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Manual Therapy for Musculoskeletal Pain Syndromes E-Book

Manual Therapy for Musculoskeletal Pain Syndromes E-Book

Cesar Fernandez de las Penas | Joshua Cleland | Jan Dommerholt

(2015)

Abstract

A pioneering, one-stop manual which harvests the best proven approaches from physiotherapy research and practice to assist the busy clinician in real-life screening, diagnosis and management of patients with musculoskeletal pain across the whole body. Led by an experienced editorial team, the chapter authors have integrated both their clinical experience and expertise with reasoning based on a neurophysiologic rationale with the most updated evidence.

The textbook is divided into eleven sections, covering the top evidence-informed techniques in massage, trigger points, neural muscle energy, manipulations, dry needling, myofascial release, therapeutic exercise and psychological approaches. In the General Introduction, several authors review the epidemiology of upper and lower extremity pain syndromes and the process of taking a comprehensive history in patients affected by pain. In Chapter 5, the basic principles of the physical examination are covered, while Chapter 6 places the field of manual therapy within the context of contemporary pain neurosciences and therapeutic neuroscience education.

For the remaining sections, the textbook alternates between the upper and lower quadrants. Sections 2 and 3 provide state-of-the-art updates on mechanical neck pain, whiplash, thoracic outlet syndrome, myelopathy, radiculopathy, peri-partum pelvic pain, joint mobilizations and manipulations and therapeutic exercises, among others. Sections 4 to 9 review pertinent and updated aspects of the shoulder, hip, elbow, knee, the wrist and hand, and finally the ankle and foot. The last two sections of the book are devoted to muscle referred pain and neurodynamics.

  • The only one-stop manual detailing examination and treatment of the most commonly seen pain syndromes supported by accurate scientific and clinical data
  • Over 800 illustrations demonstrating examination procedures and techniques
  • Led by an expert editorial team and contributed by internationally-renowned researchers, educators and clinicians
  • Covers epidemiology and history-taking
  • Highly practical with a constant clinical emphasis

Table of Contents

Section Title Page Action Price
Front Cover cover
Manual Therapy for Musculoskeletal Pain Syndromes i
Copyright Page iv
Table Of Contents v
Dedication viii
Acknowledgements ix
Contributors x
Forewords xiv
Foreword by Ola Grimsby xiv
Foreword by Rob A.B. Oostendorp: Learning from the past as a bridge to the future of manual therapy xiv
The transition from authority-based practice to evidence-based practice xv
The transition from the International Classification of Diseases (ICD) to the International Classification of Functioning, Disability and Health (ICF) xv
The transition from unimodal manual therapy to an integration of manual therapy into the current understanding of the neurophysiology and psychology of pain xv
Foreword by Prof. Dr Andry Vleeming xvi
Preface xvii
References xviii
In Memoriam xix
1 General introduction 1
1 Epidemiology of Upper Extremity Pain Syndromes 3
Chapter Contents 3
Introduction 3
Epidemiological Issues 3
Terminology 3
Non-specific pain 4
Classification criteria 4
Study design 5
Population 5
Measurement of exposure 5
Occurrence of Upper Extremity Disorders 6
Prevalence of upper extremity pain 6
Prevalence of specific upper extremity disorders 6
Healthcare Utilization and Impact 9
Risk Factors for Upper Extremity Disorders 9
Gender 9
Age 10
Anthropometry 10
Hand dominance 10
Hormonal factors 10
Occupational risk factors: physical / mechanical factors 10
Occupational risk factors: psychosocial 10
Conclusion 11
References 11
2 Epidemiology of Lower Extremity Pain Disorder 13
Chapter Contents 13
Introduction 13
Prevalence and Incidence of Specific Lower Extremity Disorders 13
Lumbar conditions 13
Prevalence 13
Incidence 15
Hip conditions 16
Hip symptoms and osteoarthritis 16
Incidence 17
Labral tears 17
Greater trochanteric pain syndrome 17
Knee conditions 17
Knee symptoms and osteoarthritis 17
Incidence of knee osteoarthritis 18
Meniscus injury 18
Patellofemoral pain syndrome 18
Foot and ankle conditions 18
Ankle sprains 18
Achilles tendinopathy 19
Plantar fasciitis 19
Healthcare Utilization and Impact 19
Conclusion 20
References 20
3 History Taking 22
Chapter Contents 22
Introduction 22
Patient Profile 23
Location and Description of Symptoms 24
Symptom Behaviour 26
Symptom History 27
Medical History 28
Systems Review 29
Conclusion 34
References 34
4 History Taking for Patients with Lower Extremity Syndromes 36
Chapter Contents 36
Purpose of the Interview 36
Communication Style and Approach 37
Medical Interview Content 37
Systems Review and Differential Diagnosis Inquiry 37
Neurological screen 38
Cardiovascular screen 38
Gastrointestinal screen 39
Non-mechanical pathologies: differential diagnosis 39
Psychosocial factors 40
Red Flags 40
Symptom Investigation 40
Nature and Behaviour of the Problem 41
History-taking Questions Specific to Lower Extremity Pain Syndromes 42
Central and peripheral nerve sensitization 42
Specific Low-back-associated Musculoskeletal Pain Syndromes 42
Lumbar spinal stenosis 42
Nerve root compression / radiculopathy 43
Lumbar disc herniation 43
Clinical lumbar instability 43
Specific Lower-extremity-associated Musculoskeletal Pain Syndromes 43
Hip osteoarthritis 43
Other hip pathology 43
Knee osteoarthritis 43
Patellofemoral pain syndrome 43
Knee meniscal injury 44
Knee ligamentous injury 44
Achilles tendinopathy 44
Heel pain / plantar fasciitis 44
Conclusion 44
References 44
5 Physical Examination 47
Chapter Contents 47
Introduction 47
Observation and Screening for Medical Conditions 48
Screening for Severe Injuries to the Spine 50
Screening for Neurological Deficits 51
Nerve root examination 51
Sensation 52
Myotomes 52
Reflexes 53
Neurodynamic assessment 56
Upper motor neuron examination 59
Cranial nerve examination 60
Clearing the Spine 60
Region-specific Examination 63
