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Physical Agents in Rehabilitation - E Book

Physical Agents in Rehabilitation - E Book

Michelle H. Cameron | Amy Sutkus

(2017)

Additional Information

Book Details

Abstract

With straightforward, in-depth coverage of the use of physical agents to improve patient outcomes, Physical Agents in Rehabilitation: An Evidence-Based Approach to Practice, 5th Edition reflects how physical agents and modalities are being discussed in the classroom. This new edition brings the ideal balance of evidence and practical instruction to the learning and practice of physical agents in rehabilitation. Comprehensive coverage of all physical agents includes the mechanisms, clinical effects, and application techniques for thermal agents, ultrasound, electrical currents, electromagnetic radiation, hydrotherapy, traction, and compression. Plus, each chapter includes a scientific rationale and step-by-step instructions in the use of the agent(s), as well as up-to-date research support and new Find the Evidence tables. The new edition is supported with electronic ancillaries including review questions for students, PowerPoints®, and links to all references on Medline.

  • Comprehensive coverage of all physical agents includes the mechanisms, clinical effects, and application techniques for thermal agents, ultrasound, electrical currents, electromagnetic radiation, hydrotherapy, traction, and compression.
  • Find the Evidence tables guide the reader in finding up-to-date, patient-specific evidence using the PICO framework.
  • UNIQUE Step-by-step illustrated application techniques boxes guide you in reproducing effective treatment options.
  • Electronic ancillaries
  • Electrical Stimulation, Ultrasound & Laser Light Handbook helps you to understand the material and can be printed out for quick reference to use in the clinical setting.
  • NEW! Chapter on biofeedback complements the coverage of powered devices used in rehabilitation.
  • UNIQUE! New Find the Evidence tables guide the reader in finding up-to-date, patient-specific evidence using the PICO framework.

Table of Contents

Section Title Page Action Price
Front Cover cover
IFC_Evolve page ifc1
Physical Agents in Rehabilitation i
Copyright Page iv
Biography v
Acknowledgments vi
Contributors vii
Preface viii
Table Of Contents ix
I Introduction to Physical Agents 1
1 The Physiology of Physical Agents 1
Chapter Outline 1
How to Use This Book 1
What Are Physical Agents? 2
Categories of Physical Agents 2
Thermal Agents 2
Mechanical Agents 2
Electromagnetic Agents 3
Effects of Physical Agents 3
Inflammation and Healing 3
Physical Agents for Tissue Healing 4
Initial Injury. 4
Acute Inflammation. 4
Chronic Inflammation. 5
Proliferation. 5
Maturation. 5
Pain 5
Physical Agents for Pain Modulation 6
Acute Pain. 6
Chronic Pain. 6
Referred Pain. 6
Pain Caused by Malignancy. 6
Complex Regional Pain Syndrome. 7
Collagen Extensibility and Motion Restrictions 7
Physical Agents for the Treatment of Motion Restrictions 7
Muscle Tone 8
Physical Agents for Tone Abnormalities 8
General Contraindications and Precautions for Physical Agent Use 9
Pregnancy 9
Malignancy 9
Pacemaker or Other Implanted Electronic Device 9
Impaired Sensation and Mentation 9
Evaluation and Planning for the Use of Physical Agents 10
Choosing a Physical Agent 10
Attributes to Consider in the Selection of Physical Agents 10
Using Physical Agents in Combination With Each Other or With Other Interventions 11
Documentation 12
Chapter Review 12
Glossary 12
References 13
2 Physical Agents in Clinical Practice 15
Chapter Outline 15
History of Physical Agents in Medicine and Rehabilitation 15
Approaches to Rehabilitation 16
The Role of Physical Agents in Rehabilitation 17
