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Merrill's Atlas of Radiographic Positioning and Procedures - E-Book

Merrill's Atlas of Radiographic Positioning and Procedures - E-Book

Bruce W. Long | Jeannean Hall Rollins | Barbara J. Smith

(2015)

Additional Information

Book Details

Abstract

More than 400 projections make it easier to learn anatomy, properly position the patient, set exposures, and take high-quality radiographs! With Merrill's Atlas of Radiographic Positioning & Procedures, 13th Edition, you will develop the skills to produce clear radiographic images to help physicians make accurate diagnoses. It separates anatomy and positioning information by organ systems — using full-color illustrations to show anatomical anatomy, and CT scans and MRI images to help you learn cross-section anatomy. Written by radiologic imaging experts Bruce Long, Jeannean Hall Rollins, and Barbara Smith, Merrill's Atlas is not just the gold standard in radiographic positioning references, and the most widely used, but also an excellent review in preparing for ARRT and certification exams!

  • Comprehensive, full-color coverage of anatomy and positioning makes Merrill's Atlas the most in-depth text and reference available for radiography students and practitioners.
  • Frequently performed projections are identified with a special icon to help you focus on what you need to know as an entry-level radiographer.
  • Numerous CT and MRI images enhance your comprehension of cross-sectional anatomy and help you prepare for the Registry examination.
  • UNIQUE! Collimation sizes and other key information are provided for each relevant projection.
  • Bulleted lists provide clear instructions on how to correctly position the patient and body part when performing procedures.
  • Summary tables provide quick access to projection overviews, guides to anatomy, pathology tables for bone groups and body systems, and exposure technique charts.
  • NEW! Coverage of the latest advances in digital imaging also includes more digital radiographs with greater contrast resolution of pertinent anatomy.
  • NEW positioning photos show current digital imaging equipment and technology.
  • UPDATED coverage addresses contrast arthrography procedures, trauma radiography practices, plus current patient preparation, contrast media used, and the influence of digital technologies.
  • UPDATED Mammography chapter reflects the evolution to digital mammography, as well as innovations in breast biopsy procedures.

Table of Contents

Section Title Page Action Price
Front cover cover
Endsheet 2 IFC2
Endsheet 3 IFC3
half-title page i
Merrill's Atlas of Radiographic Positioning and Procedures iii
Copyright page iv
Previous Authors v
The Merrill’s Team vi
Advisory Board vii
Chapter Content Experts viii
Preface ix
Learning and Perfecting Positioning Skills ix
New to This Edition ix
New Patient Photography ix
Revised Image Evaluation Criteria ix
Working with the Obese Patient ix
Fully Revised Pediatric Chapter ix
Updated Geriatric Chapter ix
Consolidated Cranial Chapters ix
Digital Radiography Collimation ix
English/Metric IR Sizes x
Integration of CT and MRI x
New Illustrations x
Digital Radiography Updated x
Computed Radiography x
Obsolete Projections Deleted x
New Radiographs x
Learning Aids for the Student x
Pocket Guide to Radiography x
Radiographic Anatomy, Positioning, and Procedures Workbook x
Teaching Aids for the Instructor x
Evolve Instructor Electronic Resources x
Mosby’s Radiography Online x
Evolve—Online Course Management x
Acknowledgments xii
Contributors xii
Table of Contents xiii
11 Long Bone Measurement 1
Outline 1
Imaging Methods 2
Radiation Protection 2
Position of Patient 2
Position of Part 2
Localization of Joints 2
Computed Tomography Technique 6
12 Contrast Arthrography 7
Outline 7
Overview 8
Contrast Arthrography Procedures Removed 9
Shoulder Arthrography 10
Contrast Arthrography of the Knee 12