References 64
6 Treating the Brain in Chronic Pain 66
Chapter Contents 66
Changes in the Nervous System and Brain in People with Chronic Pain 66
Neuromatrix 66
Structural changes in the brain 68
Functional changes in the brain 69
Descending pathways 69
Treatment 70
Therapeutic neuroscience education – restricting meaning 71
Graded motor imagery – restructuring brain / body maps 73
Conclusion 73
References 73
7 Mechanical Diagnosis and Therapy for the Spine: 76
Chapter Contents 76
Introduction 76
The Literature Base for MDT 77
Epidemiological Perspective 77
Review of Anatomy and Biomechanics in MDT 78
Review of Proposed Pathology and Anatomy in MDT 79
Evidence Regarding Diagnosis in MDT 80
Evidence Regarding Prognosis in MDT 80
Evidence Regarding Conservative Treatment with MDT 80
Conclusion 82
Acknowledgements 83
References 83
8 Mechanical Diagnosis and Therapy for Extremity Problems: 85
Chapter Contents 85
Introduction 85
Brief Epidemiology of Extremity Musculoskeletal Pain Conditions 85
Medical Diagnosis for Extremity Conditions 86
Anatomy and Biomechanics in MDT 86
Proposed Pathological Model in MDT 87
Evidence Regarding Diagnosis in MDT 88
Evidence Regarding Prognosis in MDT 88
Evidence Regarding Treatment of Extremity Conditions with MDT 88
Conclusion 89
Acknowledgement 90
References 90
2 Cervicothoracic spine in upper extremity pain syndromes 93
9 Mechanical Neck Pain 95
Chapter Contents 95
Mechanical Neck Pain Definition 95
Prevalence of Mechanical Neck Pain 96
Financial impact of mechanical neck pain 97
Risk factors and prognosis in mechanical neck pain 97
Prevalence of neck pain in working individuals 98
Prognostic factors of neck pain in working individuals 98
Prevalence of neck pain in the general population 98
Prognostic factors for neck pain in the general population 99
Review of Anatomy Specific to Mechanical Neck Pain 99
Causes of Mechanical Neck Pain 99
Clinical Presentation of Neck Pain 100
Proposed Management of Mechanical Neck Pain 100
First level of classification 101
Red flag screening 101
Spinal fractures 102
Cervical myelopathy 102
Primary neoplastic conditions 102
Cervical arterial dysfunction 102
Clinical cervical spine instability 103
Yellow flag screening 103
Second level of classification 103
Mechanical neck pain classification 104
Treatment-based classification 105
Classification categories 105
Cervical Spine Self-report Measures of Pain and Function 105
Numerical Pain Rating Scale 106
Neck Disability Index 106
Patient Specific Functional Scale 106
Fear-avoidance Beliefs Questionnaire 107
Global Rating of Change scale 107
Conclusion 107
References 107
10 Whiplash-associated Disorders 110
Chapter Contents 110
Introduction 110
The Whiplash Condition 111
Classification of Whiplash Injury 111
Physical and Psychological Characteristics of the Whiplash Condition 111
Motor and sensorimotor control dysfunction 111
Augmented pain-processing mechanisms in whiplash 112
Psychological factors in whiplash-associated disorders 113
The Prediction of Outcome Following Whiplash Injury 113
Implications for Assessment of Whiplash 114
Implications for Management of Whiplash-associated Disorders 114
Conclusion 115
References 115
11 Differential Diagnosis and Treatment of Cervical Myelopathy, Cervical Radiculopathy and Cervical Myeloradiculopathy 118
Chapter Contents 118
Introduction 118
Review of Proposed Pathology and Patho-Biomechanics 119
Clinical Signs and Symptoms 119
Myelopathy 119
Radiculopathy 120
Myeloradiculopathy 120
Current Best Evidence with Regard to Diagnosis 120
Cervical myelopathy 120
Patient history 120
Outcome measures 121
Physical examination 121
Observation 121
Active and passive movements 121
Confirmation tests 121
Cervical radiculopathy 122
Patient history 122
Outcome measures 122
Physical examination 122
Observation 122
Active and passive movements 122
Confirmation tests 123
Neurological testing 123
Provocation tests 123
Cervical myeloradiculopathy 124
Patient history 124
Physical examination 124
Outcome measures 124
Confirmation tests 124
Imaging 124
Plain film radiograph 124
Magnetic resonance imaging and computed tomography scan 124
Nerve condition responses 125
Essential Aspects of Differential Diagnosis 126
Current Best Evidence with Regard to Prognosis 126
Current Best Evidence with Regard to Treatment 127
Conservative approaches 127
Myelopathy 127
Radiculopathy 127
Myeloradiculopathy 127
Surgical approaches 128
Anterior approaches 128
Posterior approaches 128
References 129
12 Thoracic Outlet Syndrome 132
Chapter Contents 132
Overview and History of Thoracic Outlet Syndrome 132
Pathoanatomical Causes of Thoracic Outlet Syndrome 132
Functional causes of thoracic outlet syndrome 133
Entrapment sites 133
Interscalene space triangle 133
Costoclavicular space 134
Subpectoralis minor space 134
Aetiology of Thoracic Outlet Syndrome 134
Clinical Symptoms of Thoracic Outlet Syndrome 134
Neurological symptoms 135
Arterial symptoms 135
Venous symptoms 135
Sympathetic-mediated Pain in Thoracic Outlet Syndrome 136
Diagnosing Thoracic Outlet Syndrome 136
Differential diagnosis 136
Provocative test – used in diagnosis of thoracic outlet syndrome 136
Imaging assessment of thoracic outlet syndrome 138
Clinical Treatment and Management of Thoracic Outlet Syndrome 138
Therapy evaluation of thoracic outlet syndrome 138
Breathing patterns 138
Muscle imbalance 138
Joint stiffness 139
Neurogenic pain 139
Intervention for thoracic outlet syndrome 139
Conclusion 140
References 140
13 Thoracic Spine Manipulation 142
Chapter Contents 142
Introduction 142
Regional Interdependence of the Thoracic Spine, Rib Cage and the Upper Quarter 143
Biomechanical relationship between the thoracic spine and upper quarter 143
Pain referral patterns of the thoracic spine 143
Association between thoracic spine impairments and upper quarter pain syndromes 143
Evidence for Manual Therapy Management of the Thoracic Spine and Rib Cage in Upper Quarter Pain Syndromes 144
Examination and Screening of the Thoracic Spine and Rib Cage in Patients with Upper Quarter Musculoskeletal Pain 148
Postural screen of the thoracic spine and rib cage 148
Thoracic spine active range of motion 149
