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Primer of Diagnostic Imaging E-Book

Primer of Diagnostic Imaging E-Book

Mukesh G. Harisinghani | John W. Chen | Ralph Weissleder

(2018)

Additional Information

Book Details

Abstract

Widely known as THE survival guide for radiology residents, fellows, and junior faculty, the "purple book" provides comprehensive, up-to-date coverage of diagnostic imaging in an easy-to-read, bulleted format. Focusing on the core information you need for learning and practice, this portable resource combines the full range of diagnostic imaging applications with the latest imaging modalities, making it the perfect clinical companion and review tool.

  • Features more than 1,200 detailed illustrations now in full color, plus images that clearly depict the latest applications of CT, MRI, PET/CT, and other diagnostic imaging modalities.
  • Provides new coverage of non-interpretive skills such as quality and safe dosing.
  • Balances new information and anatomic drawings with timeless, relevant material to fully prepare you for the boards and for daily practice.
  • Explains the nuances of key diagnostic details for all body systems, including signs and symptoms, anatomic landmarks, and common radiologic-pathologic alterations, for the full range of radiologic modalities and specialties.
  • Uses a bulleted format and provides mnemonics, descriptive terminology, and space for note taking that make it easy to learn and remember key facts, techniques, and images.
  • Allows you to work through diagnoses with hundreds of differentials for board certification preparation.
  • Clarifies the impact of the latest disease entities on the interpretation of radiologic findings.

