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Fundamentals of Musculoskeletal Imaging Fifth Edition [Hardback]

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  • Formāts: Hardback, 736 pages, height x width x depth: 277x224x33 mm, weight: 2177 g, 1,340 images
  • Izdošanas datums: 30-Dec-2020
  • Izdevniecība: F.A. Davis Company
  • ISBN-10: 0803676026
  • ISBN-13: 9780803676022
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  • Formāts: Hardback, 736 pages, height x width x depth: 277x224x33 mm, weight: 2177 g, 1,340 images
  • Izdošanas datums: 30-Dec-2020
  • Izdevniecība: F.A. Davis Company
  • ISBN-10: 0803676026
  • ISBN-13: 9780803676022
Citas grāmatas par šo tēmu:
The book that set the standard for the role of correlating imaging findings to clinical findings as part of a comprehensive patient evaluation, more specific treatment plans and better outcomes is back in a New Edition. Here's everything Physical Therapists need to know about medical imaging. This comprehensive guide helps you develop the skills and knowledge you need to accurately interpret imaging studies and understand written reports. Begin with a basic introduction to radiology; then progress to evaluating radiographs and advanced imaging from head to toe. Imaging for commonly seen traumas and pathologies, as well as case studies prepare you to meet the most common to most complex challenges in clinical and practice.

A great resource for Physical Therapist wanting to get a functional "yet easy to read textbook in musculoskeletal imaging: a subject matter that could be most challenging and laborious to read and understand then use clinically the next day. A most enjoyable presentation and way to develop clinical competency." - Kim D., Online Reviewer

GREAT TEXTBOOK!! "Wonderful and informational book with great add-ons as well with the online code to learn more!!" - Shirley J., Online Reviewer

Excellent book! I find the chapters are very well... "organized and make the subject of musculoskeletal imaging both interesting and digestible for someone who is just beginning to wade in the water of learning about imaging in the rehab environment." - Online Reviewer
Chapter 1 General Principles of Musculoskeletal Imaging
1(38)
Why Study Imaging?
1(1)
What Is Radiology?
2(1)
What Is Musculoskeletal Imaging?
2(1)
Historical Perspective
2(2)
Turn-of-the-Century Sensationalism
2(1)
The 1910s and 1920s
3(1)
The 1930s and 1940s
3(1)
The 1950s and 1960s
3(1)
The 1970s and 1980s
4(1)
The 1990s and into the 21st Century
4(1)
Essential Science
4(3)
What Is a Radiograph?
4(1)
What Is Radiation?
5(1)
What Are X-rays?
6(1)
Image Receptors: Different Ways to Capture the X-Rays
7(3)
The Gold Standard: Film/Screen Radiography
7(1)
Fluoroscopy
8(1)
Computed Radiography
9(1)
Digital Radiography
9(1)
Understanding the Image
10(5)
What Is Radiodensity?
10(1)
Radiodensity as a Function of Composition: Anatomy in Four Shades of Gray
11(1)
Radiodensity as a Function of Thickness
12(1)
How Many Dimensions Can You See?
13(2)
Radiodensity in a Rose
15(1)
More to the Radiograph
15(9)
Radiographic Terminology
15(1)
Anteroposterior, Lateral, and Oblique Projections
16(1)
Viewing Radiographs
16(3)
Identification Markers
19(1)
Image Quality Factors
19(5)
The Routine Radiographic Examination
24(1)
The Radiologist as the Imaging Specialist
25(1)
Other Common Studies in Musculoskeletal Imaging
25(6)
Contrast-Enhanced Radiographs
26(1)
Conventional Tomography
26(1)
Computed Tomography
27(2)
Nuclear Imaging
29(2)
Magnetic Resonance Imaging
31(1)
Ultrasonography
31(1)
Interventional Techniques
31(3)
Epidural Steroid Injections
33(1)
Spinal Nerve Blocks
33(1)
Radiofrequency Ablation
33(1)
Diskography
33(1)
Percutaneous Needle Biopsy of the Spine
34(1)
Percutaneous Vertebroplasty, Kyphoplasty, and Cementoplasty
34(1)
Automated Percutaneous Lumbar Diskectomy
34(1)
Intradiscal Electrothermal Therapy
34(1)
The Imaging Chain
34(1)
Summary of Key Points
35(2)
Self-Test
37(2)
Chapter 2 Radiologic Evaluation, Search Patterns, and Diagnosis
39(38)
Where Does Radiologic Image Interpretation Begin?