Mobility testing of the first rib 149
Segmental mobility testing of the thoracic spine and rib cage 149
Interpretation of the examination and reassessment 149
Manual Therapy Interventions for the Thoracic Spine and Rib Cage 150
Seated upper thoracic thrust manipulation 150
Seated mid-thoracic thrust manipulation 151
Prone upper thoracic thrust manipulation 151
Prone mid-thoracic thrust and non-thrust manipulation 151
Supine upper and mid-thoracic thrust manipulation 152
Seated first-rib thrust and non-thrust manipulation 153
Supine first-rib thrust and non-thrust manipulation 154
Prone or side-lying ribs non-thrust manipulation 154
Supine ribs thrust manipulation 154
Exercise interventions to augment the manual therapy techniques 154
Conclusion 155
References 155
14 Joint Mobilization and Manipulation of the Cervical Spine 158
Chapter Contents 158
Introduction 158
Evidence for Cervical Manipulation and Mobilization 158
Hypothesized Mechanisms of Effect 159
Specificity of Manipulation and Mobilization 159
Selecting Patients for Cervical Manipulation and Mobilization 160
Adverse Reactions to Cervical Manipulation and Mobilization 160
Translatoric Cervical Manipulation and Mobilization 161
Translatoric traction techniques 161
C2–C7 disc traction in supine (Fig. 14.1) 162
C2–C7 disc traction seated (Fig. 14.2) 162
Translatoric articular / facet separation techniques 162
Occipito-atlanto separation in supine (Fig. 14.3) 163
Atlanto-axial separation in side-lying (Fig. 14.4) 163
C2–C7 facet separation seated version 1 (Fig. 14.5) 163
C2–C7 facet separation seated version 2 (Fig. 14.6) 164
C2–C7 facet separation in supine contralateral gap (Fig. 14.7) 164
C7 facet separation in supine (Fig. 14.8) 165
Translatoric facet-gliding techniques 165
Occipito-atlanto unilateral dorsal glide in supine (Fig. 14.9) 166
C2–C6 facet ventral-cranial glide in supine (Fig. 14.10) 166
C2–C6 facet ventral-cranial glide seated (Fig. 14.11) 166
C2–C6 facet dorsal-caudal glide seated (Fig. 14.12) 167
C7 facet ventral-cranial glide in supine (Fig. 14.13) 167
C7 facet ventral-cranial glide seated (Fig. 14.14) 167
C7 facet dorsal-caudal glide seated (Fig. 14.15) 168
Posterior–anterior Cervical Mobilization 168
Posterior–anterior unilateral upper cervical spine mobilization (Fig. 14.16) 168
Posterior–anterior unilateral mid-cervical spine mobilization (Fig. 14.17) 168
Transverse unilateral mid-cervical spine mobilization (Fig. 14.18) 169
Cervical Spine Manipulative Procedures 169
C2–C6 separation of zygapophyseal articular joint: manipulation in rotation (Fig. 14.19) 169
Atlanto-axial separation of zygapophyseal articular joint: upper cervical spine manipulation (Fig. 14.20) 170
Conclusion 170
References 170
15 Therapeutic Exercise for Mechanical Neck Pain 174
Chapter Contents 174
Introduction 174
Exercises for Motor Function 175
Recruitment 175
Deep neck flexors 175
Deep neck extensors 176
Strength and endurance 176
Higher load flexor progressions 176
Higher load extensor progressions 178
Side-flexion / rotation exercises for asymmetric weakness 179
Motor control 180
Cervical neutral during limb load 180
Segmental control during neck motion 181
Mobility Exercises 182
Generalized active range of motion 182
Articular / self-mobilization 183
Craniovertebral region 183
Mid-cervical spine 184
Myofascial extensibility 184
Neurodynamics 185
Postural Correction Exercises 185
Muscle imbalance 185
Articular system 186
Neuromeningeal system 186
Posture corrections 186
Somatosensory Dysfunction 186
References 187
3 Lumbar spine pain syndromes 189
16 Mechanical Low Back Pain 191
Chapter Contents 191
Introduction 191
Screening 191
Staging Process 192
Stage I 192
Spinal manipulation group 193
Manipulation performed with the patient supine (Fig. 16.1) 194
Manipulation performed with the patient side-lying (Fig. 16.2) 194
Specific exercise group 194
Flexion-oriented exercises 195
Extension-oriented exercises 195
Joint mobilization to promote extension 195
Lateral shift exercises 195
Stabilization group 195
Examination items 196
Intervention 196
Traction group 197
Stage II and III individuals 197
Conclusion 197
References 197
17 Lumbar Radiculopathy 199
Chapter Contents 199
Aetiology and Background 199
Prevalence 199
Definitions 199
Natural history 200
Clinical signs and symptoms 200
Anatomy and Pathogenesis of Lumbar Radiculopathy 200
Anatomy 200
Pathogenesis 201
Essential Aspects of Differential Diagnosis 201
An Evidence-based Clinical Examination 201
Patient history 201
Physical examination 202
Observation 202
Active and passive movements 202
Neurological testing 202
Provocation tests 202
Straight leg raise 202
Bowstring sign 203
Crossed straight leg raise 203
Slump sit test 203
Femoral nerve tension test 203
Outcome measures 204
Imaging 204
Plain film radiograph 204
Magnetic resonance imaging 204
Computed tomography scan 204
Nerve condition responses 204
Current Best Evidence with Regard to Treatment 205
Conservative approaches 205
Injection 207
Surgical approaches 207
References 208
18 Lumbar Spine Instability 210
Chapter Contents 210
Historical Appreciation of Low Back Pain 210
Guideline Adherence and Practice Variability 211
Diagnostic Challenge of Low Back Pain 211
The Treatment-Based Classification System 212
Research Investigating the Treatment-based Classification System 213
The Treatment-based Classification System: Focus on the Stabilization Subgroup 213
Clinical Management of Lumbar Spine Instability 214
First level of classification and the patient interview 214
Self-reported symptoms and clinician pattern recognition 214
Second level of classification: physical examination 215
Evidence for physical examination findings 216
Sequencing of the physical examination 216
Proposed Clinical Examination for Lumbar Spine Instability 216
Screening tests 216
Percussion test 217
Supine sign 217
Instability catch sign 217
Confirmatory tests 217
Passive lumbar extension test 217
Passive accessory intervertebral motion 217
Passive physiological intervertebral movements for extension and flexion 217
Prone instability test 218
Clinical prediction rules in the treatment-based classification system 218