Practitioners Using Physical Agents 18
Evidence-Based Practice 18
Using Physical Agents Within Different Health Care Delivery Systems 21
Chapter Review 22
Glossary 22
References 23
II Pathology and Patient Problems 25
3 Inflammation and Tissue Repair 25
Chapter Outline 25
Phases of Inflammation and Healing 25
Inflammation Phase (Days 1 to 6) 25
Vascular Response 26
Hemostatic Response 31
Cellular Response 31
Immune Response 32
Proliferation Phase (Days 3 to 20) 33
Epithelialization 34
Collagen Production 34
Wound Contraction 35
Neovascularization 36
Maturation Phase (Day 9 Forward) 36
Chronic Inflammation 38
Factors Affecting the Healing Process 38
Local Factors 40
Type, Size, and Location of the Injury 40
Infection 40
Vascular Supply 40
External Forces 40
Movement 40
Systemic Factors 40
Age 40
Disease 40
Medications 41
Nutrition 41
Adjuncts to Promote Wound Healing 41
Healing of Specific Musculoskeletal Tissues 41
Cartilage 41
Tendons and Ligaments 42
Skeletal Muscle 42
Bone 42
Chapter Review 44
Glossary 45
References 46
4 Pain and Pain Management 49
Chapter Outline 49
Pain, Nociception, and the Nociceptive System 50
Nociceptors 50
Primary Afferent Neurons 50
Central Pathways 51
The Endogenous Opioid System 52
Central Sensitization 52
Modulation of Nociception in the Brain 53
Homeostatic Systems 54
Types of Pain 54
Acute Pain 54
Preventing Acute Pain From Becoming Chronic 55
Chronic Pain 56
Primary Chronic Nociceptive Pain 56
Peripheral Neuropathic Pain 57
Central Sensitization 57
Psychosocial Pain 58
Measuring Pain 58
Visual Analog and Numerical Scales 58
Semantic Differential Scales 60
Other Measures 61
Pain Management 61
Physical Agents 62
Pharmacological Approaches 62
Systemic Analgesics 63
Nonsteroidal Antiinflammatory Drugs. 63
Acetaminophen. 63
Opioids. 63
Antidepressants. 64
Anticonvulsants. 64
Spinal Analgesia 64
Local Injection 65
Topical Analgesics 65
Cognitive-Behavioral Therapy 65
Pacing 65
Cognitive Restructuring 65
Graded Exposure 65
Comprehensive Pain Management Programs 65
Chapter Review 68
Glossary 68
References 69
5 Tone Abnormalities 73
Chapter Outline 73
Muscle Tone 73
Challenges to Assessing Muscle Tone 73
Tone Abnormalities 74
Hypotonicity 74
Hypertonicity 74
Terms Confused With Muscle Tone 75
Fluctuating Abnormal Tone 75
Measuring Muscle Tone 75
Quantitative Measures 76
Dynamometer or Myometer 76
Isokinetic Testing Systems 76
Electromyography 76
Pendulum Test 77
Qualitative Measures 77
Clinical Tone Scale 77
Muscle Stretch Reflex Test 78
Ashworth and Modified Ashworth Scales 78
Other Scales Used to Measure Tone 78
General Considerations When Muscle Tone Is Measured 78
Anatomical Bases of Muscle Tone and Activation 79
Muscular Contributions to Muscle Tone and Activation 80
Neural Contributions to Muscle Tone and Activation 81
Structure and Function of Nerves 81
Sources of Neural Stimulation of Muscle 84
Alpha Motor Neuron 84
Input From the Periphery 84
Muscle Spindle. 86
Golgi Tendon Organs. 87
Cutaneous Receptors. 88
Input From Spinal Sources 88
Input From Supraspinal Sources 89
Sensorimotor Cortical Contributions. 89
Cerebellum. 89
Basal Ganglia. 89
Other Descending Input. 90
Limbic System. 91
Summary of Normal Muscle Tone 91
Abnormal Muscle Tone and Its Consequences 91
Low Muscle Tone 92
Alpha Motor Neuron Damage 92
Rehabilitation After Alpha Motor Neuron Damage. 93
Insufficient Excitation of Alpha Motor Neurons 93
Altered Peripheral Input: Immobilization. 93
Altered Supraspinal Input: Stroke, Multiple Sclerosis, or Head Injury. 94
Rehabilitation to Increase Muscle Tone. 94
High Muscle Tone 94
Noxious Stimuli, Cold, and Stress 95
Managing Hypertonicity as a Result of Noxious Stimuli, Cold, or Stress. 95
Spinal Cord Injury 95
Managing Hypertonicity After Spinal Cord Injury. 95
