chemokines and Chemokine receptors
  • Gastrin-releasing peptide receptor
  • Hypoxia
  • Integrins
  • PARP
  • Protein synthesis rate
  • Transferrin and transferrin receptor
  • VAP-1
  • Amino acid transporters
  • Tumour
  • Neuroendocrine tumours
  • Radioembolization
• Urinary bladder
  (up)
  • Urinary bladder
  • Urine in PET studies
• VAChT
  (up)
  • Cholinergic system
• Validation
  (up)
  • Model selection using AIC
  • Radioactive metabolites
  • Bland-Altman plot
  • Model validation
  • Effect size
  • Comparing TACs
  • Runs test
• Variance
  (up)
  • Bootstrap
  • Weights for data analysis
  • Simulation of noise
  • SNR
• Venous blood
  (up)
  • Blood volume
  • Fick's principle
  • Venous blood
  • Modeling A-V difference
• VMAT2
  (up)
  • Analysis of [C-11]HED
  • Dopamine
  • Serotonin
• VOI
  (up)
  • ROI
  • Regional TAC
• Volume of distribution
  (up)
  • Volume of distribution
  • MTGA
  • Plasma protein binding
  • Binding potential
• Weighting
  (up)
  • Weights for data analysis
  • Scan Information File - SIF
  • Simulation of noise
• Windows
  (up)
  • Installing TPC software
  • SW development in TPC
  • SW development using C in Windows
  • Windows Subsystem for Linux
• Wound healing
  (up)
  • Skin
  • FAP
• WSL
  (up)
  • Analysis of PET studies in batch mode
  • Using command-line SW in TPC
  • SW development in TPC
  • Windows Subsystem for Linux
• Yokoi plot
  (up)
  • Blood flow in the brain
  • MTGA
  • Model for radiowater

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