Vertical Ray Method 12
Double-Contrast Arthrography of the Knee 13
Horizontal Ray Method 13
Medial meniscus 13
Lateral meniscus 13
Hip Arthrography 14
Other Joints 16
13 Trauma Radiography 17
Outline 17
Introduction 18
Trauma Statistics 18
Preliminary Considerations 20
Specialized Equipment 20
Exposure Factors 23
Positioning of the Patient 24
Radiographer’s Role as Part of the Trauma Team 25
Diagnostic Imaging Procedures 25
Radiation Protection 25
Patient Care 26
Best Practices in Trauma Radiography 28
Radiographic Procedures in Trauma 29
Patient Preparation 29
Breathing Instructions 30
Immobilization Devices 30
Image Receptor Size and Collimated Field 30
Central Ray, Part, and Image Receptor Alignment 30
Image Evaluation 30
Documentation 30
Radiography 31
Cervical Spine 31
Lateral Projection 31
Dorsal decubitus position 31
Trauma positioning tips 31
Patient position considerations 31
Structures shown 31
Cervicothoracic Region 32
Lateral Projection 32
Dorsal decubitus position 32
Trauma positioning tips 32
Patient position considerations 32
Structures shown 32
Compensating Filter 32
Cervical Spine 33
AP Axial Projection 33
Trauma positioning tips 33
Patient position considerations 33
Structures shown 33
AP Axial Oblique Projection 34
Trauma positioning tips 34
Patient position considerations 34
Structures shown 34
Thoracic and Lumbar Spine 35
Lateral Projections 35
Dorsal decubitus positions 35
Trauma positioning tips 35
Patient position considerations 35
Structures shown 35
Chest 36
AP Projection 36
Trauma positioning tips 36
Patient position considerations 36
Structures shown 37
Abdomen 38
AP Projection 38
Trauma positioning tips 38
Patient position considerations 38
Structures shown 39
AP Projection 40
Left lateral decubitus position 40
Trauma positioning tips 40
Patient position considerations 40
Structures shown 40
Pelvis 41
AP Projection 41
Trauma positioning tips 41
Patient position considerations 41
Structures shown 41
Cranium 42
Lateral Projection 42
Dorsal decubitus position 42
Trauma positioning tips 42
Patient position considerations 42
Structures shown 43
AP Projection 44
AP Axial Projection—Towne Method 44
Trauma positioning tips 44
Patient position considerations 44
Structures shown 45
Facial Bones 46
Acanthioparietal Projection 46
Reverse Waters Method 46
Trauma positioning tips 46
Patient position considerations 46
Structures shown 46
Upper Limb 47
Trauma positioning tips 47
Patient position considerations 47
Structures shown 49
Lower Limb 50
Trauma positioning tips 50
Patient position considerations 50
Structures shown 52
Other Imaging Procedures in Trauma 53
Computed Tomography 53
Diagnostic Medical Sonography 55
Selected bibliography 56
14 Mouth and Salivary Glands 57
Outline 57
Summary of Projections 58
Anatomy 59
Mouth 59
Salivary Glands 60
Radiography 62
Sialography 62
Parotid Gland 64
Tangential Projection 64
Position of patient 64
Position of part 64
Supine body position 64
Prone body position 65
Central ray 65
Structures shown 65
Parotid and Submandibular Glands 66
Lateral Projection 66
R or L position 66
Position of patient 66
Position of part 66
Parotid gland 66
Submandibular gland 66
Central ray 66
Structures shown 67
15 Anterior Part of Neck 69
Outline 69
Summary of Projections 70
Anatomy 71
Neck 71
Thyroid Gland 71
Parathyroid Glands 71
Pharynx 72
Larynx 72
Radiography 74
Soft Palate, Pharynx, and Larynx: Methods of Examination 74
Positive-Contrast Pharyngography 74
Deglutition 74
Gunson method 75
Pharynx and Larynx 76
Ap Projection 76
Position of patient 76
Position of part 76
Central ray 77
Collimation 77
Additional studies 77
Soft Palate, Pharynx, and Larynx 78
Lateral Projection 78
R or L position 78
Position of patient 78
Position of part 78
Central ray 78
Collimation 78
Procedure 78
16 Abdomen 81
Outline 81
Summary of Projections 82
Anatomy 83
Abdominopelvic Cavity 83
Radiography 86
Abdominal Radiographic Procedures 86
Exposure Technique 86