Cerebral Lesions 96
Hypertonicity: Primary Impairment or Adaptive Response? 96
Managing Hypertonicity After Stroke. 96
Rigidity: A Consequence of Central Nervous System Pathology. 97
Fluctuating Muscle Tone 97
Chapter Review 101
Glossary 101
References 102
6 Motion Restrictions 105
Chapter Outline 105
Types of Motion 106
Active Motion 106
Passive Motion 106
Physiological and Accessory Motion 106
Patterns of Motion Restriction 108
Capsular Pattern of Motion Restriction 108
Noncapsular Pattern of Motion Restriction 108
Tissues That Can Restrict Motion 108
Contractile Tissues 108
Noncontractile Tissues 109
Pathologies That Can Cause Motion Restriction 109
Contracture 109
Edema 109
Adhesion 110
Mechanical Block 110
Spinal Disc Herniation 110
Adverse Neural Tension 111
Weakness 111
Other Factors 111
Examination and Evaluation of Motion Restrictions 111
Quantitative Measures 111
Qualitative Measures 112
Test Methods and Rationale 112
Active Range of Motion 112
Resisted Muscle Testing 112
Passive Range of Motion 112
Combining the Findings of Active Range-of-Motion, Resisted Muscle Contraction, and Passive Range-of-Motion Testing. 112
Passive Accessory Motion 112
Muscle Length 113
Adverse Neural Tension 114
Contraindications and Precautions to Range-of-Motion Techniques 114
Treatment Approaches for Motion Restrictions 114
Stretching 114
Motion 116
Surgery 116
Role of Physical Agents in the Treatment of Motion Restrictions 116
Increase Soft Tissue Extensibility 116
Control Inflammation and Adhesion Formation 117
Control Pain During Stretching 117
Facilitate Motion 117
Chapter Review 120
Glossary 120
References 120
III Thermal Agents 123
7 Introduction to Thermal Agents 123
Chapter Outline 123
Specific Heat 123
Modes of Heat Transfer 123
Conduction 123
Rate of Heat Transfer by Conduction 124
Guidelines for Heat Transfer by Conduction 124
Convection 125
Conversion 125
Radiation 125
Evaporation 126
Chapter Review 126
Glossary 126
8 Superficial Cold and Heat 127
Chapter Outline 127
Cryotherapy 127
Effects of Cold 127
Hemodynamic Effects 127
Initial Decrease in Blood Flow 127
Later Increase in Blood Flow 128
Neuromuscular Effects 129
Decreased Nerve Conduction Velocity 129
Reduced Pain and Increased Pain Threshold 129
Altered Muscle Strength 129
Decreased Spasticity 130
Facilitation of Muscle Contraction 130
Metabolic Effects 130
Decreased Metabolic Rate 130
Clinical Indications for Cryotherapy 130
Inflammation Control 130
Edema Control 131
Pain Control 132
Modification of Spasticity 132
Symptom Management in Multiple Sclerosis 132
Facilitation 132
Cryokinetics and Cryostretch 132
Contraindications and Precautions for Cryotherapy 133
Contraindications for the Use of Cryotherapy 133
Cold Hypersensitivity (Cold-Induced Urticaria) 133
Cold Intolerance 133
Cryoglobulinemia 133
Paroxysmal Cold Hemoglobinuria 133
Raynaud Disease and Phenomenon 133
Overregenerating Peripheral Nerves 133
Over an Area With Circulatory Compromise or Peripheral Vascular Disease 134
Precautions for the Use of Cryotherapy 134
Over the Superficial Main Branch of a Nerve 134
Over an Open Wound 134
Hypertension 134
Poor Sensation or Mentation 134
Very Young and Very Old Patients 134
Adverse Effects of Cryotherapy 134
Application Techniques 135
General Cryotherapy 135
Cold Packs or Ice Packs 135
Ice Massage 137
Controlled Cold Compression Unit 138
Vapocoolant Sprays and Brief Icing 140
Documentation 141
Examples 141
Thermotherapy 146
Effects of Heat 146
Hemodynamic Effects 146
Vasodilation 146
Neuromuscular Effects 147
Changes in Nerve Conduction Velocity and Firing Rate 147
Increased Pain Threshold 147
Changes in Muscle Strength 147
Metabolic Effects 147
Increased Metabolic Rate 147
Altered Tissue Extensibility 148
Increased Collagen Extensibility 148