39(1)
What Are the Pitfalls of Image Interpretation?
39(1)
What Can the Nonradiologist Offer to Image Interpretation?
39(1)
Search Pattern: The ABCS of Radiologic Analysis
40(10)
A Alignment
41(2)
B Bone Density
43(1)
C Cartilage Spaces
44(2)
S Soft Tissues
46(4)
Radiologic Diagnosis of Skeletal Pathology
50(4)
Categories of Skeletal Pathology
50(1)
Distribution of the Lesion
50(1)
Predictor Variables
51(3)
Radiologic Characteristics of Common Pathologies
54(17)
Adult Rheumatoid Arthritis
55(3)
Osteoarthritis (Degenerative Joint Disease)
58(3)
Osteoporosis
61(4)
Musculoskeletal Infections
65(2)
Bone Tumors
67(4)
The Radiologic Report
71(2)
Heading
71(1)
Clinical Information
72(1)
Findings
72(1)
Conclusions
73(1)
Recommendations
73(1)
Signature
73(1)
Radiologic Report Example
73(1)
Summary of Key Points
73(2)
Self-Test
75(2)
Chapter 3 Radiologic Evaluation of Fracture
77(36)
Trauma, the Most Common Disorder
77(1)
Trauma Radiology
77(1)
What Is a Fracture?
78(1)
Biomechanics of Bone
78(1)
Definition of Fracture
79(1)
Elements of Fracture Description
79(8)
Anatomic Site and Extent of the Fracture
80(1)
Type of Fracture: Complete or Incomplete
80(1)
Alignment of Fracture Fragments
81(1)
Direction of Fracture Lines
82(1)
Presence of Special Features
83(2)
Associated Abnormalities
85(1)
Fractures Caused by Abnormal Stresses or Pathological Processes
85(2)
Fractures in Children
87(4)
Location Description
87(1)
Difficulties in Assessment of Immature Bone
88(1)
Elements of Fracture Description
88(2)
Healing Factors
90(1)
Reduction and Fixation of Fractures
91(2)
Reduction
91(1)
Fixation
92(1)
Fracture Healing
93(1)
Cortical Bone Healing
93(1)
Cancellous Bone Healing
93(1)
Surgically Compressed Bone Healing
93(1)
Radiologic Evaluation of Healing
94(1)
Time Frame for Fracture Healing
94(2)
Factors That Influence Rate of Fracture Healing
94(1)
Radiologic Examination Intervals During Fracture Healing
95(1)
Complications in Fracture Healing
96(4)
Complications at Fracture Site
96(1)
Late-Effect Complications of Fracture
96(1)
Associated Complications in Other Tissues
97(3)
Life-Threatening Complications
100(1)
Commonly Missed Fractures
100(3)
Why Are Fractures Missed on Radiographs?
100(1)
Which Fractures Are Missed?
101(2)
Summary of Key Points
103(1)
Case Study
104(3)
Self-Test
107(1)
Appendix: Fracture Eponyms
108(5)
Chapter 4 Computed Tomography
113(16)
Hilmir Agustsson
Computed Tomography
113(1)
History
113(1)
Principles of CT
113(1)
Elements of a CT Scanner
114(1)
Making the CT Image
114(1)
Different Forms of CT
114(2)
Three-Dimensional CT
115(1)
CT Myelogram
115(1)
Cone Beam CT
115(1)
Viewing CT Images
116(3)
Radiodensities
116(1)
The Image
116(1)
Viewing the Patient's Images
117(1)
Selective Imaging--Windowing
117(1)
Quality of the Image
118(1)
Clinical Uses of CT
119(1)
What Does CT Image Best?
119(1)
What Are the Limitations of CT?
