Menu Expand
LIC - Essentials of Nuclear Medicine and Molecular Imaging

LIC - Essentials of Nuclear Medicine and Molecular Imaging

Fred A. Mettler | Milton J. Guiberteau

(2018)

Additional Information

Book Details

Abstract

Covering both the fundamentals and recent developments in this fast-changing field, Essentials of Nuclear Medicine and Molecular Imaging, 7th Edition, is a must-have resource for radiology residents, nuclear medicine residents and fellows, nuclear medicine specialists, and nuclear medicine technicians. Known for its clear and easily understood writing style, superb illustrations, and self-assessment features, this updated classic is an ideal reference for all diagnostic imaging and therapeutic patient care related to nuclear medicine, as well as an excellent review tool for certification or MOC preparation.

  • Provides comprehensive, clear explanations of everything from principles of human physiology, pathology, physics, radioactivity, radiopharmaceuticals, radiation safety, and legal requirements to hot topics such as new brain and neuroendocrine tumor agents and hybrid imaging, including PET/MR and PET/CT.
  • Covers the imaging of every body system, as well as inflammation, infection and tumor imaging; pearls and pitfalls for every chapter; and pediatric doses and guidelines in compliance with the Image Gently and Image Wisely programs.
  • Features a separate self-assessment section on differential diagnoses, imaging procedures and artifacts, and safety issues with unknown cases, questions, answers, and explanations.
  • Includes new images and illustrations, for a total of 430 high-quality, multi-modality examples throughout the text.
  • Reflects recent advances in the field, including updated nuclear medicine imaging and therapy guidelines • Updated dosimetry values and effective doses for all radiopharmaceuticals with new values from the 2015 International Commission on Radiological Protection • Updated information regarding advances in brain imaging, including amyloid, dopamine transporter and dementia imaging • Inclusion of Ga-68 DOTA PET/CT for neuroendocrine tumors • Expanded information on correlative and hybrid imaging with SPECT/CT • New myocardial agents • and more.
  • Contains extensive appendices including updated comprehensive imaging protocols for routine and hybrid imaging, pregnancy and breastfeeding guidelines, pediatric dosages, non-radioactive pharmaceuticals used in interventional and cardiac stress imaging, and radioactivity conversion tables.

Table of Contents

Section Title Page Action Price
Front Cover cover
Inside Front Cover ifc1
Essentials of Nuclear Medicine and Molecular Imaging i
Copyright Page iv
Dedication v
Preface vi
Acknowledgments vii
Table Of Contents viii
1 Radioactivity, Radionuclides, and Radiopharmaceuticals 1
Chapter Outline 1
Basic Isotope Notation 1
Nuclear Stability and Decay 1
Radionuclide Production 3
Radioactive Decay 4
Radionuclide Generator Systems 5
Radionuclides and Radiopharmaceuticals for Imaging 6
Single Photon 6
Technetium-99m 6
Iodine-123 and -131 8
Xenon-133 10
Gallium-67 10
Indium-111 10
Thallium-201 11
Positron Emitters 11
Fluorine-18 11
Other Positron Emitters 12
Biologic Agents and Nanoparticles 12