Clinical Indications for Superficial Heat 148
Pain Control 148
Increased Range of Motion and Decreased Joint Stiffness 148
Accelerated Healing 149
Infrared Radiation for Psoriasis 149
Contraindications and Precautions for Thermotherapy 149
Contraindications for the Use of Thermotherapy 149
Recent or Potential Hemorrhage 150
Thrombophlebitis 150
Impaired Sensation or Impaired Mentation 150
Malignant Tissue 150
Infrared Irradiation of the Eyes 150
Precautions for the Use of Thermotherapy 150
Acute Injury or Inflammation 151
Pregnancy 151
Impaired Circulation or Poor Thermal Regulation 151
Edema 151
Cardiac Insufficiency 151
Metal in the Area 151
Over an Open Wound 152
Over Areas Where Topical Counterirritants Have Recently Been Applied 152
Demyelinated Nerves 152
Adverse Effects of Thermotherapy 152
Burns 152
Fainting 153
Bleeding 153
Skin and Eye Damage From Infrared Radiation 153
Application Techniques 153
General Thermotherapy 153
Hot Packs 154
Paraffin 156
Fluidotherapy 158
Infrared Lamps 159
Contrast Bath 161
Documentation 162
Examples 162
Choosing Between Cryotherapy and Thermotherapy 168
Chapter Review 168
Glossary 168
References 169
9 Ultrasound 172
Chapter Outline 172
Introduction 172
Terminology 172
History 172
Ultrasound Definition 173
Generation of Ultrasound 173
Effects of Ultrasound 174
Thermal Effects 174
Tissues Affected 174
Factors Affecting the Amount of Temperature Increase 174
Applying Other Physical Agents in Conjunction With Ultrasound 175
Nonthermal Effects 176
Clinical Indications for Ultrasound 176
Soft Tissue Shortening 176
Pain Control 177
Soft Tissue Healing 177
Tendon and Ligament Injuries 178
Bone Fractures 179
Carpal Tunnel Syndrome 180
Phonophoresis 180
Contraindications and Precautions for Ultrasound 181
Contraindications for Ultrasound 182
Malignant Tumor 182
Pregnancy 182
Central Nervous System Tissue 182
Methyl Methacrylate Cement or Plastic 182
Pacemaker or Implantable Cardiac Rhythm Device 183
Thrombophlebitis 183
Eyes 183
Reproductive Organs 183
Precautions for Ultrasound 183
Acute Inflammation 183
Epiphyseal Plates 183
Fractures 183
Breast Implants 183
Adverse Effects of Ultrasound 183
Application Technique 184
Ultrasound Treatment Parameters 184
Frequency 184
Duty Cycle 185
Intensity 185
Duration 185
Area to Be Treated 185
Number and Frequency of Treatments 185
Sequence of Treatment 186
Moving the Sound Head 186
Documentation 186
Examples 186
Chapter Review 192
Glossary 192
General 192
Treatment Parameters 194
References 196
10 Diathermy 200
Chapter Outline 200
Physical Properties of Diathermy 201
Types of Diathermy Applicators 202
Inductive Coil 202
Capacitive Plates 203
Magnetron (Condenser) 203
Effects of Diathermy 203
Thermal Effects 203
Nonthermal Effects 203
Altered Cell Membrane Function and Cellular Activity 204
Increased Microvascular Perfusion 204
Clinical Indications for Diathermy 205
Thermal-Level Diathermy 205
Nonthermal Shortwave Therapy 206
Control of Pain and Edema 206
Soft Tissue Healing 206
Nerve Healing 206
Bone Healing 206
Osteoarthritis Symptoms 207
Contraindications and Precautions for Diathermy 207
Contraindications for All Forms of Diathermy 207
Implanted or Transcutaneous Neural Stimulators, Including Cardiac Pacemakers 207
Pregnancy 207
Contraindications for Thermal-Level Diathermy 207
Metal Implants 207
Malignancy 208
Over the Eyes 208
Over the Testes 208
Over Growing Epiphyses 208
Contraindications for Nonthermal Shortwave Therapy 208
Deep Tissues Such as Internal Organs 208
Substitute for Conventional Therapy for Edema and Pain 208
Implanted Pacemakers, Electronic Devices, or Metal Implants 208
Precautions for All Forms of Diathermy 208
Near Electronic or Magnetic Equipment 208
Obesity 209
Copper-Bearing Intrauterine Contraceptive Devices 209