Table of Contents

Section Title Page Action Price
Front Cover cover
IFC_ExCon IFC2
Primer of Diagnostic Imaging i
Copyright Page iv
Dedication v
Reviewers vi
Preface vii
Table Of Contents viii
Abbreviations x
1 Chest Imaging 1
Chapter Outline 1
Imaging Anatomy 1
Gross Lung Anatomy 1
Segmental Anatomy (Figs. 1.1–1.2) 1
Right Lung 1
Left Lung 1
Segmental Computed Tomography (CT) Anatomy (Fig. 1.3) 2
Bronchial CT Anatomy (Fig. 1.4) 2
Plain Radiograph Anatomic Landmarks (Figs. 1.5–1.9) 2
Thoracic Inlet 2
Lines 2
Paratracheal Stripe 3
Fissures 3
Pulmonary Ligament 3
Trachea 3
Upper Lobe (Ul) Bronchi (Figs. 1.10–1.11) 4
Parenchymal Anatomy 4
Acinus 4
Secondary Pulmonary Lobule 4
Epithelium 4
High-Resolution Computed Tomography (HRCT) (Fig. 1.12) 4
Technique 4
HRCT Anatomy 4
Pulmonary Function (Fig. 1.13) 5
Lung Volumes, Capacities, and Flow Rates 5
Mediastinum (Fig. 1.14) 5
Imaging Protocols 5
Standard Chest CT Protocol 5
Pulmonary Embolism (PE) CT Protocol 5
Diagnostic Radiology Report (American College of Radiology [ACR]) 6
Infection 6
General 6
Pathogens 6
Acquisition of Pneumonia 7
Risk Factors 7
Radiographic Spectrum of Pulmonary Infections 7
Complications of Pneumonia 8
Resolution of Pneumonia 8
Bacterial Infections 8
General 8
Common Pathogens 8
Clinical Findings 9
Streptococcal Pneumonia 9
2 Cardiac Imaging 78
Chapter Outline 78
Cardiac Imaging Techniques 78
Plain Radiograph Interpretation 78
Normal Plain Radiograph Anatomy 78
Posteroanterior View (Fig. 2.1) 78
Lateral View (Fig. 2.2) 78
Oblique Views (Fig. 2.3 A–B) 79
Radiographic Approach to Intensive Care Unit (ICU) Radiographs 79
Pearls 79
Endotracheal Tube (ET) 79
Nasogastric (NG) Tube 80
3 Gastrointestinal Imaging 124
Chapter Outline 124
Esophagus 124
General 124
Anatomy 124
Normal Esophageal Contour Deformities (Fig. 3.1) 124
Gastroesophageal Junction (GEJ) Anatomy (Fig. 3.2) 125
Peristaltic Waves 125
Swallowing (Fig. 3.3) 125
Esophageal Ultrasound (US) (Fig. 3.4) 126
Esophageal Disease 126
Schatzki Ring 126
Esophageal Webs and Rings 126
4 Genitourinary Imaging 217
Chapter Outline 217
Kidneys 217
General 217
Anatomy 217
Renal Pedicle (Fig. 4.1) 217
Collecting System 217
Orientation and Size of Kidneys 217
Techniques 218
Bolus IVP 218
5 Musculoskeletal Imaging 283
Chapter Outline 283
Trauma 283
General 283
Fracture 283
Fracture Healing (Fig. 5.1) 284
Terminology for Description of Fractures 284
Specific Fractures 285
Relevant Anatomy (Fig. 5.2) 285
Long Bones 286
Types of Joints 286
Synovial Joint (Fig. 5.3) 286
Cartilaginous Joint 286
Fibrous Joint 286
Fracture Complications 286
Orthopedic Procedures 286
Types of Repair 286
Orthopedic Hardware 286
Spine 287
Classification of Cervical Spine (C-Spine) Injuries 287
Biomechanics (Figs. 5.4–5.5) 287
Pearls 287
Approach to C-Spine Plain Radiograph (Figs. 5.6–5.7) 287
Approach to Cervical Spine Injuries 288
Jefferson Fractures (Fig. 5.8) 288
Radiographic Features 288
Fractures of the Odontoid Process (Dens) (Fig. 5.9) 289
6 Neurologic Imaging 377
Chapter Outline 377
Imaging Anatomy 377
Parenchymal Anatomy 377
Lobar Anatomy (Fig. 6.1) 377
Basal Ganglia (Fig. 6.2) 377
Thalamus (Fig. 6.3) 378
Central Sulcus (Fig. 6.4) 378
Inferior Frontal Gyrus Anatomy (Fig. 6.5) 378
Brain Myelination (Fig. 6.6) 379
Characteristic MRI Appearance 379
Ventricular System 379
Anatomy (Fig. 6.7) 379
Cavum Variants 379
Cavum Septum Pellucidum 379
Cavum Vergae 379
Cavum Velum Interpositum 380
Pineal Region Anatomy (Fig. 6.8) 380
Sella Turcica 380
Pituitary Gland (Fig. 6.9 A–B) 380
Suprasellar Cistern 380
Cavernous Sinus (Fig. 6.10) 380
Meckel Cave (Trigeminal Cave) 381
Vascular System 381
External Carotid Artery (ECA) (Fig. 6.11) 381
Internal Carotid Artery (Fig. 6.12) 381
Vertebrobasilar System (Fig. 6.13) 382
Segments and Branches of VAs (Fig. 6.14) 382
Circle of Willis (Fig. 6.15) 382
Cerebral Arteries 382
Anterior Cerebral Artery (ACA) (Fig. 6.16) 382