Adverse Reactions 12
Investigational Radiopharmaceuticals 13
Radiopharmacy Quality Control 13
Generator and Radionuclide Purity 14
Radiochemical Labeling 15
Unsealed Radionuclides Used for Therapy 17
Phosphorus-32, Yttrium-90, and Gold-198 17
Iodine-131 17
Strontium-89, Samarium-153, Rhenium-186, and Radium-223 17
Suggested Readings 18
2 Instrumentation and Quality Control 19
Chapter Outline 19
Geiger-Mueller Counter 19
Ionization Chamber 19
Sodium Iodide Well Counter 20
Single Probe Counting Systems 21
Dose Calibrator 22
Gamma Scintillation Camera 23
Collimator 23
Crystal and Other Photon Detector Devices 26
Photon Transducers 27
Solid-State Photon Detectors 27
Pulse Height Analyzer 28
Console Controls 29
Resolution 29
Count Rate and Dead Time 31
Field Uniformity 31
Image Acquisition: Memory and Matrix Size 31
Image Display and Processing 32
Spatial Filters 32
Temporal Filters 33
Frame Manipulation 33
Operator Interaction 33
Dedicated Molecular Breast Imaging Cameras 33
Single-Photon Emission Computed Tomography (SPECT) 34
Instrumentation 34
Dedicated Cardiac SPECT Cameras 35
Data Acquisition 35
Attenuation Correction 36
Acquisition Time 36
Image Matrix Size 36
Number of Views 36
Tomographic Image Production 36
Image Reconstruction 36
Image Filtering 37
Image Display and Quantitation 37
SPECT/CT 37
Positron Emission Tomography (PET) 38
Overview of PET Cameras 38
PET Scintillation Detectors 42
PET Detector Geometry 42
Attenuation Correction 44
System Sensitivity and Resolution 45
PET Image Acquisition and Processing 45
PET/CT 46
PET/MRI 47
Instrumentation Quality Control 47
Gamma Cameras 49
Spatial Resolution and Linearity Testing 49
Field Uniformity Assessment 50
SPECT Quality Control 51
Field Uniformity Assessment and Correction 52
Center of Rotation Determination and Correction 52
Detector Head Alignment With the Axis of Rotation 53
Collimator Evaluation 53
System Performance 53
PET/CT Quality Control 53
Ambient Temperature 53
Normalization Scan 53
Blank Scan 54
Image Plane Calibration 54
CT Scanner 54
Technical Artifacts 54
Areas of Decreased Activity 54
Areas of Increased Activity 56
Suggested Readings 59
3 Central Nervous System 60
Chapter Outline 60
Radionuclide Brain Imaging 60
Planar Brain Perfusion Imaging 60
Technique 60
Normal Planar Brain Scan 60
SPECT and PET Brain Imaging 62
Radiopharmaceuticals 62
Normal SPECT Perfusion Brain Scan 63
SPECT Brain Perfusion Image Interpretation 63
PET/CT Image Interpretation 63
Clinical Applications 63
Brain Death 63
Cerebrovascular Disease 66
Cerebral Infarction 66
Transient Ischemic Attack 66
Carotid Stenosis 66
Brain Tumors 67
Cerebellar Diaschisis 69
Epilepsy 71
Ictal Imaging for Temporal Lobe Epilepsy 71
Interictal Imaging for Temporal Lobe Epilepsy 71
Extratemporal Lobe Epilepsy 72
Dementia 72
Alzheimer Disease 72
Alzheimer Disease: Amyloid Imaging in Dementia 74
Frontotemporal Dementia (Pick Disease) 77
Dementia With Lewy Bodies 78
Multi-Infarct Dementia 78
Huntington Disease 78
Parkinson Disease and Syndromes 78
Cerebrospinal Fluid Imaging 79
Radiopharmaceuticals and Technique 79
Normal Examination 79
Clinical Applications 80
Communicating Hydrocephalus 80
Cerebrospinal Fluid Leaks 80
Cerebrospinal Fluid Shunt Patency 81
Suggested Readings 84
