Preface | p. xi |
Contributors | p. xv |
Foundations of Therapeutic Modalities | |
The Basic Science of Therapeutic Modalities | p. 2 |
Forms of Energy | p. 2 |
Electromagnetic Energy | p. 3 |
The Relationship between Wavelength and Frequency | p. 4 |
The Electromagnetic Energy Spectrum | p. 4 |
How Is Electromagnetic Energy Produced? | p. 6 |
Effects of Electromagnetic Radiations | p. 7 |
Laws Governing the Effects of Electromagnetic Energy | p. 7 |
Electromagnetic Energy Modalities | p. 9 |
Thermal Energy | p. 10 |
Thermal Energy Modalities | p. 11 |
Electrical Energy | p. 11 |
Electrical Energy Modalities | p. 12 |
Sound Energy | p. 12 |
Sound Energy Modalities | p. 12 |
Mechanical Energy | p. 13 |
Mechanical Energy Modalities | p. 13 |
Summary | p. 14 |
Using Therapeutic Modalities to Affect the Healing Process | p. 17 |
How Should the Athletic Trainer Use Therapeutic Modalities in Rehabilitation? | p. 17 |
The Importance of Understanding the Healing Process | p. 19 |
Inflammatory-Response Phase | p. 19 |
Fibroplastic-Repair Phase | p. 22 |
Maturation-Remodeling Phase | p. 23 |
Factors That Impede Healing | p. 24 |
How Should Therapeutic Modalities Be Used throughout the Rehabilitation Process? | p. 25 |
Using Modalities in the Immediate First Aid Management of Injury | p. 25 |
Modality Use in the Inflammatory-Response Phase | p. 27 |
Modality Use in the Fibroblastic-Repair Phase | p. 27 |
Modality Use in the Maturation-Remodeling Phase | p. 28 |
Other Considerations in Treating Injury | p. 29 |
Summary | p. 29 |
Managing Pain with Therapeutic Modalities | p. 33 |
Understanding Pain | p. 33 |
Types of Pain | p. 34 |
Pain Assessment | p. 34 |
Pain Assessment Scales | p. 35 |
Goals in Pain Management | p. 38 |
Pain Perception | p. 38 |
Sensory Receptors | p. 38 |
Cognitive Influences | p. 40 |
Neural Transmission | p. 40 |
Facilitators and Inhibitors of Synaptic Transmission | p. 41 |
Nociception | p. 43 |
Neurophysiological Explanations of Pain Control | p. 44 |
The Gate Control Theory of Pain | p. 45 |
Descending Pain Controls | p. 45 |
ß-endorphin and Dynorphin in Pain Control | p. 46 |
Summary of Pain Control Mechanisms | p. 48 |
Pain Management | p. 48 |
Summary | p. 49 |
Thermal Energy Modalities | |
Cryotherapy and Thermotherapy | p. 55 |
Mechanisms of Heat Transfer | p. 57 |
Appropriate Use of Cryotherapy and Thermotherapy Modalities | p. 57 |
Clinical Use of the Conductive Energy Modalities | p. 58 |
Effects of Tissue Temperature Change on Circulation | p. 59 |
Effects of Tissue Temperature Change on Muscle Spasm | p. 60 |
Effects of Temperature Change on Performance | p. 61 |
Cryotherapy | p. 62 |
Physiologic Effects of Tissue Cooling | p. 62 |
Cryotherapy Treatment Techniques | p. 65 |
Thermotherapy | p. 78 |
Physiologic Effects of Tissue Healing | p. 78 |
Thermotherapy Treatment Techniques | p. 79 |
Counterirritants | p. 88 |
Summary | p. 89 |
Electrical Energy Modalities | |
Basic Principles of Electricity and Electrical Stimulating Currents | p. 104 |
Components of Electrical Currents | p. 104 |
Electrotherapeutic Currents | p. 107 |
Generators of Electrotherapeutic Currents | p. 108 |
Waveforms | p. 109 |
Waveform Shape | p. 109 |
Pulses versus Phases and Direction of Current Flow | p. 110 |
Current Modulation | p. 113 |
Electrical Circuits | p. 115 |
Series and Parallel Circuits | p. 115 |
Current Flow through Biologic Tissues | p. 116 |
Choosing Appropriate Treatment Parameters | p. 117 |
Frequency | p. 117 |
Intensity | p. 118 |
Duration | p. 118 |
Polarity | p. 118 |
Physiologic Responses to Electrical Current | p. 123 |
Direct and Indirect Physiologic Effects | p. 123 |
Nerve Responses to Electrical Currents | p. 124 |
Muscular Responses to Electrical Current | p. 127 |