Immobilization 86
Abdomen 87
Radiographic Projections 87
Positioning Protocols 87
Abdominal Sequencing 87
AP Projection 89
Supine; upright 89
Position of patient 89
Position of part 89
Central ray 89
Collimation 89
Structures shown 90
PA Projection 91
Upright 91
17 Digestive System 95
Outline 95
Summary of Projections 96
Anatomy 97
Digestive System 97
Esophagus 97
Stomach 98
Small Intestine 101
Large Intestine 102
Liver and Biliary System 104
Pancreas and Spleen 106
Radiography 110
Technical Considerations 110
Gastrointestinal Transit 110
Examination Procedure 110
Contrast media 111
Radiologic apparatus 113
Preparation of examining room 114
Exposure time 114
Radiation Protection 115
Esophagus 115
Contrast Media Studies 115
Barium sulfate mixture 115
Examination procedures 116
Opaque Foreign Bodies 117
Esophagus 118
AP, PA, Oblique, and Lateral Projections 118
Position of patient 118
AP or PA Projection 118
AP or PA Oblique Projection 118
RAO or LPO Position 118
Lateral Projection 118
R or L Position 118
Central ray 118
Collimation 118
Structures shown 118
Barium administration and respiration 119
Stomach: Gastrointestinal Series 120
Preliminary Preparation 120
Preparation of patient 120
Barium sulfate suspension 120
Contrast Studies 121
Single-Contrast Examination 121
Position of patient 121
Double-Contrast Examination 122
Radiographic imaging procedure 122
Biphasic Examination 123
Hypotonic Duodenography 123
Stomach and Duodenum 124
PA Projection 124
Position of patient 124
Position of part 124
Central ray 124
Collimation 124
Structures shown 124
PA Axial Projection 126
Position of patient 126
Position of part 126
Central ray 126
Collimation 126
Structures shown 127
PA Oblique Projection 128
RAO position 128
Position of patient 128
Position of part 128
Central ray 128
Collimation 128
Structures shown 129
AP Oblique Projection 130
LPO position 130
Position of patient 130
Position of part 130
Central ray 131
Collimation 131
Structures shown 131
Lateral Projection 132
R position 132
Position of patient 132
Position of part 132
Central ray 133
Collimation 133
Structures shown 133
AP Projection 134
Position of patient 134
Position of part 134
Central ray 134
Collimation 134
Structures shown 134
Stomach. 134
Diaphragm. 134
Superior Stomach and Distal Esophagus 136
PA Oblique Projection 136
Position of patient 136
Position of part 136
Central ray 137
Collimation 137
Structures shown 137
Small Intestine 138
Preparation for Examination 138
Oral Method of Examination 138
Small Intestine 139
PA or AP Projection 139
Position of patient 139
Position of part 139
Central ray 139
Collimation 139
Structures shown 139
Complete Reflux Examination 141
Enteroclysis Procedure 141
Intubation Examination Procedures 143
Large Intestine 144
Contrast Media Studies 144
Contrast media 144
Preparation of intestinal tract 146
Standard barium enema apparatus 146
Preparation of barium suspensions 147
Preparation and care of patient 147
Insertion of enema tip 148
Single-Contrast Barium Enema 148
Administration of contrast medium 148
Positioning of opacified colon 149
Double-Contrast Barium Enema 150
Single-stage procedure 150
Welin method 152
Stage 1. 152
Stage 2. 152
Opacified Colon 154
PA Projection 154
Position of patient 154
Position of part 154
Central ray 154
Collimation 154
Structures shown 154
PA Axial Projection 156
Position of patient 156
Position of part 156
Central ray 156
Collimation 156
Structures shown 156
PA Oblique Projection 157
RAO position 157
Position of patient 157
Position of part 157
Central ray 157
Collimation 157
Structures shown 157
PA Oblique Projection 158
LAO position 158
Position of patient 158
Position of part 158
Central ray 158
Collimation 158
Structures shown 158
Lateral Projection 159
R or L position 159
Position of patient 159
Position of part 159
Central ray 159
Collimation 159
Structures shown 159
AP Projection 160
Position of patient 160
Position of part 160