4 Thyroid, Parathyroid, and Salivary Glands 85
Chapter Outline 85
Thyroid Radioiodine Uptake and Imaging 85
Radiopharmaceuticals 85
Iodine-131 85
Iodine-123 86
Technetium-99m 86
Dosimetry 86
Radioiodine Uptake Test 86
Principle and Technique 86
Factors Affecting Iodine Uptake 87
Elevated Radioiodine Uptake 88
Reduced Radioiodine Uptake 88
Thyroid Gland Imaging 89
Technical Imaging Protocol 89
Iodine-123 89
Technetium-99m Pertechnetate 89
Normal Images 89
Clinical Applications: Nodular and Other Benign Diseases 90
Thyroid Nodules 90
Cold Nodule 91
Hot Nodule 92
Discordant Thyroid Nodule 92
Indeterminate (“Warm”) Nodule 92
Multinodular Gland 93
Diffuse Toxic Goiter (Graves Disease) 93
Thyroiditis 95
Ectopic Thyroid Tissue 95
Congenital Organification Defects 96
Clinical Applications: Thyroid Cancer Imaging 96
Differentiated Thyroid Cancer 97
Post-Thyroidectomy Imaging of DTC 97
Whole Body Scan Technique 98
Iodine-131 WBS Interpretation (Box 4.3) 98
Imaging Non–Iodine-Avid Thyroid Cancers 100
Iodine-131 Therapy in Benign Thyroid Disease 100
Principle 102
Iodine-131 Therapy in Hyperthyroidism 103
Patient Preparation and Post-Treatment Expectations for Iodine-131 Hyperthyroid Therapy 103
Diffuse Toxic Goiter 105
Toxic Nodular Goiter 106
Nontoxic Multinodular Goiter 106
Iodine-131 Therapy of Hyperthyroidism in Children 106
Iodine-131 Therapy in Thyroid Cancer 106
Patient Preparation for Iodine-131 Cancer Therapy 107
Postsurgical Thyroid Remnant Ablation and Adjuvant Therapy 107
Iodine-131 Treatment of Recurrent Thyroid Cancer and Functioning Metastases 108
Iodine-131 Therapy of Thyroid Cancer in Children 108
Early Side Effects and Late Sequelae of Iodine-131 Therapy 108
Hyperthyroidism Therapy 108
Thyroid Cancer Therapy 110
Radiation Safety Aspects of Iodine-131 Therapy 110
Parathyroid Imaging and Localization 110
Radiopharmaceuticals 111
Salivary Gland Imaging 113
Suggested Readings 115
5 Cardiovascular System 116
Chapter Outline 116
Anatomy and Physiology 116
SPECT Myocardial Perfusion Imaging 117
Principle 117
Radiopharmaceuticals 120
Technetium-99m Labeled Radiopharmaceuticals 120
Technetium-99m Sestamibi 121
Technetium-99m Tetrofosmin 122
Thallium-201 Chloride 122
Conventional and Dedicated Cardiac SPECT and SPECT/CT Cameras 123
Imaging Protocols 123
Technetium-99m Radiopharmaceutical SPECT Rest and Stress Imaging Protocols 124
One-Day Rest–Stress Protocol (“Low-Dose Rest, High-Dose Stress”) 124
Two-Day Protocol 124
Stress-Only Protocol 125
Thallium SPECT Stress–Rest Imaging Protocol 125
Thallium-201 Postexercise Imaging 125
Thallium-201 Redistribution Imaging 125
Dual Isotope Imaging: 201Tl-99mTc Sestamibi/Tetrofosmin Protocol 126
Patient Absorbed Dose Considerations 126
Myocardial SPECT Image Processing and Display 127
Image Processing 127
SPECT Image Display 129
Bull’s Eye (Polar Map Display) 129
Image Interpretation 129
Approach to Interpretation 129
Alignment of Images 130
Artifacts 130
Attenuation Artifacts 131
Attenuation Correction and SPECT-CT Image Misregistration Issues 133
Motion Artifacts 134
Technical Artifacts 134
Normal Appearance and Variants 134
Abnormal Scans 134
Visual Analysis of Myocardial Activity 134
Reversible (Transient) Defects 134
Nonreversible (Fixed) Defects 134