Biostimulative Effects of Electrical Current on Nonexcitatory Cells | p. 129 |
Clinical Uses of Electrical Stimulating Currents | p. 129 |
High-Volt Currents | p. 129 |
Asymmetric Biphasic Currents (TENS) | p. 135 |
Russian Currents (Medium-Frequency Current Generators) | p. 140 |
Interferential Currents | p. 141 |
Premodulated Interferential Current | p. 144 |
Low-Volt Currents | p. 144 |
Bone Growth Stimulators | p. 145 |
Placebo Effect of Electrical Stimulation | p. 145 |
Safety in the Use of Electrical Equipment | p. 146 |
Summary | p. 148 |
Iontophoresis | p. 166 |
Iontophoresis versus Phonophoresis | p. 166 |
Basic Mechanisms of Ion Transfer | p. 167 |
Pharmacokinetics of Iontophoresis | p. 167 |
Movement of Ions in Solution | p. 167 |
Movement of Ions through Tissue | p. 168 |
Iontophoresis Equipment and Treatment Techniques | p. 170 |
Type of Current Required | p. 170 |
Iontophoresis Generators | p. 170 |
Current Intensity | p. 170 |
Treatment Duration | p. 171 |
Dosage of Medication | p. 171 |
Electrodes | p. 171 |
Selecting the Appropriate Ion | p. 173 |
Clinical Applications for Iontophoresis | p. 175 |
Treatment Precautions and Contraindications | p. 177 |
Treatment of Burns | p. 177 |
Sensitivity Reactions to Ions | p. 178 |
Summary | p. 178 |
Biofeedback | p. 185 |
Electromyography and Biofeedback | p. 185 |
The Role of Biofeedback | p. 186 |
Biofeedback Instrumentation | p. 186 |
Peripheral Skin Temperature | p. 187 |
Finger Phototransmission | p. 187 |
Skin Conductance Activity | p. 187 |
Electromyographic Biofeedback | p. 187 |
Motor Unit Recruitment | p. 188 |
Measuring Electrical Activity | p. 188 |
Separation and Amplification of Electromyographic Activity | p. 189 |
Converting Electromyographic Activity to Meaningful Information | p. 191 |
Processing the Electromyographic Signal | p. 191 |
Biofeedback Equipment and Treatment Techniques | p. 192 |
Electrodes | p. 192 |
Displaying the Information | p. 194 |
Clinical Applications for Biofeedback | p. 195 |
Muscle Reeducation | p. 195 |
Relaxation of Muscle Guarding | p. 196 |
Pain Reduction | p. 197 |
Treating Neurologic Conditions | p. 197 |
Summary | p. 198 |
Sound Energy Modalities | |
Therapeutic Ultrasound | p. 206 |
Ultrasound as a Heating Modality | p. 207 |
Transmission of Acoustic Energy in Biologic Tissues | p. 207 |
Transverse versus Longitudinal Waves | p. 207 |
Frequency of Wave Transmission | p. 208 |
Velocity | p. 209 |
Attenuation | p. 209 |
Basic Principles of Therapeutic Ultrasound | p. 210 |
Components of a Therapeutic Ultrasound Generator | p. 210 |
Physiologic Effects of Ultrasound | p. 219 |
Thermal Effects | p. 219 |
Nonthermal Effects | p. 220 |
Ultrasound Treatment Techniques | p. 221 |
Frequency of Treatment | p. 221 |
Duration of Treatment | p. 222 |
Coupling Methods | p. 223 |
Exposure Techniques | p. 224 |
Clinical Applications for Therapeutic Ultrasound | p. 228 |
Soft-Tissue Healing and Repair | p. 228 |
Scar Tissue and Joint Contracture | p. 229 |
Stretching of Connective Tissue | p. 229 |
Chronic Inflammation | p. 230 |
Bone Healing | p. 231 |
Pain Reduction | p. 232 |
Plantar Warts | p. 232 |
Placebo Effects | p. 232 |
Phonophoresis | p. 232 |
Using Ultrasound in Combination with Other Modalities | p. 236 |
Ultrasound and Hot Packs | p. 236 |
Ultrasound and Cold Packs | p. 236 |
Ultrasound and Electrical Stimulation | p. 237 |
Treatment Precautions | p. 238 |
Guidelines for the Safe Use of Ultrasound Equipment | p. 240 |
Summary | p. 240 |
Electromagnetic Energy Modalities | |
Low-Level Laser Therapy | p. 256 |
Physics | p. 257 |
Types of Lasers | p. 258 |
Laser Treatment Techniques | p. 259 |
Lasing Techniques | p. 260 |
Dosage | p. 261 |
Depth of Penetration | p. 262 |