Middle Cerebral Artery (MCA) (see Fig. 6.16) 383
Posterior Cerebral Artery (PCA) 383
Normal Variants of Vascular Anatomy 383
Internal Carotid Artery (ICA) (Fig. 6.17) 383
External Carotid Artery (ECA) 383
Circle of Willis 383
Anastomoses Between Arteries 383
Meninges and Venous Sinuses (Fig. 6.18) 383
Meningeal Spaces 383
Sinuses (Fig. 6.19) 384
Vascular Territories (Fig. 6.20) 384
Ultrasound (US) of Carotid Arteries 384
B-Mode Imaging (Fig. 6.21) 384
Doppler Imaging (Flow) (Fig. 6.22) 385
Color Doppler US 386
Pearls 386
Transcranial Doppler (TCD) 386
Spine 386
Spinal Canal (Fig. 6.25) 386
Neural Structures 387
Vascular Disease 387
Intracranial Hemorrhage (Fig. 6.27) 387
CT Appearance of Intracranial Hemorrhage 387
MRI Appearance of Intracranial Hemorrhage (Fig. 6.28) 388
Hypertensive Hemorrhage 388
Location 388
Imaging Features 388
Tumor Hemorrhage 389
Aneurysm 389
Types 389
Saccular Aneurysm 389
Imaging Features (Fig. 6.29) 389
Complications 389
Giant Aneurysm 390
Clinical Findings 390
7 Head and Neck Imaging 457
Chapter Outline 457
Temporal Bone 457
General 457
External Auditory Canal (EAC) 457
Middle Ear (Figs. 7.1–7.2) 457
Inner Ear (Fig. 7.3) 458
Internal Auditory Canal (IAC) (Fig. 7.4) 459
Facial Nerve (Figs. 7.5–7.6) 459
Hearing Loss 459
Types 459
Pulsatile Tinnitus 459
Causes 459
Trauma 460
Temporal Bone Fractures 460
Clinical Findings 460
Radiographic Features 460
Fracture Complications 460
Indications for Surgery in Temporal Bone Fractures 460
Inflammation 460
Acute Inflammation 460
Potential Complications 461
Bell Palsy 461
Acquired Cholesteatoma (Fig. 7.8) 461
Radiographic Features 461
Complications of Acquired Cholesteatoma 461
Congenital Cholesteatoma (Epidermoid) 462
Cholesterol Granuloma (Cholesterol Cysts) 462
8 Vascular Imaging 512
Chapter Outline 512
Techniques 512
General 512
Preprocedure Evaluation 512
Access 513
Types of Arterial Approach 513
Right Femoral Approach (Preferred) 513
Standard Femoral Approach: Seldinger Technique 513
Advantage of Puncturing Symptomatic Extremity 513
Disadvantage of Puncturing Symptomatic Extremity 513
Axillary Artery Approach 513
Translumbar Approach (TLA) 513
Antegrade Femoral Approach 513
Angiography Complications 513
Puncture Site Complications 514
Contrast Complications (see Chapter 13) 514
Catheter-Related Complications 514
Pearls 514
Hardware 514
Catheters 514
Generic Types 514
Measurements 514
Materials 515
Pearls 515
Guidewires 515
Measurements 515
Pharmacologic Manipulation 516
Angiographic Interventions 516
Embolization 516
Indication 516
General Principles 516
Embolic Agents 516
Complications 517
Hepatic Chemoembolization 517
Hepatic Radioembolization 517
Thrombolysis 517
Indication 517
General Principles (Fig. 8.1) 517
Techniques 517
Contraindications 518
Angioplasty 518
Indication 518
General Principles 518
Prognostic Indicators 518
PTA Results 519
Complications 519
Intravascular Stents 519
Indications for Metallic Stents 519
Indications for Stents in Revascularization Procedures 519
Stent Results 519
Transjugular Intrahepatic Portosystemic Shunt (Tips) 519
Established Indications 519
Controversial Indications 519
General Principles 519
Contraindications 519
Technique (Fig. 8.3) 520
Results 520
Complications 520
Signs of Malfunction 520
Alternatives to Tips 520
Transjugular Liver Biopsy 520
Technique 520
Venous Access 521
Central Venous Access Catheters 521
Complications of Central Venous Catheter Placement 521
Vascular US 521
General 521
Continuous Wave Doppler 521
Pulsed Wave Doppler 521
Power Doppler US 522
Aliasing 522
Magnetic Resonance Imaging 522
Noncontrast Imaging Techniques 522
Gadolinium (GD)-Enhanced MRA 522
Spinal GD MRA 522
Other Techniques 523
Digital Subtraction Angiography (DSA) 523
Venous DSA 523
Arterial DSA 523
Petrosal Vein Sampling 523
Lymphography 523
Conscious Sedation 523
Coagulation 524
General (Fig. 8.6) 524