Conclusion 219
References 219
19 Lumbar Spine in Lower Extremity Pain Syndromes 221
Chapter Contents 221
Introduction 221
Lumbar Spine Treatment for Hip Disorders 221
Lumbar Spine Treatment for Knee Disorders 222
Lumbar Spine Treatment for Foot and Ankle Disorders 223
Lumbar Spine Treatment for Lower Extremity Neurodynamics 223
Conclusion 223
References 225
20 The Contribution of the Pelvic Floor Muscles to Pelvic Pain 226
Chapter Contents 226
Introduction 226
Anatomy and Neural Control 226
Pelvic Floor Muscles and Lumbopelvic pain 227
Chronic Pelvic Pain 227
Conservative Management of Chronic Pelvic Pain 228
A Clinical-reasoned Approach for Conservative Management of Chronic Pelvic Pain 230
Understanding current pain science 230
Movement system dysfunction 230
Pelvic floor muscle function 230
Case Reports 232
Conclusion 233
References 233
21 Chronic Low Back Pain 236
Chapter Contents 236
Introduction 236
Acute versus Chronic Low Back Pain 236
Altered Nociceptive Transmission in Chronic Low Back Pain 237
Neuroimaging in Chronic Low Back Pain 237
Manual Interventions for Chronic Low Back Pain 239
Joint-biased manual therapies 239
Soft-tissue-biased manual therapies 240
Nerve-biased manual therapies 240
Factors Associated with Efficacy of Interventions in Chronic Low Back Pain 241
Expectation 241
Patient preference 241
Patient–clinician relationship 242
Conclusion 242
References 242
22 Joint Mobilization and Manipulation of the Lumbar Spine 245
Chapter Contents 245
Towards Standardizing Nomenclature 245
Evidence for Spinal Manipulative Therapy 246
Clinical Prediction Rules 246
The Audible Pop 248
Spinal Positioning and Locking 248
Safety and Manipulative Techniques 249
Contraindications and precautions 249
Spinal Mobilization and Manipulation Techniques 250
Central posterior-to-anterior mobilization 250
Unilateral posterior-to-anterior mobilization 250
Lumbar rotation mobilization: grades I–IV 251
Lumbopelvic regional manipulation 251
Lumbar rotation in neutral or extension manipulation 252
Lumbar rotation in flexion manipulation 252
Conclusion 253
References 253
23 Therapeutic Exercise for Mechanical Low Back Pain 255
Chapter Contents 255
Evidence for Exercise in Low Back Pain 255
Mobility Exercises 256
Motor Control: Stabilization, Motor Pattern Retraining, Strength 259
Exercises 259
Abdominal draw-in manoeuvre 259
Adding lower limb challenges 260
Abdominal curl-up 261
Multifidus activation exercises 262
Bridge exercises in supine 262
Quadruped 262
Side plank / horizontal side support 263
Front plank / prone bridge 264
Exercises on unstable surfaces 264
Motor Pattern Retraining / Functional Integration 266
Pilates / Yoga 267
Balance / Proprioception 268
Higher Level Strengthening Exercises 269
Exercise Parameters 270
Conclusion 271
References 271
24 Sacroiliac Joint as a Source of Pain: 274
Chapter Contents 274
Introduction 274
Prevalence 274
Economic impact 275
Anatomy and Biomechanics 275
Pathology and Pathomechanics 277
Diagnosis 277
Medical diagnosis 277
Clinical diagnosis: subjective examination 278
Clinical diagnosis: physical examination 278
Clinical examination summary 283
Prognosis 283
Treatment 284
Exercise therapy 284
Manual therapy 286
Sacroiliac belts 288
Conclusion 288
References 288
4 The shoulder region in upper extremity pain syndromes 291
25 Acromioclavicular Joint 293
Chapter Contents 293
Introduction 293
Anatomy of the Acromioclavicular Joint 293
Biomechanics of the Acromioclavicular Joint 293
Pathology of the Acromioclavicular Joint 294
Diagnosis of the Acromioclavicular Joint 295
Management of the Acromioclavicular Joint 298
Conclusion 299
References 300
26 Sternoclavicular Joint 302
Chapter Contents 302
Introduction 302
Anatomy of the Sternoclavicular Joint 302
Biomechanics of the Sternoclavicular Joint 304
Pathology of the Sternoclavicular Joint 304
Patients requiring a medical / surgical consultation 304
Patients with indication for physical therapy intervention 305
Diagnosis of the Sternoclavicular Joint 305
Management of the Sternoclavicular Joint 306
Anterior disc / manubrial rotation mobilization (left shoulder) 306
Posterior disc / manubrial rotation mobilization (left shoulder) 306
Inferior clavicular / disc glide (right shoulder) 306
Posterior clavicular / disc glide (right shoulder) 306
Adjunct exercises 307
Conclusion 307
References 307
27 Rotator Cuff Lesions: Shoulder Impingement 309
Chapter Contents 309
Introduction 309
Anatomy 309
Biomechanics 310
Pathology of the Rotator Cuff 311
Diagnosis of Shoulder Impingement 313
Prognosis 315
Management 315
Conclusion 318
References 318
28 Glenohumeral Instability 321
Chapter Contents 321
Introduction 321
Anatomy 321
Biomechanics 322
Pathology 323
Diagnosis of Glenohumeral Instability 325
History 325
Examination 325
Stability tests 326
Apprehension test 326
Relocation test 326
Surprise (release) test 326
Laxity tests 326
NAIOMT SGHL / CHL test 326
NAIOMT MGHL test 327
NAIOMT IGHL test 327
NAIOMT posterior capsule test 327
NAIOMT sulcus stability test for AB- / PB-IGHL and inferior labrum 328
Imaging 328
Prognosis 329
Clinical risk factors 329
Anatomical risk factors 330
Management of Glenohumeral Instability 330
Conclusion 331
References 331
29 Superior Labrum Anterior-to-Posterior (SLAP) Lesions 333
Chapter Contents 333
Introduction 333
Anatomy 334
Biomechanics 335
Pathology 336
Diagnosis 337
Management 340
Prognosis 341
Conclusion 341
References 342
30 Frozen Shoulder 344
Chapter Contents 344
Introduction 344
Incidence 344
Pathology 344
Natural History and Prognosis 345
Diagnosis 346
History 346
Physical examination 347
Treatment 347
Recalcitrant frozen shoulders 348
Prevention of frozen shoulder 348
Conclusion 348
References 349
31 Joint Mobilization of the Shoulder 350
Chapter Contents 350
Introduction 350
Passive Mobilization Interventions of the Glenohumeral Joint 350
Inferior glide (Fig. 31.1) 351
Posterior glide (Fig. 31.2) 351
Posterior glide in flexion (Fig. 31.3) 352
Inferior and anterior glide (Fig. 31.4) 352
Anteroposterior or lateral–medial glide at end-of-range elevation (Fig. 31.5) 352
Mobilization with Movement of the Shoulder Complex 352
Overhead elevation mobilizations with movement 353