Reverse Perfusion Defects (Reverse Redistribution) 136
Description of Myocardial Perfusion Abnormalities 136
Lung Activity 136
Transient Ischemic Dilatation 137
Right Ventricular Activity 137
Splanchnic Activity 137
Semiquantitative Analysis 137
SPECT With Gated Acquisition (G-SPECT) 139
Technique 139
Data Display and Interpretation 140
G-SPECT Clinical Applications 140
Patient Stress Protocols 140
Physical Exercise 141
Patient Preparation 142
Exercise Protocols 142
Pharmacologic Stress 142
Vasodilator Stress Agents 142
Regadenoson Stress Imaging 144
Patient Preparation 144
Regadenoson Protocol 144
Adenosine Stress Imaging 144
6 Respiratory System 175
Chapter Outline 175
Anatomy and Physiology 175
Radiopharmaceuticals 177
Perfusion Imaging Agents 177
Ventilation Imaging Agents 178
Radiolabeled Aerosols 178
Radioactive Gases 178
Technique 179
Normal Lung Scan 179
Perfusion Scan 179
Ventilation Scan 180
Clinical Applications 181
Pulmonary Emboli 183
Diagnostic Principle 183
Basic Concepts 183
Analysis of Images 190
Interpretive Criteria 190
PIOPED: Prospective Investigation of Pulmonary Embolism Diagnosis 190
Modified PIOPED II Interpretive Criteria 191
Ventilation/Perfusion Modified PIOPED II Criteria 191
Perfusion (Q) Only Modified PIOPED II Criteria 191
PISAPED Interpretive Criteria 192
Gestalt Interpretation 192
SPECT Ventilation/Perfusion Interpretation 192
Optimizing Interpretation 193
Incorporation of Clinical Information 193
Ancillary Signs 194
Special Situations 195
Pleural Effusions 195
Diffuse Lung Disease 195
Airway Disease (Chronic Obstructive Pulmonary Disease) 195
Location of Triple Matches 197
Lobar or Whole-Lung Defects 197
Incorporation of Noninvasive Deep Venous Testing 197
Computed Tomography Pulmonary Arteriography 197
Lung Scan Follow-Up of Pulmonary Emboli 197
Pulmonary Hypertension 199
Nonembolic Diseases 201
Chronic Obstructive Pulmonary Disease 201
Mucous Plugs 203
Asthma, Bronchiectasis, and Bronchitis 203
Lung Neoplasms 203
Inflammatory Disease 206
Cardiovascular Abnormalities 208
Lung Scanning During Pregnancy 209
Deep Venous Imaging and Thrombus Detection 211
Suggested Readings 212
7 Gastrointestinal Tract 213
Chapter Outline 213
Liver-Spleen Imaging 213
Radiopharmaceuticals 213
Planar Imaging and SPECT/CT 213
Normal Liver Scan 214
Abnormal Liver Scan 214
Hepatic Cirrhosis 216
Diffuse and Infiltrative Disorders 216
Metastatic Disease 216
Primary Liver Neoplasms 216
Hepatoma 216
Focal Nodular Hyperplasia 217
Hepatic Cell Adenomas 218
Miscellaneous Focal Lesions 218
Abscess 218
Budd-Chiari Syndrome (Hepatic Vein Thrombosis) 218
Hepatic Blood Pool Imaging 218
Splenic Imaging 219
Normal Spleen Scan 219
Abnormal Spleen Scan 219
Focal Lesions 219
Splenomegaly 219
Trauma 220
Nonvisualization of the Spleen 220
Gastrointestinal Bleeding Studies 220
Interpretation 222
Meckel Diverticulum Imaging 223
Hepatobiliary Imaging 224
Radiopharmaceuticals 224
Technique 224
Normal Scan 226
Clinical Settings 226
Acute Cholecystitis 226
Chronic Cholecystitis 228
Biliary Obstruction 230
Posttraumatic and Postsurgical Biliary Scans 231
Biliary Atresia and Neonatal Hepatitis 235
Hepatic Neoplasms 235
Gastroesophageal Function Studies 236
Esophageal Transit 236
Gastroesophageal Reflux and Aspiration 237