Normalization of Prolonged Coagulation Times 524
Monitoring Heparin Therapy 524
Anticoagulation Drugs and Procedures 525
Heparin 525
Coumadin (Warfarin) 525
Fragmin (Dalteparin) 525
Argatroban 525
Arixtra (Fondaparinux) 525
Plavix (Clopidogrel) 525
ReoPro (Abciximab) 525
Other Antiplatelet Agents 525
Antibiotics 525
Recommended 525
Not Recommended 525
Thoracic Aorta and Great Vessels 525
General 525
Anatomy (Fig. 8.7) 525
Imaging Principles 526
Computed Tomography 526
Magnetic Resonance Imaging 526
Aortography 526
Transesophageal Echocardiography 526
Thoracic Aortography Technique 526
Thoracic Aortic Aneurysm 526
General 526
Causes 526
Pearls 527
Atherosclerotic Aneurysm 527
Complications 527
Radiographic Features 527
Computed Tomography 527
Cystic Medial Necrosis 527
Radiographic Features (Fig. 8.9) 527
Syphilitic Aneurysms 527
Radiographic Features (Fig. 8.10) 528
Mycotic Aneurysms 528
Aortic Dissection 528
General 528
Clinical Findings 528
Causes 528
Types (Fig. 8.11) 528
Treatment 529
Indications for Imaging (Fig. 8.12) 529
Goals of Imaging Studies 529
Angiographic Features 529
CT Features (Fig. 8.13) 529
MRI Features 530
Pearls 530
Variants 530
Aortic Wall Hematoma (Fig. 8.14) 530
Penetrating Aortic Ulcer 531
Chronic Dissection 531
Traumatic Aortic Injury 531
General 531
Location 531
Approach 531
Chest Radiograph 531
Computed Tomography (CT) 531
CTA/Angiography 531
Pearls 531
Aortitis 532
Takayasu Arteritis (Pulseless Disease) 532
Types (Fig. 8.16) 532
9 Breast Imaging 561
Chapter Outline 561
Mammography 561
Mammography Techniques 561
Mammographic Views (Fig. 9.1) 561
MLO View 561
CC View 561
Exaggerated Craniocaudal (Xccl) View 561
Lateral Views: Mediolateral (ML and Lateromedial (Lm) 561
Axillary Tail View (Cleopatra View) 562
Cleavage Valley View 562
Spot Compression Views 562
Magnification Views 562
Tangential View 562
Rolled Views (Fig. 9.2) 562
Proper Positioning 562
Compression 562
Lesion Localization 563
Triangulation (Fig. 9.3) 563
Mammography Technical Standards 563
Viewing Conditions 563
Image Labeling 563
Quality Control 563
Mammography Interpretation (Fig. 9.5) 564
Pertinent Patient History 564
Mammography Reporting (Fig. 9.6) 564
Breast Composition 564
Mass 564
Margins 565
Shape 565
Density 565
Other Features 565
Calcifications 565
Morphology 565
Typically Benign Morphology (Fig. 9.8) 565
Distribution 566
Architectural Distortion 566
Asymmetries 566
Skin, Nipple, and Trabecular Changes 567
Abnormal Ducts 567
Lymph Node Abnormalities 567
Asymmetry of Breast Tissue 567
Structured Reporting 567
Ultrasound (US) 568
10 Obstetric Imaging 584
Chapter Outline 584
11 Pediatric Imaging 628
Chapter Outline 628
Respiratory Tract 628
Upper Airway 628
Approach 628
Normal Appearance 629
Laryngomalacia 629
Tracheomalacia 629
Webs 629
Tracheal Stenosis (Fig. 11.3) 629
Subglottic Stenosis 629
Epiglottitis 629
Clinical Findings 629
Radiographic Features (Figs. 11.4–11.5) 629
Pearls 629
Croup 630
12 Nuclear Imaging 691
Chapter Outline 691
Pulmonary Imaging 691
Radiopharmaceuticals 691
133Xenon (XE) 692
99Mtc Diethylenetriaminepentaacetic Acid (DTPA) Aerosol 692
99Mtc Macroaggregated Albumin (MAA) 692
Pharmacokinetics 692
Technique 692
Indications 692
Contraindications 692
Protocol 693
Imaging 693
Normal Images 693
Xe Ventilation 693
Perfusion (Fig. 12.2) 693
Pulmonary Embolism (PE) 694
Modified Prospective Investigation of Pulmonary Embolism Detection (PIOPED) Criteria for Scan Interpretation 694
Implications of Scan Results 694
V̇/Q̇ Scan to Monitor Sequelae/Resolution of PE 694
Pearls 694
Other Patterns 695
Stripe Sign (Fig. 12.4) 695
Reverse Mismatch 695
Pulmonary Edema (PE) 695
Bullae, Emphysema, COPD 695
Pulmonary Arterial Hypertension (PAH) 695
Evaluation of Lung Function (Fig. 12.5) 695
Cardiac Imaging 695
Radiopharmaceuticals 695
201Thallium (TI) Chloride 695
Pharmacokinetics 695
Use 695
99Mtc Sestamibi (Fig. 12.6) 695