Mobilization with movement – elevation (Fig. 31.6) 353
Mobilization with movement – elevation, belt assisted (Fig. 31.7) 354
Overhead elevation: progression of range of motion 354
Mobilization with movement – end-range elevation (external rotation) (Fig. 31.8) 354
Mobilization with movement – end-range elevation (inferior glide) (Fig. 31.9) 354
Mobilization with movement – elevation (shoulder girdle) (Fig. 31.10) 355
Hand behind back 355
Mobilization with movement – hand behind back (Fig. 31.11) 355
Mobilization with movement – hand behind back, belt assisted (Fig. 31.12) 355
Horizontal adduction motion 356
Mobilization with movement – horizontal adduction (AC / SC joints) 356
Spinal mobilization with upper extremity movement – horizontal adduction (Fig. 31.14) 356
Conclusion 357
References 357
32 Motor Control of the Shoulder Region 358
Chapter Contents 358
Introduction 358
Motor Control 358
Motor control and joint stability 358
Evidence of altered motor control around the scapula 359
Evidence of altered motor control around the glenohumeral joint 360
Evaluation of Motor Control around the Shoulder Girdle 360
Postural assessment 360
Evaluation of movement impairments and awareness 361
Evaluation of specific motor control impairments around the scapula 364
Shoulder shrug (Roberts 2009) 364
Scapular control through glenohumeral rotations in prone and supine (Sahrmann 2002) 364
Scapular PNF patterns (Voss et al 1985) 365
Evaluation of range and control of scapular upward rotation 365
Evaluation in four-point kneeling 365
Evaluation of thoracic extension and control of scapular retraction 366
Evaluation of isolated motor control around the shoulder 366
Dynamic rotary stability test (Magarey & Jones 2003a, 2003b) 366
Dynamic relocation test (Magarey & Jones 2003a, 2003b) 367
Management of Motor Control Impairments around the Shoulder Girdle 367
Management of shoulder motor control through patient examples 368
Conclusion 371
References 371
33 Therapeutic Exercises for the Shoulder Region 373
Chapter Contents 373
Introduction 373
Clinical Background 373
Shoulder Exercise: Evidence 374
Principles of Exercise 374
Posture 376
Stretching 376
Isometric Exercise of the Shoulder 378
Isotonic Exercises of the Shoulder 378
Supraspinatus muscle 379
Infraspinatus and teres minor muscles 379
Subscapularis muscle 380
Trapezius muscle 380
Serratus anterior muscle 381
Functional Exercises 381
Conclusion 383
Acknowledgements 383
References 383
5 The hip region in lower extremity pain syndromes 387
34 Hip Osteoarthritis 389
Chapter Contents 389
Introduction 389
Prevalence 389
Economic Impact 390
Anatomy 390
Pathomechanics 390
Diagnosis 390
Risk factors 391
Clinical presentation 392
Prognosis 392
Treatment 392
Non-pharmacological treatment 392
Patient education 393
Exercise therapy 393
Manual therapy 393
Indirect distraction manipulation (Fig. 34.1) 394
Posterior-to-anterior mobilization of the hip (Fig. 34.2) 394
Posterior-to-anterior mobilization – ‘figure 4’ position (Fig. 34.3) 394
References 394
35 Other Hip Disorders: 397
Chapter Contents 397
Introduction 397
Iliotibial Band Syndrome 397
Epidemiology 397
Pathomechanics 397
Diagnosis and clinical examination 398
Manual therapy treatment 398
Prognosis 399
Summary 399
Hip Flexor Tendinopathy (Internal Snapping Hip Syndrome) 400
Epidemiology 400
Pathomechanics 400
Diagnosis and clinical examination 400
Treatment 400
Prognosis 401
Summary 401
Gluteus Medius Tendinopathy 401
Epidemiology 401
Pathomechanics 401
Patient history 402
Diagnosis and clinical examination 402
Functional movement testing 402
Treatment 403
Prognosis 404
Summary 405
Adductor Tendinopathy 405
Epidemiology 405
Pathomechanics 405
Patient history 405
Diagnosis 406
Treatment 406
Summary 407
Sports Hernia 407
Epidemiology 407
Pathomechanics 408
Diagnosis and clinical examination 408
Treatment 409
Prognosis 409
Summary 409
Conclusion 409
References 410
36 Postoperative Management of Hip Disorders 413
Chapter Contents 413
Introduction and Overview 413
Hip Disorders and Arthroscopic Surgical Procedures 413
Femoroacetabular impingement 413
Pincer-type impingement: definition and arthroscopic intervention 413
Cam-type impingement: definition and arthroscopic intervention 414
Chondral defects 414
Capsular and ligamentous structures 414
Postoperative considerations 415
Precautions 415
Labral debridement with / without rim trimming and arthroscopy in general 415
Precautions for acetabular labral debridement 415
Femoroplasty 415
Precautions for femoroplasty 415
Acetabular labral repair 415
Precautions for acetabular labral repair 415
Capsular modification 415
Precautions for capsular modification 416
Micro-fracture 416
Precautions for micro-fracture 416
Phases of Rehabilitation of Hip Disorders 416
Maximum protection phase: day of surgery (day 0) to postoperative day 14 416
Moderate protection phase: 2–6 weeks postoperative 416
Minimal protection phase: 6–12 weeks postoperative 417
Return to sport or daily life activities phase: 12–24 weeks postoperative 418
An Example Acetabular Labral Repair with Femoroplasty Postoperative Progression 418
Weeks 0–2 418
Weeks 2–4 418
Weeks 4–6 419
Weeks 6–12 419
Weeks 12–24 419
References 419
37 Joint Mobilization and Manipulation of the Hip 421
Chapter Contents 421
Introduction 421
Joint Mobilization/Manipulation of the Hip Joint 421
Longitudinal traction mobilization / manipulation 422
Lateral distraction mobilization 422
Flexion / adduction mobilization: mobilization with movement internal rotation non-weight-bearing 423
Flexion / adduction mobilization: mobilization with movement internal rotation weight-bearing 423
Mobilization with movement in flexion 424
Mobilization with movement in extension weight-bearing 424
References 425
38 Therapeutic Exercises for the Lower Quadrant 426
Chapter Contents 426
Introduction 426
Muscle Performance: Activation, Endurance and Strength 427
Neuromotor Control: Balance, Proprioception, Movement Repatterning and Functional Integration 431
Mobility, Myofascial and Articular Impairments 432
Designing an Evidence-informed Exercise Programme 434
Mobility exercises 435
Muscle performance and neuromuscular control exercises 437