Central ray 160
Collimation 160
Structures shown 160
AP Axial Projection 161
Position of patient 161
Position of part 161
Central ray 161
Collimation 161
Structures shown 161
AP Oblique Projection 162
LPO position 162
Position of patient 162
Position of part 162
Central ray 162
Collimation 162
Structures shown 162
AP Oblique Projection 163
RPO position 163
Position of patient 163
Position of part 163
Central ray 163
Collimation 163
Structures shown 163
Decubitus Positions 164
AP or PA Projection 165
Right lateral decubitus position 165
Position of patient 165
Position of part 165
Central ray 165
Collimation 165
Structures shown 165
Compensating Filter 165
PA or AP Projection 166
Left lateral decubitus position 166
Position of patient 166
Position of part 166
Central ray 166
Collimation 166
Structures shown 166
Lateral Projection 167
R or L ventral decubitus position 167
Position of patient 167
Position of part 167
Central ray 167
Collimation 167
Structures shown 167
AP, PA, Oblique, and Lateral Projections 168
Upright position 168
Axial Projection 169
Chassard-Lapiné Method 169
Position of patient 169
Position of part 169
Central ray 169
Collimation 169
Structures shown 169
Colostomy Studies 170
Preparation of intestinal tract 170
Colostomy enema equipment 170
Diagnostic Enema 170
Preparation of patient 170
Defecography 172
Biliary Tract 173
Biliary Tract and Gallbladder 173
Percutaneous Transhepatic Cholangiography 174
Biliary Drainage Procedure and Stone Extraction 175
Postoperative (T-Tube) Cholangiography 176
Biliary Tract and Pancreatic Duct 178
Endoscopic Retrograde Cholangiopancreatography 178
Abdominal Fistulae and Sinuses 180
18 Urinary System and Venipuncture 181
Outline 181
Summary of Projections 182
Urinary System Anatomy 183
Urinary System 183
Suprarenal Glands 183
Kidneys 184
Ureters 186
Urinary Bladder 186
Urethra 187
Prostate 187
Urinary System Radiography 190
Overview 190
Contrast Studies 190
Antegrade filling 191
Retrograde filling 193
Contrast media 194
Adverse reactions to iodinated media 196
Preparation of intestinal tract 196
Preparation of patient 197
Equipment 198
Procedure 199
Image quality and exposure technique 199
Motion control 199
Ureteral compression 200
Respiration 200
Preliminary Examination 201
Radiation Protection 201
Intravenous Urography 201
Radiographic Procedure 202
Urinary System 204
AP Projection 204
Position of patient 204
Position of part 204
Central ray 204
Collimation 204
Structures shown 204
AP Oblique Projection 206
RPO and LPO positions 206
Position of patient 206
Position of part 206
Central ray 206
Collimation 206
Structures shown 206
Lateral Projection 207
R or L position 207
Position of patient 207
Position of part 207
Central ray 207
Collimation 207
Structures shown 207
Lateral Projection 208
Dorsal decubitus position 208
Position of patient 208
Position of part 208
Central ray 208
Collimation 208
Structures shown 208
Renal Parenchyma 209
Nephrotomography 209
AP Projection 209
Indications and contraindications 209
Examination procedure 209
Percutaneous Renal Puncture 210
Pelvicaliceal System and Ureters 212
Retrograde Urography 212
AP Projection 212
Indications and contraindications 212
Examination procedure 212
Urinary Bladder, Lower Ureters, Urethra, and Prostate 214
Indications and contraindications 214
Contrast media 214
Injection equipment 214
Preliminary preparations 214
Contrast injection 214
Retrograde Cystography 214
Contrast injection technique 214
Urinary Bladder 216
AP Axial or PA Axial Projection 216
Position of patient 216
Position of part 216
Central ray 216
AP 216
PA 216
Collimation 216
Structures shown 217
AP Oblique Projection 218
RPO or LPO position 218
Position of patient 218
Position of part 218
Central ray 218
Collimation 218
Structures shown 218
Lateral Projection 220
R or L position 220
Position of patient 220
Position of part 220
Central ray 220
Collimation 220
Structures shown 220
Male Cystourethrography 221