Precautions for Nonthermal Shortwave Therapy 209
Precautions for Therapists Applying Diathermy 209
Malignancy and Electromagnetic Fields 209
Adverse Effects of Diathermy 209
Burns 209
Application Technique 209
Positioning 210
Inductive Applicator 210
Capacitive Applicator 211
Magnetron Microwave Applicator 211
Documentation 211
Examples 211
Chapter Review 216
Glossary 216
References 216
IV Electrical Currents 219
11 Introduction to Electrotherapy 219
Chapter Outline 219
Electrical Current Devices, Waveforms, and Parameters 220
Waveforms 220
Direct Current, Alternating Current, and Pulsed Current 220
Interferential Current, Premodulated Current, and Russian Protocol 222
Parameters 222
Effects of Electrical Currents 225
Stimulation of Action Potentials in Nerves 225
Strength-Duration Curve 226
Action Potential Propagation 227
Direct Muscle Depolarization 228
Ionic Effects of Electrical Currents 228
Contraindications and Precautions for Electrical Currents 228
Contraindications for Electrical Currents 229
Demand Pacemaker, Implantable Cardiac Defibrillator, or Unstable Arrhythmias 229
Over the Carotid Sinus 229
Venous or Arterial Thrombosis or Thrombophlebitis 230
Pelvis, Abdomen, Trunk, and Low Back Area During Pregnancy 230
Precautions for Electrical Currents 230
Cardiac Disease 230
Impaired Mentation or Impaired Sensation 230
Malignant Tumors 230
Skin Irritation or Open Wounds 231
Adverse Effects of Electrical Currents 231
Application Technique 231
Patient Positioning 232
Electrode Type 232
Electrode Placement 233
Documentation 234
Chapter Review 234
Glossary 234
References 236
12 Electrical Currents for Muscle Contraction 238
Chapter Outline 238
Effects of Electrically Stimulated Muscle Contractions 238
Innervated Muscle 238
Denervated Muscle 239
Clinical Applications of Electrically Stimulated Muscle Contractions 239
Muscle Strengthening for Patients With Orthopedic Conditions 239
Neuromuscular Electrical Stimulation After Anterior Cruciate Ligament Reconstruction 240
Neuromuscular Electrical Stimulation After Total Knee Arthroplasty 240
Neuromuscular Electrical Stimulation for Other Orthopedic Conditions 240
Cardiorespiratory and Functional Training for Patients With Cardiac, Pulmonary, or Critical Illness 241
Muscle Strengthening for Healthy Adults and Athletes 241
Improved Muscle Coordination and Motor Control for Patients With Neurological Conditions 241
Neuromuscular Electrical Stimulation After Stroke 241
Neuromuscular Electrical Stimulation After Spinal Cord Injury 242
Neuromuscular Electrical Stimulation in Patients With Other Central Nervous System Disorders 243
Neuromuscular Electrical Stimulation for Dysphagia 243
Neuromuscular Electrical Stimulation for Urinary Incontinence 243
Edema Control and Improved Circulation 244
Retardation of Atrophy and Return of Function in Denervated Muscle 244
Contraindications and Precautions for Electrically Stimulated Muscle Contractions 244
Contraindications for Electrically Stimulated Muscle Contractions 245
When Contraction of the Muscle May Disrupt Healing (e.g., Muscle or Tendon Tear, Overuse Injury) 245
Precautions for Electrically Stimulated Muscle Contractions 245
Application Techniques 245
Documentation 249
Examples 249
Chapter Review 253
Glossary 253
References 254
13 Electrical Currents for Pain Control 258
Chapter Outline 258
Mechanisms Underlying Electrical Current Use for Pain Control 258
Gate Control 258
Opioid Release 258
Selecting Transcutaneous Electrical Nerve Stimulation Approaches 259
Clinical Applications of Electrical Currents for Pain Control 260
Acute Pain 261
Chronic Pain 261
Contraindications and Precautions for Electrical Currents for Pain Control 261
Contraindications for Electrical Currents for Pain Control 261