Phase 1 437
Phase 2 437
Phase 3 439
Exercise Parameters 440
Conclusion 441
References 441
6 The elbow region in upper extremity pain syndromes 443
39 Elbow Tendinopathy: 445
Chapter Contents 445
Introduction 445
Diagnostic Considerations 445
Pathological Considerations 446
Prognostic Considerations 447
Considerations in Conservative Treatment 447
Conclusion 448
References 448
40 Other Elbow Disorders: 451
Chapter Contents 451
Introduction 451
Elbow Instability 451
Anatomy review for elbow instability 451
General treatment planning guidelines for elbow instability 451
Lateral elbow instability 452
Anatomy review for lateral elbow instability 452
Incidence / prevalence of lateral elbow instability 452
Pathology / pathoanatomy of lateral elbow instability 452
Diagnosis of lateral elbow instability 452
Prognosis and treatment planning for patients with lateral elbow instability 453
Medial elbow instability 454
Anatomy review for medial elbow instability 454
Incidence / prevalence of medial elbow instability 454
Pathology / pathoanatomy of medial elbow instability 454
Diagnosis of medial elbow instability 454
Prognosis and treatment planning for patients with medial elbow instability 455
Arthritic Conditions 455
Anatomy review for arthritic conditions of the elbow 455
Incidence / prevalence of arthritic conditions of the elbow 455
Pathology / pathoanatomy of arthritic conditions of the elbow 456
Diagnosis of arthritic conditions of the elbow 456
Prognosis and treatment planning for patients with arthritic conditions of the elbow 456
Conclusion 457
References 457
41 Joint Mobilization and Manipulation of the Elbow 458
Chapter Contents 458
Introduction 458
Evidence-based Decision Making 458
Definitions and Clinical Applications 459
Mobilization and Manipulation Techniques 460
Mobilization in extension combined with adduction (varus mobilization) 460
Mobilization in adduction and abduction (varus to valgus mobilization) 460
Mobilization in pronation / supination combined with flexion 461
Mobilization of the radiohumeral joint 461
Lateral glide mobilization with movement 462
Manipulation in lateral glide of the elbow (varus thrust manipulation) 462
Conclusion 462
References 462
7 The knee region in lower extremity pain syndromes 465
42 Ligamentous and Meniscal Injuries of the Knee 467
Chapter Contents 467
Introduction 467
Anterior Cruciate Ligament 467
Anatomy 467
Biomechanics 467
Incidence / prevalence of injury 468
Biomechanical / neuromuscular risk factors 468
Trunk 468
Hip 469
Knee 470
Ankle / foot 470
Posterior Cruciate Ligament 470
Anatomy 470
Biomechanics 470
Incidence / prevalence of injury 470
Mechanism of injury / risk factors 470
Lateral Collateral Ligament 471
8 The wrist and hand regions in upper extremity pain syndromes 543
48 Tendinopathies of the Wrist and Hand 545
Chapter Contents 545
Introduction 545
Definition of Tendinopathy 545
Aetiology 546
Anatomy of the Tendon 546
Basic components 546
Blood and nerve supply 546
Pathoanatomy 547
Tendon injury 547
Tendon healing 547
Tendinopathy Classification 548
Tendinosis 548
Tendinitis 548
Paratenonitis 548
Combined paratenonitis and tendinosis 548
Examination and Diagnosis 549
Clinical tests 549
Diagnostic imaging and invasive testing 549
Tendinopathic Entities of the Hand and Wrist 550
Flexor carpi ulnaris 550
Testing 550
Differential diagnosis 550
Extensor carpi ulnaris 550
9 The foot and ankle in lower extremity pain syndromes 603
54 Ankle Sprains 605
Chapter Contents 605
Introduction 605
Anatomy and Physiology 605
Distal tibiofibular joint 605
Talocrural joint 606
Subtalar joint 606
Biomechanics of the ankle 606
Range of motion 607
Open-packed and closed-packed positions 607
Axes of rotation / osteokinematics 607
Arthrokinematics 607
Lateral Ankle Sprains 607
Medial Ankle Sprains / Syndesmotic Injuries 607
Chronic Ankle Instability 608
Examination 608
Ottawa ankle rules 608
Subjective history 608
Ankle range of motion 609
Anterior drawer test 609
Medial talar tilt test 609
Figure-of-eight test 609
Functional testing 610
Single-limb balance 610
Star excursion balance test 610
Conservative Treatment 610
Thrust and non-thrust joint mobilization 610
Anterior–posterior non-thrust mobilization (see Fig. 57.2) 611
Lateral–medial non-thrust mobilization (see also Figs 57.3–57.5) 611
Talocrural joint lateral glide 611
Subtalar joint lateral glide 611
Rearfoot distraction thrust manipulation (see also Fig. 57.1) 611
Distal tibiofibular joint non-thrust mobilization (see Fig. 57.7) 612
Proximal tibiofibular joint thrust manipulation (see also Fig. 57.6) 612
Weight-bearing dorsiflexion mobilization with movement (see also Fig. 57.4B) 612
Cuboid whip thrust manipulation (see also Fig. 57.8) 612
Therapeutic exercise 613
Mobility exercise 613
Strengthening 613
Proprioceptive exercises 613
References 613
55 Plantar Heel Pain 616
Chapter Contents 616
Introduction 616
Prevalence 616
Origin of plantar heel pain 616
Anatomical considerations 616
Pathology of Plantar Heel Pain 616
Diagnosis 617
Symptoms 617
Signs 617
Imaging 617
Risk Factors 618
Prognosis 618
Management Strategies for Plantar Heel Pain 618
Non-invasive manual therapy for plantar heel pain 618
Invasive manual therapy for plantar heel pain – dry needling 620
Conclusion and Recommendations 621
References 621
56 Postoperative Management of Foot and Ankle Disorders 623
Chapter Contents 623
10 Soft tissues in the upper and lower quadrants 657
59 Referred Pain from Myofascial Trigger Points 659
Chapter Contents 659
Introduction 659
Myofascial Trigger Points 660
Definition of a trigger point 660
Characteristics of the referred pain elicited by muscle trigger points 660
Manual identification of myofascial trigger points 660
Neurophysiological basis of myofascial trigger points 661
TrPs: are they a focus of peripheral sensitization? 661
TrPs and central sensitization mechanisms 661
TrPs and the sympathetic nervous system 661
TrPs: the integrated hypothesis 662
Exploration of Trigger Points Related to Upper Quadrant Pain Syndromes 662
Neck–shoulder muscles 662
Scalene muscles 663
Pectoralis minor muscle 663
Supraspinatus muscle 664
Infraspinatus muscle 664