AP Oblique Projection 221
RPO or LPO position 221
Female Cystourethrography 222
AP Projection 222
Injection Method 222
Metallic bead chain cystourethrography 222
Venipuncture and IV Contrast Media Administration 225
Professional and Legal Considerations 225
Medications 225
Patient Education 225
Patient Assessment 228
Infection Control 228
Venipuncture Supplies and Equipment 228
Needles and Syringes 228
Medication Preparation 229
Procedure 230
Site Selection 230
Site Preparation 232
Venipuncture 232
Administration 234
Reactions and Complications 235
Documentation 235
19 Reproductive System 237
Outline 237
Summary of Projections 238
Anatomy 239
Female Reproductive System 239
Ovaries 239
Uterine Tubes 239
Uterus 240
Vagina 240
Fetal Development 241
Male Reproductive System 242
Testes 242
Ductus Deferens 242
Seminal Vesicles 242
Ejaculatory Ducts 242
Prostate 243
Procedures Removed 243
Radiography 246
Female Radiography 246
Nonpregnant Patient 246
Contrast media 246
Preparation of intestinal tract 246
Appointment date and care of patient 246
Radiation protection 246
Hysterosalpingography 246
Imaging of female contraceptive devices 248
Pelvic pneumography 250
Vaginography 250
Pregnant Patient 252
Radiation protection 252
Male Radiography 253
Seminal Ducts 253
Prostate 254
20 Skull, Facial Bones, and Paranasal Sinuses 255
Outline 255
Summary of Projections 256
Anatomy 257
Skull 257
Cranial Bones 261
Frontal Bone 261
Ethmoid Bone 262
Parietal Bones 263
Sphenoid Bone 264
Occipital Bone 266
Temporal Bones 268
Petromastoid portion 268
Ear 271
External Ear 271
Middle Ear 271
Internal Ear 271
Facial Bones 272
Nasal Bones 272
Lacrimal Bones 272
Maxillary Bones 272
Zygomatic Bones 273
Palatine Bones 273
Inferior Nasal Conchae 273
Vomer 273
Mandible 274
Hyoid Bone 275
Orbits 275
Articulations of the Skull 275
Sinuses 276
Maxillary Sinuses 276
Frontal Sinuses 279
Ethmoidal Sinuses 279
Sphenoidal Sinuses 279
Skull Radiography 285
Skull Topography 285
Skull Morphology 286
Technical Considerations 288
General Body Position 288
Cleanliness 288
Radiation Protection 288
Cranium 291
Lateral Projection 291
R or L position 291
Position of patient 291
Position of part 291
Central ray 291
Collimation 291
Structures shown 291
Lateral Projection 294
Dorsal decubitus 294
Supine lateral 294
Structures shown 294
Caldwell Method 296
Position of patient 296
Position of part 296
Central ray 296
Collimation 296
Structures shown 299
Stretcher and bedside examinations 299
Lateral decubitus position 299
Position of patient and part 300
Central ray 300
Collimation 300
Structures shown 300
AP Axial Projection 302
Towne Method 302
Position of patient 302
Position of part 302
Central ray 304
Collimation 304
Structures shown 304
Pathologic condition or trauma 306
Lateral decubitus position 306
PA Axial Projection 308
Haas Method 308
Position of patient 308
Position of part 308
Central ray 308
Collimation 309
Structures shown 309
Cranial Base 310
Submentovertical Projection 310
Schüller Method 310
Position of patient 310
Position of part 310
Central ray 311
Collimation 311
Structures shown 311
Orbit 312
Eye 314
Localization of Foreign Bodies Within Orbit or Eye 316
Localization methods removed 316
Image quality 316
Preliminary Examination 316
Eye 317
Lateral Projection 317
R or L position 317
Central ray 317
PA Axial Projection 318
Central ray 318
Parietoacanthial Projection 319
Modified Waters Method 319
Central ray 319
Facial Bones 320
Lateral Projection 320
R or L position 320
Position of patient 320
Position of part 320
Central ray 321
Collimation 321
Structures shown 321
Parietoacanthial Projection 323
Waters Method 323
Position of patient 323
Position of part 323
Central ray 323
Collimation 323
Structures shown 323
Modified Parietoacanthial Projection 325
Modified Waters Method 325
Acanthioparietal Projection 327
Reverse Waters Method 327
Position of patient 327
Position of part 327
Central ray 327
Collimation 327
