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Let's Play PET - Main Menu

Use the "Menu" button to jump to this Main Menu or click on the Next and Previous buttons to proceed sequentially through the topics and tutorials.
Select one of the following categories to begin the tutorials/topics: Select one of the following categories to begin the tutorials/topics:

1. Overview of PET

2. Radioisotope Production

Production of Radioisotopes
Topics:
  • Cyclotron Operation
  • The Carousel
  • Target Chamber
  • Computer Control
  • Biosynthesis of Radionuclides

    • PET Tracers: Structure and Function
    Select a tracer from one of the following isotope groups:

    1. Oxygen
    2. Carbon Dioxide
    3. Oxygen
    4. Water
    5. Nitrogen
    6. Ammonia
    7. Carbon
    8. Acetate
    9. Carfentanil
    10. Cocaine
    11. Deprenyl
    12. Leucine
    13. Methionine
    14. N-Methylspiperone
    15. Raclopride
    16. Fluorine
    17. Haloperidol
    18. Fluorine Ion
    19. Fluorodeoxyglucose (FDG)
    20. Fluorodopa
    21. Fluoroethylspiperone
    22. Fluorouracil
    23. Rubidium
    24. 82-Rubidium

    3. Nuclear Physics and Tomography

    Positron Emission and Image Reconstruction
    Topics:
  • Positron Emission
  • Annihilation

    • Instrumentation and Quality Control
    Topics:

  • Resolution Requirements
  • Count Rate Performance
  • Acquisition Software
  • Processing Software
  • Archiving
  • Display of Image Data
  • Hardware Artifacts
  • Acquisition Artifacts
  • Processing Artifacts

    • 4. Principles of Tracer Modeling

    Kinetic Imaging
    Topics:
  • Introduction
  • Tracer Distribution in Brain over Time
  • Tracer Distribution in Heart over Time
  • ROI Analysis
  • Tissue Curve
  • Blood Curve

    • image Quantitation
    Topics:

  • Qualitative vs. Quantitative Image Analysis
  • Approaches to Quantitative Image Analysis
  • Criteria for Quantitative Image Analysis
  • Parameter Estimation Flowchart

    • Mathematical Modeling
    Topics:

  • Single Compartment Model
  • Discrete Sampling
  • Plasma Curve
  • Two Compartment Model
  • Plasma and Tissue Curves

    • PET Tracers: Models
    Topics:

  • Mathematical Models of PET Tracers
    Select one of the following tracers:
    1. Acetate
    2. Ammonia
    3. Carbon Dioxide
    4. Fluorine Ion
    5. Fluorodeoxyglucose (FDG)
    6. Fluorodopa
    7. Fluoroethylspiperone
    8. Leucine
    9. Oxygen
    10. Water

    • 5. Clinical Applications of PET

    Clinical PET - Cardiology
    Topics:
  • Cardiac Scan Evaluation
  • Dietary Effects on FDG Metabolism
  • Parametric Imaging
  • Polar Maps
  • Single Vessel Disease
  • Double Vessel Disease
  • Myocardial Viability - Mismatch
  • Myocardial Viability - Match
  • Ischemic Dilated Cardiomyopathy
  • Idiopathic Dilated Cardiomyopathy

    • Clinical PET - Neurology
    Topics:

  • Neurological Scan Evaluation
  • PET and Brain Function
  • Metabolic Development of the Brain
  • alzheimer's Disease
  • Brain Tumors
  • Developmental Errors
  • Infantile Spasms
  • Parkinson's Disease
  • Trauma

    • Clinical PET - Oncology
    Topics:

  • Oncological Scan Evaluation
  • Abdomen and Pelvis
  • Brain Tumors
  • Head and Neck
  • Musculoskeletal System
  • Thorax

    • 6. Clinical Case Examples

     Clinical PET-Cardiology
  • Case 1
  • Case 2 (under construction)
  • Case 3 (under construction)
  • Case 4 (under construction)
  • Case 5
  • Case 6
  • Credits and References

    • Clinical PET-Neurology

  • Case 1
  • Case 2
  • Case 3
  • Case 4
  • Case 5
  • Case 6
  • Case 7
  • Case 8
  • Case 9
  • Case 10
  • Case 11
  • Case 12
  • Credits and References

    • Clinical PET-Oncology

  • Case 1
  • Case 2
  • Case 3
  • Case 4
  • Case 5
  • Case 6
  • Credits and References

    • 7. Credits

    8. References

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    LPP WWW Curator: Jim Strommer (jstrommer@mednet.ucla.edu)
    Last Updated: September 14, 2000