Gastric Emptying 237
Small Bowel and Colon Transit 240
Abdominal Shunt Evaluation 240
Suggested Readings 242
8 Skeletal System 243
Chapter Outline 243
Anatomy and Physiology 243
Radiopharmaceuticals 243
Technique 244
Normal Scan 245
Clinical Applications 246
Metastatic Disease 247
Malignant Bone Tumors 252
Benign Osseous Neoplasms 253
Soft-Tissue Uptake 256
Trauma 263
Orthopedic Prosthesis Pain 266
Osteomyelitis, Cellulitis, and Septic Arthritis 268
Benign Nonneoplastic Disease 272
Paget Disease 272
Hypertrophic Pulmonary Osteoarthropathy 276
Aseptic Arthritis 276
Metabolic Bone Disease 276
Avascular Necrosis 276
Spontaneous Osteonecrosis of the Knee 277
Radiation Therapy 277
Complex Regional Pain Syndrome (Reflex Sympathetic Dystrophy) 278
Bone Marrow Imaging 278
Bone Mineral Measurements 279
Palliative Therapy of Painful Osseous Metastases 283
Beta-Emitter Therapy 283
Alpha-Emitter Therapy 284
Suggested Readings 286
9 Genitourinary System and Adrenal Glands 287
Chapter Outline 287
Physiology 287
Radiopharmaceuticals 287
Glomerular Filtration Agents 288
Tubular Secretion Agents 288
Renal Cortical Agents 288
Radionuclide Renal Evaluation 288
Functional Renal Imaging 288
Renal Perfusion Phase 289
Renal Parenchymal Function Phase 289
Collecting System Phase 289
Renography 289
Quantitation of Renal Function 291
Plasma Sample-Based Clearances 292
Camera-Based Clearances 292
Anatomic (Cortical) Imaging 292
Clinical Applications of Renal Imaging 292
Diffuse Renal Disease 292
Vascular Abnormalities 293
Obstructive Uropathy 293
Routine Functional Imaging and Renography 293
Diuretic Renography 295
Urine Leak/Urinoma 300
Pediatric Hydronephrosis 300
Angiotensin-Converting Enzyme Inhibitor (Captopril) Renography 301
Acute Pyelonephritis and Cortical Scar 306
Renal Masses 306
Radionuclide Cystography 306
Renal Transplant Evaluation 308
Adrenal Gland Imaging 309
Adrenal Medullary Imaging 310
Clinical Applications 311
Pheochromocytoma 311
Neuroblastoma 312
Suggested Readings 313
10 Non-PET Neoplasm Imaging and Radionuclide Therapy 315
Chapter Outline 315
Targeted Tumor Imaging 316
Neuropeptide Receptor Imaging 316
Somatostatin (Octreotide) Receptor Imaging 316
Adrenal Tumor Imaging 318
Nonspecific Tumor Imaging 318
Gallium-67 Imaging 318
Thallium-201 Chloride Imaging 319
Brain Neoplasms: Post-Treatment Changes Versus Recurrent Tumor 319
Acquired Immunodeficiency Syndrome-Related Neoplasms 320
Other Adult Tumors 321
Technetium-99m Sestamibi Tumor Imaging 321
Breast Cancer 321
Lymphoscintigraphy 322
Application in Oncology: Sentinel Lymph Node Biopsy 322
Application in Lymphedema 324
Radionuclide Tumor Antibody Imaging and Therapy 324
Treatment of Lymphoma With Radioimmunotherapy 324
Treatment of Neuroendocrine Tumors With Radiolabeled Somatostatin Analogs 325
Treatment of Hepatoma and Liver Metastases With Intravascular Microspheres 325
Suggested Readings 327
11 Hybrid PET/CT Neoplasm Imaging 328
Chapter Outline 328
18F-FDG PET Imaging 328
Indications 328
Patient Preparation for 18F-FDG Imaging 328
Normal 18F-FDG Distribution and Variants 331
General 331
Brain 331
Vocal Cords 335
Tonsils, Salivary Glands, and Thyroid 336
Thymus 336
Muscle and Brown Fat 336
Heart 337
Aorta 337
Lungs 339
Breast 339