120(1)
Summary and Future Developments
120(1)
Neuroimaging
120(6)
History
120(1)
CT Versus MRI
120(1)
CT and MRI Characteristics of the Brain
121(1)
CT Exam: Six Brain Images
121(1)
Common Cerebral Pathological Conditions
121(5)
Summary of Key Points
126(1)
Self-Test
127(2)
Chapter 5 Magnetic Resonance Imaging
129(16)
Hilmir Agustsson
Magnetic Resonance Imaging
129(3)
History
129(1)
Principles of MRI
129(2)
Image Information and Protocols
131(1)
Sequences
132(1)
Making the Magnetic Resonance Image
132(5)
The Elements of an MRI Scanner
132(2)
Viewing Magnetic Resonance Images
134(1)
Imaging Characteristics of Different Tissues
134(3)
Image Quality
137(1)
Clinical Uses of MRI
137(2)
What Does MRI Image Best?
137(1)
What Are the Limitations of MRI?
137(1)
Use of Contrasts
138(1)
Magnetic Resonance Arthrography
138(1)
Magnetic Resonance Myelography
139(1)
Comparison of MRI and CT
139(1)
Clinical Thinking Points
139(2)
Clinical Thinking Point 1: Bone Bruise-The Footprint of Injury
139(1)
Clinical Thinking Point 2: Magnetic Resonance Imaging of Stress Fractures
140(1)
Summary and Future Developments
141(1)
Summary of Key Points
142(1)
Self-Test
143(2)
Chapter 6 Ultrasound Imaging
145(14)
Hilmir Agustsson
Ultrasound Imaging
145(1)
History
145(1)
Ultrasound in Rehabilitation
145(1)
Principles of Diagnostic Ultrasound
146(1)
Diagnostic Ultrasound Equipment
146(1)
The Pulser
146(1)
The Ultrasound Transducer
146(1)
The Scan Converter and Monitor
147(1)
Ultrasound Physics
147(1)
Production
147(1)
Reception
147(1)
The Ultrasound Beam
147(1)
Interaction Between Ultrasound and Tissues
147(2)
Absorption
147(1)
Reflection
148(1)
Refraction
148(1)
Scattering
148(1)
Doppler Ultrasound
149(1)
Power Doppler
149(1)
The Ultrasound Image
149(6)
Applying the Transducer
149(1)
Information Used to Create the Image
149(1)
Viewing the Ultrasound Image
150(4)
The Quality of the Image
154(1)
Artifacts
154(1)
Clinical Uses of Ultrasound
155(1)
General Advantages
155(1)
Imaging Characteristics--Comparison with MRI
155(1)
What Are the Limitations of Ultrasound?
156(1)
Future Developments
156(1)
Clinical Thinking Point--Musculoskeletal Ultrasound for the Nonradiologist
156(1)
Summary of Key Points
157(1)
Self-Test
158(1)
Chapter 7 Radiologic Evaluation of the Cervical Spine
159(54)
Sherman Auyeung
Toran D. MacLeod
Rolando T. Lazaro
Review of Anatomy
160(4)
Osseous Anatomy
160(1)
Ligamentous Anatomy
161(1)
Joint Mobility
162(1)
Growth and Development
163(1)
Postural Development
163(1)
Routine Radiologic Evaluation
164(14)
Practice Parameters for Spine Radiography in Children and Adults
164(1)
Basic Projections and Radiologic Observations
165(13)
Advanced Imaging Evaluation
178(8)
Introduction to Interpreting Sectional Anatomy of CT/MRI
178(1)
Practice Parameters for Computed Tomography of the Spine
178(1)
Basic CT Protocol
178(4)
Practice Parameters for Magnetic Resonance Imaging of the Spine
182(1)
Basic MRI Protocol
182(4)
Trauma at the Cervical Spine
186(12)
Diagnostic Imaging for Trauma of the Cervical Spine
186(1)
Potential Injury to the Spinal Cord and Spinal Nerves
187(1)
SCIWORA Syndrome
188(1)