Structures shown 327
Acanthioparietal Projection for Trauma 328
PA Axial Projection 329
Caldwell Method 329
Position of patient 329
Position of part 329
Central ray 329
Collimation 329
Structures shown 329
Nasal Bones 331
Lateral Projection 331
R and L positions 331
Position of patient 331
Position of part 331
Placement of IR 331
Central ray 332
Collimation 332
Structures shown 332
Zygomatic Arches 333
Submentovertical Projection 333
Position of patient 333
Position of part 333
Central ray 334
Collimation 334
Structures shown 334
Tangential Projection 335
Position of patient 335
Position of part 335
Seated position 335
Supine position 336
Central ray 336
Collimation 336
Structures shown 336
AP Axial Projection 337
Modified Towne Method 337
Position of patient 337
Position of part 337
Central ray 337
Collimation 337
Structures shown 337
Mandibular Rami 339
PA Projection 339
Position of patient 339
Position of part 339
Central ray 339
Collimation 339
Structures shown 339
PA Axial Projection 340
Position of patient 340
Position of part 340
Central ray 340
Collimation 340
Structures shown 340
Mandibular Body 341
PA Projection 341
Position of patient 341
Position of part 341
Central ray 341
Structures shown 341
PA Axial Projection 342
Position of patient 342
Position of part 342
Central ray 342
Structures shown 342
Mandible 343
Axiolateral and Axiolateral Oblique Projection 343
Position of patient 343
Position of part 343
Ramus 343
Body 343
Symphysis 343
Central ray 343
Collimation 343
Structures shown 343
Submentovertical Projection 346
Position of patient 346
Position of part 346
Central ray 346
Structures shown 346
Temporomandibular Articulations 347
AP Axial Projection 347
Position of patient 347
Position of part 347
Central ray 348
Collimation 348
Structures shown 348
Axiolateral Projection 349
R and L positions 349
Position of patient 349
Position of part 349
Central ray 350
Structures shown 350
Axiolateral Oblique Projection 351
R and L positions 351
Position of patient 351
Position of part 351
Central ray 351
Collimation 351
Structures shown 352
Panoramic Tomography of the Mandible 353
Sinus Radiography 355
Technical Considerations 355
Paranasal Sinuses 358
Lateral Projection 358
R or L position 358
Position of patient 358
Position of part 358
Central ray 358
Collimation 358
Structures shown 358
Frontal and Anterior Ethmoidal Sinuses 360
PA Axial Projection 360
Caldwell Method 360
Position of patient 360
Position of part 360
Angled grid technique 360
Vertical grid technique 360
Central ray 361
Collimation 361
Structures shown 361
Maxillary Sinuses 362
Parietoacanthial Projection 362
Waters Method 362
Position of patient 362
Position of part 362
Central ray 363
Collimation 363
Structures shown 363
Maxillary and Sphenoidal Sinuses 364
Parietoacanthial Projection 364
Open-Mouth Waters Method 364
Position of part 364
Central ray 365
Collimation 365
Structures shown 365
Ethmoidal and Sphenoidal Sinuses 366
Submentovertical Projection 366
Position of patient 366
Position of part 366
Central ray 367
Collimation 367
Structures shown 367
21 Mammography 369
Outline 369
Summary of Projections 370
Principles of Mammography 371
Introduction and Historical Development 371
Evolution of Mammography Systems 373
Mammography Equipment 373
Full-Field Digital Mammography (FFDM) 375
Computer-Aided Detection 376
Breast Cancer Screening 377
Risk Versus Benefit 377
Screening vs diagnostic mammography 378
Risk Factors 378
Anatomy 380
Breast 380
Tissue Variations 382
Pathologic and Mammographic Findings 384
Masses 384
Calcifications 389
Architectural Distortions 393
Radiography 396
Method of Examination 396
Patient preparation 396
Examination Procedures 400
Respiration 409
Summary of Mammography Projections 411
Descriptive Terminology for Lesion Location 411
Routine Projections of the Breast 411
Breast 413
Craniocaudal (CC) Projection 413
Position of patient 413
Position of part 413
Central ray 414