Gastrointestinal Tract 339
Genitourinary Tract 340
Bone Marrow, Lymph Nodes, and Spleen 340
Qualitative Image Interpretation 340
PET Image Quantitation 341
Whole-Body 18F-FDG PET/CT Neoplasm Imaging 342
Head and Neck Cancers 343
Thyroid Cancer 344
Solitary Pulmonary Nodules and Lung Cancer 344
Solitary Pulmonary Nodule 344
Primary Lung Cancer 345
Lymphomas 347
Breast Cancer 349
Esophageal Cancer 350
Gastric Cancer 351
Gastrointestinal Stromal Tumors (GIST) 351
Colorectal Cancer 351
Hepatocellular Carcinoma (Hepatoma) 352
Pancreatic Cancer 353
Bone Tumors 353
Malignant Melanoma 353
Gynecologic Cancers 354
Renal and Bladder Cancers 355
Prostate and Testicular Cancers 355
Miscellaneous Tumors 357
Multiple Myeloma 357
Histiocytosis 357
Neuroblastoma 357
Pheochromocytoma and Paraganglioma 358
Sarcomas and Soft Tissue Tumors 358
Bone Metastases 358
Screening for Occult Tumors or Unknown Primary Tumors 359
Other PET Radionuclides 359
18F-Fluoride 359
18F-Fluoroestradiol 359
68Ga-DOTATATE and 68Ga-DOTATOC 359
11C- and 18F-Choline and 11C-Acetate 360
18F-Fluciclovine 360
68Ga- and 18F-PMSA 360
Suggested Readings 361
12 Inflammation and Infection Imaging 362
Chapter Outline 362
Radiolabeled Leukocytes 362
Mechanism of Localization 362
Indium-111 Oxine Leukocytes 363
Labeling Principle 363
Technique 363
Normal Scan 364
Clinical Applications 364
General Considerations 364
Fever of Unknown Origin (Occult Fever) 365
Immunocompromised Patients 366
Musculoskeletal Infections 366
Osteomyelitis 367
Posttraumatic Infections 368
Prosthetic Joint Infections 368
Diabetic Foot Infections 368
Neuropathic Joint Infections 368
Active Arthritis 368
Vascular Graft Infection 368
Technetium-99m HMPAO Leukocytes 368
Labeling 369
Technique 369
Normal Distribution 369
Clinical Applications 369
Thorax 369
Abdomen/Pelvis 369
Gallium Imaging 370
Mechanism of Localization 370
Technique 370
Normal Distribution 370
Clinical Applications 370
Abdominal and Retroperitoneal Inflammation and Infection 370
Fever of Unknown Origin 370
Immunocompromised Patients 370
Osteomyelitis 371
Sarcoidosis 372
Fluorine-18 Fluorodeoxyglucose PET/CT Imaging 373
Mechanism of Localization 373
Clinical Applications 373
Fever of Unknown Origin 373
Granulomatous Disease 373
Abdominal Diseases 373
Central Nervous System 379
Osteomyelitis 379
Vascular Disease 379
Future Inflammation Agents 380
Suggested Readings 381
13 Authorized User and Radioisotope Safety Issues 382
Chapter Outline 382
Overview 382
Authorized User 383
Radiation Safety Officer 383
Other Authorized Personnel 384
NRC and Other Regulatory Agencies 384
Types of Licenses 384
Dose Limits 385
Occupational 385
Public 385
Embryo/Fetus 385
Breastfeeding 385
Family and Caregivers 386
Radiation Safety Committee 386
NRC Technical Requirements 386
Dose Calibrators and Survey Instruments 386
Determination and Records of Dosages 386
Calibration, Transmission, and Reference Sources 387
Labeling of Vials and Syringes 387
Survey of Ambient Exposure Rate 387
Training Required for Use of Unsealed Byproduct Material 387
Uptake, Dilution, and Excretion Studies (Written Directive Not Required) 387
Imaging and Localization Studies (Written Directive Not Required) 387
Unsealed Byproduct Material (Written Directive Required) 388