Clinical Applications for Lasers | p. 263 |
Wound Healing | p. 263 |
Pain | p. 266 |
Bone Response | p. 266 |
Suggested Treatment Protocols | p. 266 |
Pain | p. 267 |
Wound Healing | p. 268 |
Scar Tissue | p. 268 |
Edema and Inflammation | p. 268 |
Safety | p. 268 |
Precautions and Contraindications | p. 270 |
Conclusion | p. 270 |
Summary | p. 270 |
Shortwave and Microwave Diathermy | p. 276 |
Physiologic Responses to Diathermy | p. 277 |
Thermal Effects | p. 277 |
Nonthermal Effects | p. 277 |
Shortwave Diathermy Equipment | p. 278 |
Shortwave Diathermy Electrodes | p. 280 |
Pulsed Shortwave Diathermy | p. 285 |
Treatment Time | p. 286 |
Microwave Diathermy | p. 287 |
Clinical Applications for Diathermy | p. 288 |
Comparing Shortwave Diathermy and Ultrasound as Thermal Modalities | p. 289 |
Diathermy Treatment Precautions, Indications, and Contraindications | p. 290 |
Summary | p. 292 |
Mechanical Energy Modalities | |
Intermittent Compression Devices | p. 304 |
The Lymphatic System | p. 305 |
Purposes of the Lymphatic System | p. 305 |
Structure of the Lymphatic System | p. 305 |
Peripheral Lymphatic Structure and Function | p. 306 |
Injury Edema | p. 307 |
Formation of Pitting Edema | p. 307 |
Formation of Lymphedema | p. 307 |
The Negative Effects of Edema Accumulation | p. 308 |
Treatment of Edema | p. 308 |
Intermittent Compression Treatment Techniques | p. 310 |
Inflation Pressures | p. 310 |
On-Off Sequence | p. 311 |
Total Treatment Time | p. 311 |
Sequential Compression Pumps | p. 312 |
Patient Setup and Instructions | p. 313 |
Cold and Compression Combination | p. 314 |
Indications and Contraindications for Use | p. 314 |
Summary | p. 316 |
Spinal Traction | p. 322 |
The Physical Effects of Traction | p. 322 |
Effects on Spinal Movement | p. 322 |
Effects on Bone | p. 323 |
Effects on Ligaments | p. 323 |
Effects on the Disk | p. 324 |
Effects on Articular Facet Joints | p. 325 |
Effects on the Muscular System | p. 325 |
Effects on the Nerves | p. 326 |
Effects on the Entire Body Part | p. 326 |
Traction Treatment Techniques | p. 326 |
Lumbar Positional Traction | p. 327 |
Inversion Traction | p. 328 |
Manual Lumbar Traction | p. 330 |
Level-Specific Manual Traction | p. 331 |
Unilateral Leg Pull Manual Traction | p. 332 |
Mechanical Lumbar Traction | p. 332 |
Patient Setup and Equipment | p. 333 |
Body Position | p. 334 |
Traction Force | p. 336 |
Intermittent versus Sustained Traction | p. 337 |
Duration of Treatment | p. 338 |
Progressive and Regressive Steps | p. 338 |
Manual Cervical Traction | p. 339 |
Mechanical Cervical Traction | p. 341 |
Indications and Contraindications | p. 342 |
Summary | p. 343 |
Therapeutic Sports Massage | p. 349 |
The Evolution of Massage as a Treatment Modality | p. 349 |
Physiologic Effects of Massage | p. 350 |
Reflexive Effects | p. 351 |
Mechanical Effects | p. 351 |
Psychological Effects of Massage | p. 352 |
Massage Treatment Considerations and Guidelines | p. 352 |
Equipment | p. 354 |
Preparation of the Patient | p. 355 |
Massage Treatment Techniques | p. 356 |
Hoffa Massage | p. 356 |
Friction Massage | p. 360 |
Transverse Friction Massage | p. 361 |
Connective Tissue Massage | p. 361 |
Trigger Point Massage | p. 363 |
Strain-Counterstrain | p. 365 |
Positional Release Therapy | p. 365 |
Active Release Technique | p. 366 |
Myofascial Release | p. 367 |
Graston Technique® | p. 368 |
Rolfing | p. 370 |
Trager | p. 371 |
Indications and Contraindications for Massage | p. 371 |
Summary | p. 372 |
Appendixes | p. A-1 |
Location of the Motor Points | p. A-1 |
Units of Measure | p. A-5 |
Answers to Self-Quizzes | p. A-6 |
Glossary | p. G-1 |
Credits | p. C-1 |
Index | p. I-1 |
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