Precautions for Electrical Currents for Pain Control 262
Adverse Effects of Transcutaneous Electrical Nerve Stimulation 262
Application Technique 262
Documentation 264
Examples 264
Chapter Review 268
Glossary 268
References 269
14 Electrical Currents for Soft Tissue Healing 271
Chapter Outline 271
Mechanisms Underlying Electrical Currents for Tissue Healing 271
Galvanotaxis 271
Cell Activation 272
Antimicrobial Effects 272
Enhanced Circulation 272
Clinical Applications of Electrical Stimulation for Soft Tissue Healing 272
Chronic Wounds: Pressure Ulcers, Diabetic Ulcers, Venous Ulcers 272
Edema Control 273
Edema Due to Inflammation 273
Edema Due to Lack of Muscle Contraction 274
Transdermal Drug Delivery: Iontophoresis 274
Contraindications and Precautions for Electrical Currents for Tissue Healing 275
Contraindications for Electrical Currents for Tissue Healing 276
Malignant Tumors 276
Iontophoresis After Any Intervention That Is Likely to Alter Skin Permeability 276
Precautions for Electrical Currents for Tissue Healing 276
Adverse Effects of Electrical Currents for Tissue Healing 276
Application Techniques 276
Documentation 281
Examples 281
Chapter Review 286
Glossary 286
References 286
15 Electromyographic (EMG) Biofeedback 289
Chapter Outline 289
Introduction 289
Terminology 289
History of Biofeedback 289
EMG Biofeedback Definition 290
Parameters 290
Physiological Effects of EMG Biofeedback 292
Neuromuscular Facilitation 293
Neuromuscular Inhibition 294
Neuromuscular Coordination 294
Clinical Indications for EMG Biofeedback 294
Hemiplegia 294
Quadriceps Strengthening 295
Headache 295
Pelvic Floor Disorders 295
Chronic Pain Conditions 296
Temporomandibular Disorders 296
Contraindications and Precautions for EMG Biofeedback 296
Contraindications and Precautions 296
Acute Inflammatory Conditions 296
Pregnancy 297
Bladder or Vaginal Infection 297
Adverse Effects of EMG Biofeedback 297
Application Technique 297
Parameters for EMG Biofeedback 298
Documentation 298
Examples 298
Chapter Review 303
Glossary 303
References 303
V Electromagnetic Agents 305
16 Lasers and Light 305
Chapter Outline 305
Introduction 305
Terminology 305
Electromagnetic Radiation, Lasers, and Light 305
History of Electromagnetic Radiation 305
Physical Properties of Electromagnetic Radiation 307
Light Sources. 309
Wavelength. 311
Power and Power Density. 311
Energy and Energy Density. 311
Physiological Effects of Electromagnetic Radiation 311
Physiological Effects of Lasers and Light 312
Promote Adenosine Triphosphate Production 312
Promote Collagen Production 312
Modulate Inflammation 312
Inhibit Growth of Microorganisms 312
Promote Vasodilation 313
Alter Nerve Conduction Velocity and Regeneration 313
Clinical Indications for Lasers and Light 313
Soft Tissue and Bone Healing 313
Arthritis 314
Lymphedema 314
Neurological Conditions 314
Pain Management 315
Contraindications and Precautions for Lasers and Light 315
Contraindications for Lasers and Light 315
Direct Irradiation of the Eyes 315
Malignancy 315
Within 4 to 6 Months After Radiotherapy 316
Over Hemorrhaging Regions 316
Over the Thyroid or Other Endocrine Glands 316
Precautions for Lasers and Light 316
Low Back or Abdomen During Pregnancy 316
Epiphyseal Plates in Children 316
Impaired Sensation or Mentation 316
Photophobia or Pretreatment With Photosensitizers 316
Adverse Effects of Lasers and Light 317
Application Technique 317
Parameters for the Use of Lasers and Light 318
Type of Diode 318
Wavelength 319
Power 319
Energy Density 319
Documentation 320
Examples 320
Chapter Review 323
Glossary 323
References 324
17 Ultraviolet Therapy 327
Chapter Outline 327
Physical Properties of Ultraviolet Radiation 327
Effects of Ultraviolet Radiation 327
Erythema Production 327