Required Training 388
Related Procedures 388
Oral Therapeutic Administration of Iodine-131 Sodium Iodide (Written Directive Required) 389
Less Than or Equal to 33 mCi (1.22 GBq) Iodine-131 389
Greater Than 33 mCi (1.22 GBq) Iodine-131 389
Training for Sealed Sources for Diagnosis 389
Medical Events and Required Reporting 389
Maintenance of Records 390
Transportation of Radioactive Materials 390
Receipt of Radioactive Shipments 391
Safe Handling and Administration of Radiopharmaceuticals 391
Generator Breakthrough 393
PET Radiation Safety 393
ALARA and Doses to Patients 394
Release of Individuals After Administration of Radionuclides 394
Restricted Areas, Radiation Areas, and Signage Posting 396
Facility Radiation Survey Policies 396
Waste Disposal 398
Biological Effects of Ionizing Radiation 398
Radiation Dose Quantities and Units 398
Sources and Magnitude of Radiation Exposure 399
Types of Radiation Effects 399
Deterministic Effects 399
Stochastic Effects 399
Cancer 399
Hereditary 400
Cataracts 400
Cardiovascular 400
Pregnancy 400
Modifying Factors 400
Suggested Readings 401
Self-Evaluation 402
Unknown Case Sets 402
Case 1.1 403
Case 1.2 404
Case 1.3 405
Case 1.4 406
Case 1.5 406
Case 1.6 407
Case 1.7 407
Case 1.8 408
Case 1.9 409
Case 1.10 409
Case 2.1 410
Case 2.2 411
Case 2.3 412
Case 2.4 413
Case 2.5 413
Case 2.6 414
Case 2.7 415
Case 2.8 415
Case 2.9 416
Case 2.10 416
Case 3.1 417
Case 3.2 418
Case 3.3 419
Case 3.4 420
Case 3.5 421
Case 3.6 421
Case 3.7 422
Case 3.8 423
Case 3.9 424
Case 3.10 425
Case 4.1 425
Case 4.2 426
Case 4.3 427
Case 4.4 428
Case 4.5 429
Case 4.6 430
Case 4.7 431
Case 4.8 432
Case 4.9 433
Case 4.10 434
Case 5.1 434
Case 5.2 435
Case 5.3 436
Case 5.4 437
Case 5.5 438
Case 5.6 439
Case 5.7 441
Case 5.8 442
Case 5.9 443
Case 5.10 444
Case 6.1 445
Case 6.2 446
Case 6.3 447
Case 6.4 448
Case 6.5 449
Case 6.6 450
Case 6.7 451
Case 6.8 452
Case 6.9 453
Case 6.10 454
Case 7.1 454
Case 7.2 455
Case 7.3 456
Case 7.4 457
Case 7.5 459
Case 7.6 460
Case 7.7 460
Case 7.8 461
Case 7.9 462
Case 7.10 464
Answers to Unknown Case Sets 465
Case 1.1 465
Case 1.2 465
Case 1.3 465
Case 1.4 465
Case 1.5 465
Case 1.6 465
Case 1.7 466
Case 1.8 466
Case 1.9 466
Case 1.10 466
Case 2.1 466
Case 2.2 466
Case 2.3 467
Case 2.4 467
Case 2.5 467
Case 2.6 467
Case 2.7 467
Case 2.8 467
Case 2.9 468
Case 2.10 468
Case 3.1 468
Case 3.2 468
Case 3.3 468
Case 3.4 468
Case 3.5 468
Case 3.6 469
Case 3.7 469
Case 3.8 469
Case 3.9 469
Case 3.10 469
Case 4.1 469
Case 4.2 469
Case 4.3 470
Case 4.4 470
Case 4.5 470
Case 4.6 470
Case 4.7 470
Case 4.8 470
Case 4.9 470
Case 4.10 470
Case 5.1 471
Case 5.2 471
Case 5.3 471
Case 5.4 471
Case 5.5 471
Case 5.6 471
Case 5.7 471
Case 5.8 472
Case 5.9 472
Case 5.10 472
Case 6.1 472
Case 6.2 472
Case 6.3 472
Case 6.4 473
Case 6.5 473
Case 6.7 473
Case 6.8 473
Case 6.9 473
Case 6.10 473
Case 7.1 474
Case 7.2 474
Case 7.3 474
Case 7.4 474
Case 7.5 474
Case 7.6 475
Case 7.7 475
Case 7.8 475
Case 7.9 475
Case 7.10 475
Appendices 476
Appendix A Characteristics of Radionuclides for Imaging and Therapy 476
Appendix B.1 Radioactivity Conversion Table for International System (SI) Units (Becquerels to Curies) 478
Appendix B.2 Radioactivity Conversion Table for International System (SI) Units (Curies to Becquerels) 479