Fractures
188(4)
Dislocations
192(4)
Cervical Spine Sprains
196(1)
Intervertebral Disk Herniations
196(2)
Degenerative Diseases of the Cervical Spine
198(3)
Degenerative Disk Disease
198(1)
Degenerative Joint Disease
198(1)
Foraminal Encroachment
198(1)
Cervical Spine Spondylosis
199(1)
Spondylosis Deformans
199(1)
Diffuse Idiopathic Skeletal Hyperostosis
200(1)
Clinical Considerations of the
Degenerative Spine
200(1)
Cervical Spine Anomalies
201(3)
Summary of Key Points
204(2)
Case Studies
206(5)
Self-Test
211(2)
Chapter 8 Radiologic Evaluation of the Temporomandibular Joint
213(22)
Hilmir Agustsson
Historical Perspective
213(1)
Causes of Temporomandibular Joint Disorders
213(1)
Review of Anatomy
214(3)
Osseous Anatomy
214(1)
Articular Disk
214(1)
Ligamentous Anatomy
215(1)
Biomechanics of the Temporomandibular Joint
216(1)
Growth and Development
216(1)
Imaging in the Evaluation of the Temporomandibular Joint
217(7)
Conventional Radiographs
217(3)
Computed Tomography
220(2)
Magnetic Resonance Imaging
222(11)
Ultrasound
233
Pathological Conditions of the Temporomandibular Joint
224(1)
Osteoarthritis
224(1)
Rheumatoid Arthritis
224(1)
Disk Displacement
225(2)
Etiology
225(1)
Clinical Presentation
226(1)
Classification
226(1)
Grading Displacements
226(1)
Radiologic Findings
226(1)
MRI of Disk Displacements
226(1)
Treatment of Disk Displacement
226(1)
Other Disorders and Findings
227(1)
Temporomandibular Joint Hypermobility
227(1)
Disk Adhesion
227(1)
Fractures
228(1)
Craniomandibular Anomalies
228(1)
The Temporomandibular Joint and the Cervical Spine
228(3)
Positional Faults of the Cervical Spine
228(2)
Positional Faults in the Coronal Plane
230(1)
Acknowledgment
231(1)
Summary of Key Points
232(1)
Case Study
232(2)
Self-Test
234(1)
Chapter 9 Radiologic Evaluation of the Thoracic Spine, Sternum, and Ribs
235(46)
Toran D. MacLeod
Sherman Auyeung
Rolando T. Lazaro
Review of Anatomy
235(6)
Osseous Anatomy
235(2)
Ligamentous Anatomy
237(1)
Joint Mobility
238(1)
Growth and Development
238(1)
Spinal Cord Anatomy
239(2)
Routine Radiologic Evaluation
241(9)
Practice Parameters for Spine Radiography in Children and Adults
241(1)
Standard Projections and Radiologic Observations
241(9)
Advanced Imaging Evaluation
250(4)
Introduction to Interpreting Sectional Anatomy of CT/MRI
250(1)
Practice Parameters for Computed Tomography of the Spine
250(1)
Basic CT Protocol
250(4)
Practice Parameters for Magnetic Resonance Imaging of the Spine
254(4)
Basic MRI Protocol
254(4)
Trauma at the Thoracic Spine
258(6)
Diagnostic Imaging for Trauma of the Thoracic Spine
258(1)
The Three-Column Concept of Spinal Stability
258(1)
One- or Two-Column Injuries
258(3)
Two- or Three-Column Injuries
261(2)
Fractures of the Bony Thorax
263(1)
Abnormal Conditions (Non-traumatic)
264(8)
Osteoporosis
264(1)
Scoliosis
265(5)
Tuberculous Osteomyelitis (Pott's Disease)
270(1)
Scheuermann's Disease
270(2)
Vertebral, Rib, and Sternal Anomalies
272(2)
Summary of Key Points
274(2)
Case Studies
276(4)
Self-Test
280(1)
Chapter 10 The Chest Radiograph and Cardiopulmonary Imaging
281(28)
Where Does Cardiopulmonary Imaging Begin?