Teres minor and major muscles 665
Subscapularis muscle 665
Pectoralis major muscle 665
Deltoid muscle 666
Biceps brachii muscle 666
Triceps brachii muscle 666
Brachioradialis muscle 667
Supinator muscle 667
Wrist / hand extensor muscles 667
Pronator teres muscle 669
Wrist / hand flexor muscles 669
Other muscles of the upper quadrant 670
Exploration of Trigger Points Related to Lower Quadrant Pain Syndromes 670
Quadratus lumborum muscle 670
Psoas major muscle 670
Piriformis muscle 671
Gluteus medius muscle 671
Gluteus minimus muscle 671
Quadriceps muscle 672
Adductor muscles 672
Gastrocnemius and soleus muscles 672
Tibialis anterior, extensor digitorum longus and extensor hallucis longus muscles 673
Other muscles of the lower quadrant 673
Conclusion 673
References 673
60 Manual Treatment of Myofascial Trigger Points 678
Chapter Contents 678
Introduction 678
Treatment interventions for myofascial trigger points 678
Best evidence of manual therapies for myofascial trigger points 679
Manual Therapies for the Management of Myofascial Trigger Points 679
Compression interventions 679
Massage therapies 680
Stretching interventions 680
Dynamic interventions 680
Clinical Applications of Manual Therapies over Myofascial TrPs 681
Stretching compression of levator scapulae muscle taut band 681
Longitudinal strokes of scalene muscle taut band 681
Compression and contraction of supraspinatus muscle 681
Stretching strokes of infraspinatus muscle taut band 682
Stretching longitudinal strokes of infraspinatus muscle taut band 682
Stretching compression of teres major muscle taut band 682
Stretching compression of subscapularis muscle taut band 683
Dynamic transverse strokes of deltoid muscle trigger points 683
Dynamic longitudinal strokes of biceps / triceps brachii muscle taut band 683
Dynamic longitudinal strokes of hand / wrist extensor muscle taut band 684
Transverse massage of hand / wrist flexor muscle trigger points 684
Stretching compression of thumb muscles taut bands 684
Transverse massage of quadratus lumborum muscle taut bands 685
Post-isometric relaxation of quadratus lumborum muscle taut bands 685
Stretching compression of psoas major muscle taut bands 686
Stretching longitudinal stroke / dynamic longitudinal stroke of gluteus medius muscle taut bands 686
Stretching longitudinal stroke of quadriceps muscle taut bands 687
Stretching longitudinal massage of adductor muscle taut bands 687
Stretching compression of gastrocnemius muscle taut bands 687
Compression and contraction of anterior–lateral leg muscles 687
Conclusion 688
References 688
61 Dry Needling of Trigger Points 690
Chapter Contents 690
Introduction to Trigger Point Dry Needling 690
Scientific Evidence of Dry Needling 691
General Guidelines for Dry Needling 692
Dry Needling of Selected Neck, Shoulder and Arm Muscles 693
Scalene muscles 693
Pectoralis minor muscle 693
Pectoralis major muscle 693
Supraspinatus muscle 693
Infraspinatus / teres major / teres minor muscles 694
Rhomboid major and minor muscles 694
Subscapularis muscle 694
Latissimus dorsi muscle 695
Deltoid muscle 695
Biceps brachii muscle 696
Brachialis muscle 696
Brachioradialis muscle 696
Supinator muscle 696
Wrist and finger extensor muscles 697
Dry Needling of Selected Trunk Muscles 697
Thoracic and lumbar multifidus muscles 697
Longissimus thoracis muscle 698
Quadratus lumborum muscle 698
Rectus abdominis muscle 698
External and internal oblique muscles 699
Dry Needling of Selected Hip and Leg Muscles 700
Gluteus maximus muscle 700
Gluteus medius muscle 700
Gluteus minimus muscle 700
Piriformis muscle 700
Adductor longus muscle 701
Adductor brevis muscle 701
Adductor magnus muscle 701
Pectineus muscle 702
Psoas major muscle 702
Iliacus muscle 703
Quadriceps femoris muscle group 703
Rectus femoris muscle 703
Vastus lateralis muscle 704
Vastus medialis muscle 704
Biceps femoris muscle 704
Semimembranosus muscle 705
Semitendinosus muscle 705
Tibialis anterior muscle 705
Gastrocnemius muscle 705
Soleus muscle 706
Flexor digitorum longus muscle 706
Fibularis (peroneus) longus and brevis muscles 707
References 707
62 Muscle Energy Approaches 710
Chapter Contents 710
Introduction 710
Evidence of effectiveness 710
Physiological mechanisms 711
An integrated approach to muscle energy 711
Principles of Muscle Energy Application 712
General principles 712
Cautions and contraindications 712
Techniques for the Spine, Rib Cage and Pelvis 712
Principles of application of muscle energy to the joints of the spine 713
Spinal coupled motion 713
Variations of application 713
Applications for acute dysfunctions 714
Applications to promote proprioception and control 714
Cervical spine 714
Typical cervical (C2–C7) segments 714
Procedure for restriction of flexion, side-bending and rotation (Fig. 62.1, main photo) 714
Procedure for restriction of extension, side-bending and rotation (Fig. 62.1, inset photo) 715
Atlanto-axial (C1–C2) segment 715
Procedure for restricted C1–C2 rotation (Fig. 62.2) 715
Occipito-atlanto (C0–C1) segment 716
Procedure for single-plane restricted flexion (or extension) (Fig. 62.3, main photo) 716
Procedure for multiple-plane restriction: flexion (or extension), lateral flexion and contralateral rotation (Fig. 62.3, inset photo below) 716
Thoracic spine 716
Restriction of flexion combinations 717
Procedure for restriction of flexion, with or without concurrent restrictions of rotation and side-bending (Fig. 62.4, mid–low thoracic segments; inset: upper thoracic segments) 717
Restriction of extension combinations 717
Procedure for restriction of extension, with or without concurrent restrictions of rotation and side-bending (Fig. 62.5, mid–low thoracic segments; inset: upper thoracic segments) 717
Alternative procedure for restriction of extension, with or without concurrent restrictions of rotation and side-bending (Fig. 62.6, mid–low thoracic segments; inset: upper thoracic segments) 717
Rib cage 718
Restriction of inhalation 718
Procedure for restricted inhalation motion (Fig. 62.7) 718
Restriction of exhalation 719
Elevated first rib 719
Procedure for elevated first rib (Fig. 62.8) 719
Acute rib dysfunction 719
Lumbar spine 720