Structures shown 414
Mediolateral Oblique (MLO) Projection 415
Position of patient 415
Position of part 415
Central ray 416
Structures shown 416
Routine Projections of the Augmented Breast 417
Augmented Breast 420
Craniocaudal (CC) Projection with Full Implant 420
Position of patient 420
Position of part 420
Central ray 421
Structures shown 421
Craniocaudal Projection with Implant Displaced (CC ID) 422
Position of patient 422
Position of part 422
Central ray 423
Structures shown 423
Mediolateral Oblique (MLO) Projection with Full Implant 424
Position of patient 424
Position of part 424
Central ray 424
Structures shown 424
Mediolateral Oblique Projection with Implant Displaced (MLO ID) 425
Position of patient 425
Position of part 425
Central ray 425
Structures shown 425
Male Mammography 426
Epidemiology of Male Breast Disease 426
Routine Projections of the Male Breast 426
Image Enhancement Methods 427
Breast 428
Magnification Technique (M Used as Prefix) 428
Position of patient 428
Position of part 428
Central ray 428
Structures shown 428
Spot Compression Technique 429
Position of patient 429
Position of part 429
In conjunction with magnification technique 429
For palpable masses 429
For nonpalpable masses 430
Central ray 431
Structures shown 431
Supplemental Projections 432
90-Degree Mediolateral (ML) Projection 433
Position of patient 433
Position of part 433
Central ray 434
Structures shown 434
90-Degree Lateromedial (LM) Projection 435
Position of patient 435
Position of part 435
Central ray 436
Structures shown 436
Exaggerated Craniocaudal (XCCL) Projection 437
Position of patient 437
Position of part 437
Central ray 438
Structures shown 438
Craniocaudal Projection for Cleavage (CV) 439
Position of patient 439
Position of part 439
Central ray 440
Structures shown 440
Craniocaudal Projection with Roll Lateral or Roll Medial (RL or RM Used as Suffix) 441
Position of patient 441
Position of part 441
Central ray 442
Structures shown 442
Tangential (TAN) Projection 443
Position of patient 443
Position of part 443
For a palpable mass 443
Central ray 443
Structures shown 443
Captured Lesion or Coat-Hanger Projection (CL) 445
Position of patient 445
Position of part 445
Central ray 445
Structures shown 445
Caudocranial (FB) Projection 448
Position of patient 448
Position of part 448
Central ray 449
Structures shown 449
Mediolateral Oblique Projection for Axillary Tail (AT) 450
Position of patient 450
Position of part 450
Central ray 451
Structures shown 451
Axilla Projection for Axillary Tail (AT) 452
Position of patient 452
Position of part 452
Structures shown 453
Lateromedial Oblique (LMO) Projection 454
Position of patient 454
Position of part 454
Central ray 455
Structures shown 455
Superolateral to Inferomedial Oblique (SIO) Projection 456
Position of patient 456
Position of part 456
Central ray 457
Structures shown 457
Ductography (Examination of Milk Ducts) 459
Localization and Biopsy of Suspicious Lesions 461
Breast Lesion Localization with a Specialized Compression Plate 462
Localization of dermal calcifications 464
Tangential projection 464
Central ray 464
Structures shown 464
Stereotactic Imaging and Biopsy Procedures 465
Breast Specimen Radiography 471
Breast Magnetic Resonance Imaging 472
Indications 472
Assessment of extent of disease and residual disease 472
Assessment of tumor recurrence 472
Occult primary breast cancer 472
Neoadjuvant chemotherapy response 472
High-risk screening 472
Thermography and Diaphanography 473
Conclusion 473
Suggested reading 474
Addendum B Summary of Abbreviations, Volume Two 475
Index I-1
A I-1
B I-4
C I-6
D I-13
E I-15
F I-17
G I-19
H I-20
I I-22
J I-24
K I-24
L I-24
M I-27
N I-30
O I-31
P I-32
Q I-35
R I-35
S I-38
T I-43
U I-46
V I-47
W I-49
X I-49
Y I-49
Z I-49
Index e1
A e1
B e1
C e2
D e4
E e4
F e5
G e6
H e6
I e6
J e7
K e7
L e7
M e7
N e9
O e9
P e9
R e10
S e11
T e12
U e13
V e14
W e14
X e14
Z e14
Endsheet 6 IBC6
Endsheet 7 IBC7