281(1)
Radiographic Anatomy
281(5)
Bony Thorax
281(1)
Respiratory Organs
282(1)
The Heart
283(1)
The Mediastinum
284(1)
The Hilum
285(1)
The Diaphragm
285(1)
Routine Radiologic Evaluation
286(6)
Practice Parameters for the Performance of Pediatric and Adult Chest Radiography
286(1)
Basic Projections and Radiologic Observations
286(6)
Pathology
292(6)
Imaging Choices in Cardiopulmonary Assessment
292(1)
Diagnostic Categories
292(1)
The Lung Field Is Abnormally White
292(2)
The Lung Field Is Abnormally Black
294(1)
The Mediastinum Is Abnormally Wide
295(2)
The Heart Is Abnormally Shaped
297(1)
Advanced Imaging
298(5)
Ultrasound of the Heart: Echocardiography
298(1)
Ultrasound of the Thorax
299(1)
Nuclear Medicine
299(1)
Conventional Angiography
300(1)
Computed Tomography Pulmonary Angiography
301(1)
Magnetic Resonance Angiography
302(1)
Summary of Key Points
303(1)
Case Study
304(4)
Self-Test
308(1)
Chapter 11 Radiologic Evaluation of the Lumbosacral Spine and Sacroiliac Joints
309(52)
Lance M. Mabry
Review of Anatomy
309(5)
Osseous Anatomy
309(2)
Ligamentous Anatomy
311(1)
Joint Mobility
312(1)
Growth and Development
313(1)
Routine Radiologic Evaluation
314(14)
Practice Parameters for Lumbar Spine Radiography in Children and Adults
314(1)
Standard Projections and Radiologic Observations
314(14)
Advanced Imaging Evaluation
328(8)
Introduction to Interpreting Sectional Anatomy
328(1)
Practice Parameters for Computed Tomography of the Spine
328(1)
Basic CT Protocol
328(5)
Practice Parameters for Magnetic Resonance Imaging of the Spine
333(1)
Basic MRI Protocol
333(3)
Trauma at the Lumbar Spine
336(3)
Diagnostic Imaging for Trauma of the Lumbar Spine
336(1)
Fractures of the Lumbar Spine
336(1)
Spondylolysis
336(2)
Spondylolisthesis
338(1)
Degenerative Conditions at the Lumbar Spine
339(9)
Clinical Considerations of the Degenerative Spine
341(1)
Lumbar Stenosis
341(3)
Intervertebral Disk Herniations
344(4)
Sacroiliac Joint Pathology
348(1)
Ligamentous Injury
348(1)
Degenerative Joint Disease
349(1)
Sacroiliitis
349(1)
Ankylosing Spondylitis
349(1)
Lumbosacral Anomalies
349(3)
Facet Tropism
350(1)
Aberrant Transitional Vertebrae
350(1)
Spina Bifida
350(2)
Summary of Key Points
352(2)
Case Studies
354(5)
Self-Test
359(2)
Chapter 12 Radiologic Evaluation of the Pelvis and Hip
361(46)
Michael D. Rosenthal
Review of Anatomy
361(3)
Osseous Anatomy
361(1)
Ligamentous Anatomy
362(1)
Joint Mobility
363(1)
Growth and Development
363(1)
Routine Radiologic Evaluation
364(8)
Practice Parameter for Extremity Radiography in Children and Adults
364(1)
Standard Projections and Radiologic Observations
365(7)
Additional Views Related to the Hip
372(1)
Advanced Imaging Evaluation
372(8)
Introduction to Interpreting Hip Sectional Anatomy
372(1)
Practice Parameter for CT of the Hip
372(1)
Basic CT Protocol
372(4)
Practice Parameter for Magnetic Resonance Imaging of the Hip
376(1)
Basic MRI Protocol
376(4)
Trauma at the Pelvis and Hip
380(8)
Diagnostic Imaging for Trauma of the Pelvis and Hip
380(1)
Fractures of the Pelvis
380(3)
Fractures of the Acetabulum
383(2)
Fractures of the Proximal Femur
385(1)
Hip Dislocation
386(2)
Pathological Conditions at the Hip
388(11)
Degenerative Joint Disease of the Hip
388(2)
Rheumatoid Arthritis of the Hip
390(1)
Avascular Necrosis of the Proximal Femur
391(3)
Slipped Capital Femoral Epiphysis
394(1)
Developmental Dysplasia of the Hip
394(2)
Femoroacetabular Impingement With Labral Pathology
396(3)
Summary of Key Points
399(1)
Case Studies
400(5)
Self-Test
405(2)