Appendix C.1 Technetium-99m Decay and Generation Tables 480
Appendix C.2 Other Radionuclide Decay Tables 482
Appendix D Injection Techniques and Pediatric Dosages 484
Appendix E Sample Techniques for Nuclear Imaging 488
Brain Death or Cerebral Blood Flow Scan 488
SPECT Brain Perfusion Imaging 488
Cisternogram 489
Thyroid Scan (99mTc-Pertechnetate) 490
Thyroid Scan and Uptake (Iodine-123) 490
Thyroid Cancer Scan 490
Parathyroid Scan 491
Rest Gated Equilibrium Ventriculography 491
SPECT Myocardial Perfusion Imaging 492
Exercise Protocol Using a Bruce Multistage or Modified Bruce Treadmill Exercise Protocol 493
Dipyridamole Pharmacologic Stress Procedure 493
Adenosine Pharmacologic Stress Procedure 493
Regadenoson Pharmacologic Stress Procedure 493
Pulmonary Ventilation Scan (Xenon) 494
Pulmonary Ventilation Scan (DTPA Aerosol) 494
Pulmonary Perfusion Scan 494
Liver and Spleen Scan 495
SPECT/CT Liver and Spleen Imaging 496
Hepatobiliary Scan 496
Meckel Diverticulum Scan 497
Gastrointestinal Bleeding Scan 497
Esophageal Transit 498
Gastroesophageal Reflux/Aspiration 498
Gastric Emptying 499
Peritoneovenous (LeVeen) Ascites Shunt Patency 499
Salivary Gland Imaging 500
Bone Scan (Technetium-99m) 500
SPECT Bone Imaging 501
Bone Marrow Scan 501
Renal Blood Flow Scan 501
Renal Scan (A) Cortical Imaging 502
Renal Scan (B) Glomerular Filtration 502
Renal Scan (C) Tubular Function 503
Diuretic (Lasix) Renogram 503
Captopril Renogram for Diagnosis of Renovascular Hypertension 504
Radionuclide Cystogram in Children 504
MIBG Scan for Pheochromocytoma and Neuroblastoma 505
Gallium Scan for Tumor or Infection 505
Somatostatin Receptor Scan With Indium-111 Pentetreotide 506
Lymphoscintigraphy (Sentinel Node Localization) 506
Molecular Breast Imaging With Breast-Specific Gamma Camera (CZT Detectors) 507
Leukocyte (White Blood Cell) Scan 507
PET/CT Tumor Imaging With Fluorine-18 Fluorodeoxyglucose (FDG) 508
PET Cardiac Imaging With Fluorine-18 Fluorodeoxyglucose (FDG) 509
PET Brain Imaging With Fluorine-18 Fluorodeoxyglucose (FDG) 509
PET Amyloid Brain Imaging 509
PET Cardiac Rest/Stress Imaging With Rubidium-82 or Nitrogen-13 Ammonia 510
Bone Scan PET/CT (Fluorine-18 Sodium Fluoride) 510
Red Blood Cell Labeling Techniques 511
Appendix F Nonradioactive Pharmaceuticals in Nuclear Medicine 512
Suggested Readings 512
Appendix G Pregnancy and Breastfeeding 513
Pregnancy 513
Breastfeeding 513
Appendix H.1 General Considerations for Hospitalized Patients Receiving Radionuclide Therapy 516
Appendix H.2 Special Considerations and Requirements for Iodine-131 Therapy 520
Nursing Instructions 520
Release From the Hospital 521
Appendix I Emergency Procedures for Spills of Radioactive Materials and Special Circumstances 522
Spills of Radioactive Materials 522
Minor Spills 522
Major Spills 522
Surface Contamination Limits 522
Emergency Surgery of Patients Who Have Received Therapeutic Amounts of Radionuclides 523
Emergency Autopsy of Patients Who Have Received Therapeutic Amounts of Radionuclides 523
Index 524
A 524
B 524
C 525
D 527
E 528
F 528
G 529
H 530
I 531
J 533
K 533
L 533
M 533
N 534
O 535
P 535
Q 537
R 538
S 540
T 541
U 542
V 542
W 543
X 543
Y 543
Z 543
Inside Back Cover ibc1