Restriction of uniplanar motion 720
Restriction of flexion combinations 720
Procedure for restriction of flexion, rotation and side-bending (Fig. 62.11) 720
Restriction of extension combinations 721
Procedure for restriction of extension, rotation and side-bending (Fig. 62.12) 721
Pelvic girdle 721
Restriction of innominate anterior rotation 722
Procedure for restriction of innominate anterior rotation (Fig. 62.13) 722
Restriction of innominate posterior rotation 722
Procedure for restriction of innominate posterior rotation (Fig. 62.14) 722
Sacroiliac ‘gapping’ technique 723
Techniques for Myofascial Tissues 723
Principles of application of muscle energy to myofascial tissues 723
Muscles of the upper quadrant 724
Upper trapezius and levator scapulae muscles 724
Scalene muscles 724
Pectoralis major muscle 724
Pectoralis minor muscle 724
Subscapularis muscle 725
Latissimus dorsi muscle 725
Muscles of the lower quadrant 726
Quadratus lumborum muscle 726
Hip flexor muscle group 726
Gluteus medius and gluteus minimus muscles 726
Piriformis muscle 726
Acknowledgements 727
References 727
63 Myofascial Induction Approaches 729
Chapter Contents 729
Introduction 729
Fascia and its Dynamics 730
Functions of the fascial system 730
Information transmission process 730
Mechanical (anatomical) pattern 730
Functional pattern 731
Chemical pattern 731
Anatomical Considerations Related to the Continuity of the Fascial System of the Neck and Upper Extremity 732
Fascial anatomy of the cervical region 732
Superficial cervical fascia 732
Deep cervical fascia 733
Fascial anatomy of the upper extremity 733
The upper limb fascia superficial layer 733
Arm fascia deep layer 734
Front and anterior–lateral span 735
Posterior and posterior–lateral span 736
Anatomical Considerations Related to the Continuity of the Fascial System of the Pelvis and Lower Extremity 738
Superficial and deep fascial anatomical links between the trunk and lower limbs 738
Superficial fascia (firmly attached to the skin) 738
Deep fascia (located directly under the superficial fascia) 739
Deep fascia of the thigh segment 739
Deep fascia of the leg segment 740
Deep fascia of the foot segment 740
Deep fascial intermuscular links 740
Thoracolumbar segment 740
Thigh segment 741
Leg and foot segment (Figs 63.34–63.39) 741
Knee joint and popliteal fossa segment 743
Theoretical Aspects Related to the Treatment of Myofascial Dysfunction Syndrome 743
Mechanics of myofascial dysfunction syndrome formation 743
Fascial entrapment areas 744
Proposed neurophysiological mechanisms of myofascial induction techniques 745
Piezoelectricity 746
Myofibroblast dynamics 746
Viscoelasticity 746
Scientific Evidence Related to the Results in the Myofascial Approach (Pilat 2014) 747
Research related to pathology 747
Clinical research in healthy subjects 747
Therapeutic Strategies Applied in the Myofascial Induction Process 748
General observations related to the therapeutic process 748
Definition of the myofascial induction therapy process 748
Bases for clinical applications 748
Assessment process 748
Clinical procedure principles (Pilat 2003, 2009, 2014) 748
Examples of Practical Applications for Upper Quadrant Disorders 749
Techniques related to the cervical spine 749
Clinical considerations (Pilat 2003) 749
Suboccipital induction (Fig. 63.47) 749
Suprahyoid region induction (Fig. 63.48) 749
Induction of the scalene muscles (Fig. 63.49) 750
Induction of the prevertebral fascia (Fig. 63.50) 750
Techniques related to the shoulder girdle 750
Clinical considerations (Pilat 2003) 750
Induction of the pectoralis and deltoid fascia (Fig. 63.51) 750
Induction of the clavipectoral and the pectoralis minor muscle fascia (Fig. 63.52) 750
Integrated induction of the arm (Fig. 63.53) 751
Induction of the spine of the scapula (Fig. 63.54) 751
Induction of the trapezius muscle (Fig. 63.55) 751
Techniques related to the brachial and antebrachial fascia 752
11 Neurodynamics in the upper and lower quadrants 763
64 Peripheral Nerve Mechanisms of Chronic Upper Limb Pain: Dynamics, Inflammation and Neurophysiology 765
Chapter Contents 765
Introduction 765
Anatomy of a Peripheral Nerve 765
Mechanical Properties of a Peripheral Nerve 766
Physical tests of nerve movement 767
In Vivo Measurements of Nerve Movement 768
Median nerve 768
Longitudinal nerve movement 768
Nerve compliance 768
Nerve loading 769
Transverse median nerve movement 770
Ulnar nerve 770
Nerve Movement Studies in Patients 770
Inflammation of a Peripheral Nerve 771
Causes of inflammation 772
Inflammation and the microenvironment of the nerve 772
Animal models of nerve inflammation 772
Neuritis model 773
Physiological Role of Inflammatory Mediators 775
Disruption of axoplasmic transport 775
Nervi Nervorum 776
Imaging Nerve Inflammation 776
Conclusion 776
References 777
65 Clinical Neurodynamics of the Upper and Lower Quadrants 781
Chapter Contents 781
Introduction to Clinical Neurodynamics 781
Appropriate Terminology 781
Operational definitions 782
Clinical neurodynamics 782
Neurodynamic test 782
Neurogenic pain 782
Sensitizing movements 782
Differentiating movements 782
Sliders 782
Tensioners 782
Neurophysiology in Upper and Lower Quadrant Pain 783
Nerve sensitivity 783
Central nervous system processing in neurodynamic tests 784
Clinical Neuro-biomechanics in the Upper and Lower Quadrants 784
Neurodynamic Testing 785
Neurodynamic testing for the upper quadrant 786
ULNT1 (median) active test 786
ULNT1 (median) passive test 786
Indications for the ULNT1 788
ULNT2 (median) active test 788
ULNT2 (median) passive test 788
ULNT2 (radial) active test 789
ULNT2 (radial) passive test 789
ULNT3 (ulnar) active test 790
ULNT3 (ulnar) passive test 790
Neurodynamic testing for the lower quadrant 791
Straight leg raise active test 791
Straight leg raise passive test 791
Indications for the straight leg raise test 792
Slump test 792
Side-lying slump test 792
Clinical Application of Neurodynamics in Upper and Lower Quadrants 793
Treatment 795
Conclusion 796
References 796
Index 799
A 799
B 800
C 800
D 802
E 802
F 803
G 804
H 804
I 805
J 805
K 805
L 806
M 807
N 809
O 809
P 810
Q 811
R 811
S 812
T 814
U 815
V 816
W 816
Y 816
Z 816