Chapter 13 Radiologic Evaluation of the Knee
407(50)
Michael D. Rosenthal
Review of Anatomy
407(50)
Osseous Anatomy
407(2)
Ligamentous Anatomy
409(1)
Joint Mobility
409(2)
Growth and Development
411(1)
Routine Radiologic Evaluation
411(1)
Practice Parameter for Knee Radiography in Children and Adults
411(1)
Standard Projections and Radiologic Observations
411(11)
Additional Views Related to the Knee
422(1)
Advanced Imaging Evaluation
422(1)
Introduction to Interpreting Knee Sectional Anatomy
422(1)
Practice Parameter for CT of the Knee
422(1)
Basic CT Protocol
422(4)
Practice Parameter for Magnetic Resonance Imaging of the Knee
426(1)
Basic MRI Protocol
426(4)
Trauma at the Knee
430(1)
Diagnostic Imaging for Trauma of the Knee
430(1)
Fractures
430(4)
Patellofemoral Subluxations
434(2)
Injury to the Articular Cartilage
436(1)
Meniscal Tears
437(1)
Injury to the Ligaments
438(4)
Degenerative Joint Disease
442(1)
Radiologic Evaluation
442(1)
Location of Degenerative Joint Disease
443(1)
Treatment
443(1)
Knee Anomalies
443(1)
Genu Valgum
443(1)
Genu Varum
443(2)
Genu Recurvatum
445(3)
Summary of Key Points
448(1)
Case Studies
449(6)
Self-Test
455(2)
Chapter 14 Radiologic Evaluation of the Ankle and Foot
457(56)
Michael D. Rosenthal
Review of Anatomy
457(1)
Osseous Anatomy
457(1)
Ligamentous Anatomy
458(2)
Routine Radiologic Evaluation
460(16)
Practice Parameter for Ankle and Foot Radiography in Children and Adults
460(1)
Standard Projections and Radiologic Observations
461(15)
Advanced Imaging Evaluation
476(10)
Introduction to Interpreting Ankle and Foot Sectional Anatomy
476(1)
Practice Parameter for CT of the Ankle and Foot
476(1)
Basic CT Protocol
476(4)
Practice Parameter for Magnetic Resonance Imaging of the Ankle and Hindfoot
480(1)
Basic MRI Protocol
480(6)
Trauma at the Ankle and Foot
486(10)
Diagnostic Imaging for Trauma of the Ankle and Foot
486(1)
Sprains at the Ankle
486(2)
Tendon Pathology
488(2)
Fractures at the Ankle
490(2)
Fractures of the Foot
492(4)
Deformities of the Foot
496(6)
Radiologic Evaluation
496(1)
Hallux Valgus
497(1)
Pes Cavus
497(3)
Pes Planus
500(2)
Talipes Equinovarus
502(1)
Foot Anomalies
502(1)
Accessory Bones
502(1)
Summary of Key Points
503(10)
Case Studies
505(6)
Self-Test
511(2)
Chapter 15 Radiologic Evaluation of the Shoulder
513(48)
Kimiko Yamada
Review of Anatomy
514(2)
Osseous Anatomy
514(1)
Ligamentous Anatomy
514(1)
Joint Mobility
515(1)
Growth and Development
516(1)
Routine Radiologic Evaluation
516(14)
Practice Parameters for Radiography of the Shoulder in Children and Adults
516(1)
Standard Projections and Radiologic Observations
516(14)
Advanced Imaging Evaluation
530(8)
Introduction to Interpreting Shoulder Sectional Anatomy
530(1)
Practice Parameters for CT of the Shoulder
530(1)
Basic CT Protocol
530(4)
Practice Parameters for Magnetic Resonance Imaging of the Shoulder
534(1)
Basic MRI Protocol
534(4)
Trauma at the Shoulder
538(12)
Diagnostic Imaging for Trauma of the Shoulder
538(1)
Fractures of the Proximal Humerus
538(1)
Fractures of the Clavicle
539(2)
Fractures of the Scapula
541(1)
Dislocations of the Glenohumeral Joint
542(1)
Acromioclavicular Joint Separation
543(2)
Rotator Cuff Tears
545(2)
Glenoid Labrum Tears
547(3)
Abnormal Conditions
550(2)
Impingement Syndrome
550(1)
Adhesive Capsulitis
551(1)
Summary of Key Points
552(1)
Case Studies
553(6)
Self-Test
559(2)
Chapter 16 Radiologic Evaluation of the Elbow
561(40)
Kimiko Yamada
Review of Anatomy
561(2)
Osseous Anatomy
561(1)
Ligamentous Anatomy
562(1)
Joint Mobility