Tanning 328
Epidermal Hyperplasia 329
Vitamin D Synthesis 329
Bactericidal Effects 329
Other Effects of Ultraviolet Radiation 329
Clinical Indications for Ultraviolet Radiation 330
Psoriasis 330
Wound Healing 331
Contraindications and Precautions for Ultraviolet Radiation 331
Contraindications for Ultraviolet Radiation 331
Irradiation of the Eyes 332
Certain Systemic Conditions 332
Precautions for Ultraviolet Radiation 332
Photosensitizing Medications and Dietary Supplements 332
Photosensitivity 332
Recent X-Ray Therapy 332
Erythema From Prior Ultraviolet Dose 332
Adverse Effects of Ultraviolet Radiation 332
Burning 332
Premature Aging of Skin 332
Carcinogenesis 332
Eye Damage 333
Adverse Effects of Psoralen With Ultraviolet a 333
Application Techniques 333
Dose-Response Assessment 333
Dosimetry for the Treatment of Psoriasis With Ultraviolet Radiation 334
Using Ultraviolet B 335
Using Psoralen With Ultraviolet A 335
Documentation 335
Example 335
Ultraviolet Lamps 336
Selecting a Lamp 336
Lamp Maintenance 337
Chapter Review 338
Glossary 338
References 339
VI Mechanical Agents 341
18 Hydrotherapy 341
Chapter Outline 341
Physical Properties of Water 342
Solvent 342
Resistance 342
Hydrostatic Pressure 342
Buoyancy 343
Specific Heat and Thermal Conductivity 343
Physiological Effects of Hydrotherapy 344
Cleansing 344
Musculoskeletal 345
Cardiovascular 345
Respiratory 346
Renal 347
Psychological 347
Clinical Indications for Hydrotherapy 348
Wound Care 348
Special Concerns Regarding the Use of Hydrotherapy in the Treatment of Burns 350
Negative Pressure Wound Therapy (Vacuum-Assisted Wound Therapy) 350
Edema Control 351
Water Exercise 351
Types of Water Exercise 351
General Uses of Water Exercise 351
Specific Uses of Water Exercise (Box 18.2) 352
Orthopedic Rehabilitation. 352
Neurological Rehabilitation. 354
Cardiorespiratory Fitness. 354
Exercise in Water During Pregnancy. 354
Exercise-Induced Asthma. 355
Age-Related Deficits. 355
Superficial Heating or Cooling 355
Contraindications and Precautions for Hydrotherapy and Negative Pressure Wound Therapy 355
Nonimmersion Hydrotherapy 355
Maceration Around a Wound 355
Recent Skin Grafts 355
May Not Be Effective 355
Negative Pressure Wound Therapy 355
Necrotic Tissue 355
Untreated Osteomyelitis 356
Malignancy 356
Untreated Malnutrition 356
Exposed Arteries, Veins, Nerves, Anastomotic Sites, or Organs 356
Nonenteric and Unexplored Fistulas 356
Anticoagulant Therapy 356
Difficult Hemostasis 356
Confusion or Disorientation 356
Immersion Forms of Hydrotherapy 356
Cardiac Instability 356
Confusion or Impaired Cognition 357
Maceration Around a Wound 357
Bleeding 357
Infection in the Area to Be Immersed 357
Bowel Incontinence 357
Severe Epilepsy 357
Suicidal Patients 357
Impaired Thermal Sensation in the Area to Be Immersed 357
Alcohol Ingestion 358
Limited Strength, Endurance, Balance, or Range of Motion 358
Medications 358
Urinary Incontinence 358
Fear of Water 358
Respiratory Problems 358
Pregnancy 358
Multiple Sclerosis 358
Poor Thermal Regulation 358
Adverse Effects of Hydrotherapy 359
Drowning 359
Burns, Fainting, and Bleeding 359
Hyponatremia 359
Infection 359
Aggravation of Edema 359
Asthma Exacerbation 359
Adverse Effects of Negative Pressure Wound Therapy 359
Application Techniques 359
General Hydrotherapy 359
Nonimmersion Irrigation and Pulsed Lavage 360
Negative Pressure Wound Therapy 362
Exercise Pool 364
Pool Temperature 364
Safety Issues Regarding Hydrotherapy 365
Safety Precautions and Infection Control for Exercise Pools 365
Safety 365
Personnel Training. 365
Safety in and Around the Pool. 365
Infection Control 366
Documentation 366
Examples 366
Chapter Review 370
Glossary 370
General Terms 370
Wound-Related Terms 370
References 371
19 Traction 374