Pharmacokinetics 696
Tetrofosmin (UpToDate) 696
Pharmacokinetic 696
99MTC Red Blood Cell (RBC) Labeling 696
Uses 696
Methods of Labeling Autologous RBCs 696
Causes of Poor RBC Labeling 697
Pearls 697
Myocardial Perfusion Scintigraphy 697
General (Figs. 12.7–12.8) 697
Techniques 697
Treadmill Test 697
Dipyridamole Test 698
Adenosine Test 698
Regadenoson Test (From the Massachussetts General Hospital [MGH] Protocol) 698
Dobutamine Test 698
Rest and Redistribution Study 698
99Mtc Sestamibi Imaging 698
Contraindications for Nuclear Cardiology Stress Test 699
Absolute 699
Relative 699
Normal Images and Variants (Fig. 12.9) 699
Variations 699
Image Interpretation 700
Abnormal Scan Patterns 700
Hibernating Myocardium 701
Stunned Myocardium 701
Positron Emission Tomography (PET) Imaging 701
82Rubidium 701
13N-ammonia 701
18F-Fluorodeoxyglucose (FDG) 701
Indications for PET 701
Ventricular Function Imaging 701
General 701
Indications 702
Protocol 702
Image Interpretation 702
Qualitative Image Assessment 702
Quantitative Image Assessment 702
Pearls 702
Gastrointestinal Imaging 703
Radiopharmaceuticals 703
General 703
99Mtc Sulfur Colloid 703
13 Contrast Agents 729
Chapter Outline 729
X-Ray Contrast Agents 729
Iodinated Contrast Agents 729
Classification 729
Iodine (I) Content 729
High-Osmolarity Contrast Agents (HOCAs) (Fig. 13.1) 729
Low Osmolarity Contrast Agents (LOCAs) (Fig. 13.2) 730
Pharmacology (Fig. 13.3) 730
Acute Contrast Reactions 730
Overview 730
Type and Timing of Acute Reactions 730
Premedication 731
Other Adverse Events Related to Iodinated Contrast 731
Contrast-Induced Nephropathy (CIN) 731
Contrast Extravasation 731
Miscellaneous Considerations 731
Metformin 731
Pregnancy 732
Breastfeeding 732
Thyroid Scan 732
Oral X-Ray Contrast Agents 732
Water-Soluble Iodinated Oral Contrast Agents 732
Barium 732
Negative Oral Contrast Agents 733
Magnetic Resonance Imaging Contrast Agents 733
Classes (Fig. 13.4) 733
Paramagnetic Agents 735
Gd Chelates (Fig. 13.6) 735
Pharmacology 735
Safety 735
Special Considerations 735
Nephrogenic Systemic Fibrosis (NSF) 735
Pregnant Patients 736
Breastfeeding 736
Gd Deposition in the Brain 736
Other Agents 736
Eovist (Gadoxetate Disodium; Bayer) (Fig. 13.7) 736
Oral Contrast Agents 736
Supraparamagnetic Agents 737
Ferumoxtran-10 (Combidex) and Ferumoxytol (Feraheme) 737
Treatment of Contrast Reactions 737
Treating Adverse Reactions 737
Emergency Treatment 738
Suggested Readings 738
14 Imaging Physics 739
Chapter Outline 739
X-Ray Physics 739
Production of X-Rays 739
X-Ray Tube (Fig. 14.1) 739
Cathode 740
Anode 740
X-Ray Tube Output (Fig. 14.2) 740
Milliampere (mA) 740
Voltage 740
Exposure Time 740
Heat Unit (Fig. 14.3) 741
Rating Charts (Fig. 14.4) 741
Example 741
Answer 741
Focal Spot (FS) 741
FS and Resolution 741
Measurement of FS Size 741
Pinhole Method 741
Star Test Pattern 741
Magnification (Fig. 14.5) 742
Unsharpness 742
Radiation Exposure and Distance 742
Example 742
Answer 742
Spectrum of X-Rays 742
Bremsstrahlung (Fig. 14.6) 742
Characteristic Radiation (Fig. 14.7) 742
Heel Effect (Fig. 14.8) 743
X-Ray Generators 743
Transformer (Fig. 14.9) 743
Circuits of X-Ray Generators (Fig. 14.10) 744
Autotransformer 744
High-Voltage Transformer 744
Timer 744
Rectifier (Fig. 14.11) 744
Filament Circuit 744
Types of Generators 744
Three-Phase Generators (Fig. 14.12) 744
Advantages of Three-Phase Generators 744
Mobile Generators (Fig. 14.13) 744
Capacitor Discharge Generators 745
Phototimers 745
Interaction Between X-Rays and Matter 745
Coherent Scattering (Fig. 14.14) 745
Photoelectric Effect (Fig. 14.15) 745
Pearls 746
Compton Scattering (Fig. 14.16) 746
Probability of Compton Scatter 746
Index 793
A 793
B 795
C 796
D 800
E 801
F 801
G 803
H 804
I 805
J 806
K 806
L 807
M 808
N 810
O 811
P 811
Q 814
R 814
S 815
T 818
U 819
V 820
W 821
X 821
Y 821
Z 821
IBC_Clinical Key IBC1