563(1)
Growth and Development
563(1)
Routine Radiologic Evaluation
563(11)
Practice Parameters for Elbow Radiography in Children and Adults
563(2)
Standard Projections and Radiologic Observations
565(9)
Advanced Imaging Evaluation
574(8)
Introduction to Interpreting Elbow Sectional Anatomy
574(1)
Practice Parameters for CT of the Elbow
574(1)
Basic CT Protocol
574(4)
Practice Parameters for Magnetic
Resonance Imaging of the Elbow
578(1)
Basic MRI Protocol
578(4)
Trauma at the Elbow
582(10)
Diagnostic Imaging for Trauma of the Elbow
584(1)
Fractures and Dislocations
584(6)
Distal Biceps Tendon Tear
590(1)
Triceps Tendon Tear
591(1)
Abnormal Conditions at the Elbow
592(2)
Epicondylitis
592(1)
Osteochondritis Dissecans
592(2)
Summary of Key Points
594(1)
Case Studies
595(5)
Self-Test
600(1)
Chapter 17 Radiologic Evaluation of the Hand and Wrist
601(60)
Review of Anatomy
601(3)
Osseous Anatomy
601(1)
Joints and Ligaments of the Hand and Wrist
602(1)
Joint Mobility
603(1)
Growth and Development
603(1)
Routine Radiologic Evaluation
604(18)
Practice Parameters for Extremity Radiography in Children and Adults
604(1)
Standard Projections and Radiologic Observations
604(18)
Advanced Imaging Evaluation
622(8)
Introduction to Interpreting Wrist Sectional Anatomy
622(1)
Practice Parameters for CT of the Wrist
622(1)
Basic CT Protocol
623(3)
Practice Parameters for Magnetic
Resonance Imaging of the Wrist
626(1)
Basic MRI Protocol
626(4)
Trauma at the Hand and Wrist
630(8)
Diagnostic Imaging for Trauma of the Hand and Wrist
630(1)
Fractures of the Hand
630(3)
Fractures of the Wrist
633(3)
Fractures of the Distal Radius
636(2)
Wrist Instability
638(9)
Imaging Techniques to Diagnose Instability
638(5)
Instability of the Distal Radioulnar Joint
643(1)
Classification of Carpal Instabilities
644(3)
Soft Tissue Disorders
647(3)
Pathology of the Triangular Fibrocartilage Complex
647(3)
Carpal Tunnel Syndrome
650(1)
Arthritides
650(3)
Degenerative Joint Disease
650(2)
Rheumatoid Arthritis
652(1)
Summary of Key Points
653(1)
Case Study
654(6)
Self-Test
660(1)
Chapter 18 Integration of Diagnostic Imaging into Physical Therapy Practice
661(26)
Richard Cahanin
Troy Burley
Changing Perspectives on Diagnostic Imaging in Physical Therapy Education
661(4)
Historical Perspective on Traditional Roles
661(1)
An Evolving Model
662(3)
The Physical Therapist as a Primary Care Provider in the United States
665(1)
The Physical Therapist as an Educated User of Diagnostic Imaging
665(1)
The Use of Diagnostic Imaging by Physical Therapists Inside the United States
666(1)
Other Practice Environments in the United States
666(1)
Access to Imaging and Relationships with Physicians
666(1)
Primary Care "Teams"
666(1)
Traditional Physical Therapy Practice
666(1)
Direct Referral to Radiology
666(1)
Physiotherapy Practice Concerning Diagnostic Imaging outside the United States
667(1)
Barriers to Access and Ordering Imaging
667(2)
State Practice Acts
667(1)
Third-Party Reimbursement
668(1)
Undefined Issues
668(1)
The Role of Imaging in the Diagnostic Process
669(6)
When to Refer for Imaging
669(1)
Understanding the Capability of Each Imaging Modality
669(2)
Clinical Decision-Making and Clinical Practice Guidelines
671(4)
The Role of Imaging in Physical Therapy Intervention
675(2)
What Do Physical Therapists Look For?
675(1)
Incorporating Imaging into Treatment Planning
676(1)
What Does the Future Hold?
677(1)
Summary of Key Points
678(1)
Case Studies
679(6)
Self-Test
685(2)
Answers to Self-Test Questions 687(6)
Index 693