Chapter Outline 374
Effects of Traction 375
Joint Distraction 376
Reduction of Spinal Disc Protrusion 376
Soft Tissue Stretching 376
Muscle Relaxation 377
Joint Mobilization 377
Clinical Indications for Traction 377
Spinal Disc Bulge or Herniation 377
Spinal Nerve Root Impingement 377
Joint Hypomobility 378
Subacute Joint Inflammation 378
Muscle Spasm 378
Contraindications and Precautions for Traction 378
Contraindications for Traction 379
Where Motion Is Contraindicated 379
Acute Injury or Inflammation 379
Hypermobile or Unstable Joint 379
Peripheralization of Symptoms 380
Uncontrolled Hypertension 380
Precautions for Traction 380
Structural Diseases or Conditions Affecting the Tissues in the Area Being Treated 380
When Pressure From the Belts May Be Hazardous 380
Displaced Annular Fragment 381
Medial Disc Protrusion 381
When Severe Pain Resolves Fully With Traction 382
Claustrophobia or Other Psychological Aversion to Traction 382
Inability to Tolerate the Prone or Supine Position 382
Disorientation 382
Additional Precautions for Cervical Traction 382
Temporomandibular Joint Problems 382
Dentures 382
Adverse Effects of Spinal Traction 382
Application Techniques 383
Mechanical Traction 383
Advantages of Mechanical Traction 383
Disadvantages of Mechanical Traction 383
Motorized Mechanical Traction Units 383
Over-the-Door Cervical Traction Devices 383
Other Home Spinal Traction Devices 384
Mechanical Lumbar Traction 385
Parameters for Mechanical Lumbar Traction 387
Static Versus Intermittent Traction. 387
Hold and Relax Times. 387
Force. 388
Total Treatment Duration. 388
Treatment Frequency. 388
Mechanical Cervical Traction 388
Parameters for Mechanical Cervical Traction 390
Force. 390
Hip Traction With Resistance Band or Traction Device 391
Self-Traction 392
Positional Traction 394
Inversion Traction 394
Manual Traction 396
Documentation 397
Examples 398
Chapter Review 404
Glossary 404
References 404
20 Compression 407
Chapter Outline 407
Effects of External Compression 407
Improves Venous and Lymphatic Circulation 407
Limits Shape and Size of Tissue 407
Increases Tissue Temperature 408
Clinical Indications for External Compression 408
Edema 408
Causes of Edema 408
Edema Caused by Venous Insufficiency 408
Lymphedema 409
Adverse Consequences of Edema 411
How Compression Reduces Edema 411
Prevention of Deep Venous Thrombosis 411
Venous Stasis Ulcers 412
Residual Limb Shaping After Amputation 413
Control of Hypertrophic Scarring 413
Contraindications and Precautions for External Compression 414
Contraindications for Intermittent or Sequential Compression Pumps 414
Heart Failure or Pulmonary Edema 414
Recent or Acute Deep Venous Thrombosis, Thrombophlebitis, or Pulmonary Embolism 415
Obstructed Lymphatic or Venous Return 415
Severe Peripheral Artery Disease 415
Acute Local Skin Infection 415
Significant Hypoproteinemia 416
Acute Trauma or Fracture 416
Arterial Revascularization 416
Precautions for Intermittent or Sequential Compression Pumps 416
Impaired Sensation or Mentation 416
Uncontrolled Hypertension 416
Cancer 417
Superficial Peripheral Nerves 417
Adverse Effects of External Compression 417
Application Techniques 417
Compression Bandaging 417
Compression Garments 419
Velcro Closure Devices 422
Intermittent Pneumatic Compression Pump 422
Parameters for Intermittent Pneumatic Compression Pumping 423
Inflation and Deflation Times 423
Inflation Pressure 423
Total Treatment Time. 424
Documentation 425
Examples 426
Chapter Review 430
Glossary 430
References 431
Appendix 433
Units of Measure 433
Prefixes for Units 433
Commonly Used Abbreviations and Acronyms 433
Index 434
A 434
B 434
C 435
D 436
E 437
F 438
G 438
H 438
I 439
J 440
K 440
L 440
M 441
N 442
O 442
P 443
Q 444
R 444
S 444
T 445
U 446
V 447
W 447
Z 448