Ideal for exercise science, athletic training, and physical therapy students, this updated edition of Knight and Draper’sTherapeutic Modalities: The Art ...
Ideal for exercise science, athletic training, and physical therapy students, this updated edition of Knight and Draper’sTherapeutic Modalities: The Art and Science covers the knowledge and skills needed to select the best therapeutic modality for each client injury. This edition helps students hone their clinical decision-making skills by teaching both the how and the why of each therapeutic modality, offering the application that today’s student craves.
Retaining the accessible student-friendly writing style and focus on kinesthetic learning that made the book so successful, the third edition is enhanced by new chapters, new photos, and significant updates throughout that reflect the latest research and advances in the field.
A focus on both the art and science of practice. The authors emphasize the importance of using evidence-based information while acknowledging that clinicians must also rely on experience and tradition when selecting the best modalities.
New chapters on Positional Release Therapy, Nitrogen Vapor Cryotherapy, and Bio-Electro-Magnetic-Energy-Regulation (BEMER Opening) cover vital topics for today’s professionals.
Practical guidance. Each modality chapter is followed by step-by-step procedures for effectively using that modality in practice to prepare students for everyday challenges.
Chapter-opening Scenes feature a short scenario that poses a situation related to chapter content, while chapter-closing Scenes complete the vignette, helping students see how content is put into practice.
Five-Step Application Procedure Templates help students organize the information needed to apply a modality.
Modality Myths present common misunderstandings and provide a scientific basis for setting the record straight.
Concept Check exercises deepen understanding.
Application Tips offer tips for practice and understanding.
Reflections and Case Studies encourage students to reflect on and apply the different therapeutic modalities.
Review Questions are ideal for review and self-testing.
eBook available for purchase. Fast, smart, and convenient, today’s eBooks can transform learning. These interactive, fully searchable tools offer 24/7 access on multiple devices, the ability to highlight and share notes, and more
Edition
3
ISBN/ISSN
9781975121327
Product Format
Hardcover Book
Trim Size
8 3/8 x 10 7/8
Pages
536
Edition
3
Publication Date
February 27, 2020
Weight
3
David Draper
Lisa Jutte
Preface vi User’s Guide viii Reviewers xii Forward xiii PART I: IN PERSPECTIVE 1 THERAPEUTIC MODALITIES: WHA T THEY ARE AND WHY THEY ARE USED 2 Defining and Classifying Therapeutic Modalities 3 Maximizing the Effectiveness of Therapeutic Modalities 4 Selecting a Therapeutic Modality 5 Rehabilitation and Therapeutic Modalities 5 A Systems Approach to Rehabilitation 7 The Psychology of Rehabilitation 16 Preparation for Using Therapeutic Modalities 16 2 EVIDENCE-BASED PRACTICE 20 Evidence-Based Medicine 21 Patient-Centered Care 36 Clinical Decision Making 36 3 GENERAL APPLICATION PROCEDURES 44 Application Approaches 45 The Five-Step Application Procedure 46 4 INJURY RECORD KEEPING 50 Record Keeping 51 The Purpose of Keeping Records 51 Using Records and Forms 52 Record Use and Abuse 56 Review Questions 58 PART II: ORTHOPEDIC INJURY, IMMEDIATE CARE, AND HEALING 5 TISSUE RESPONSE TO INJURY: INFLAMMATION, SWELLING, AND EDEMA 62 An Acute Orthopedic Injury Model 69 Secondary Injury 71 Swelling: Hemorrhaging and Edema 72 6 IMMEDIATE CARE OF ACUTE ORTHOPEDIC INJURIES 78 RICES: The Prescription for Immediate Care 79 The Theoretical Basis for RICES 81 The Physics and Physiology of Cryotherapy 86 Cryotherapy Application Principles 91 Compression Application Principles 99 Contraindications and Precautions to RICES 100 Electrical Stimulation During Immediate Care 101 Application of RICES 102 The Use of Crutches 104 Medicated Ice for Abrasions 106 7 THE HEALING PROCESS 112 The Repair of Injured Tissue 113 The Phases of Repair 113 Healing Modifiers 117 Review Questions 121 PART III: PAIN AND ORTHOPEDIC INJURIES 8 UNDERSTANDING PAIN AND ITS RELA TIONSHIP TO INJURY 124 What Is Pain? 125 Pain Basics: The Language of Pain 126 Theories About Pain 134 Drugs, Endogenous Chemicals, and Pain Relief 137 Pain Perception 138 Postgate Pain Theories 140 More Language of Pain: T ypes/Classification 142 Pain Management 144 9 RELIEVING ORTHOPEDIC INJURY PAIN 150 The Philosophy and Principles of Pain Relief 151 CONTENTSThe Placebo Effect and Pain Relief 154 Use a Variety of Techniques 155 Tools for Relieving Pain 155 Monitoring and Assessing Pain Relief During Rehabilitation 159 Review Questions 165 PART IV: THERAPEUTIC HEAT AND COLD 10 PRINCIPLES OF HEAT FOR THERMOTHERAPY 168 Defining Thermotherapy 169 Transferring Heat to and From the Body 169 The Therapeutic Use of Heat 172 Radiation and Electromagnetic Waves 173 Thermal Effects of Electromagnetic Waves 176 Applying Radiation 176 Acoustic Waves 178 1 1 SUPERFICIAL THERMOTHERAPY APPLICATION 180 Superficial Thermotherapy 181 Whirlpool Application 182 Hot Pack Application 185 Paraffin Bath Application 189 Do Not Apply Infrared Lamps 191 Other Superficial Heating Devices 191 12 CRYOTHERAPY BEYOND IMMEDIATE CARE 196 Cryotherapy: Not Just Immediate Care 197 The Physiological Effects of Cold Application 199 Cold-Induced Vasodilation: Facts and Fallacies 201 Heat vs Cold: When and Why 210 Cryotherapeutic Techniques for Transition and Subacute Care 211 Recovery Cryotherapy 213 Comparing Heat and Cold for Rehabilitation 214 13 CRYOTHERAPY APPLICATION FOR POSTIMMEDIATE CARE 220 Transition and Subacute Care Cryotherapy Techniques 221 Application of Cryokinetics for Joint Sprains 223 Application of Cryostretch for Muscle Injuries 229 Application of Combined Cryostretch and Application of Connective Tissue Stretch 231 Application of Lymphedema Pumps 233 14 THERAPEUTIC ULTRASOUND 236 Introducing Therapeutic Ultrasound 237 Clinical Therapeutic Ultrasound 238 Components of an Ultrasound Device 238 The Physics of Ultrasound 239 Treatment Parameters 245 Application Techniques 249 Recording Treatment Dosages 252 Thermal Effects 253 Nonthermal Effects 253 Evidence for Therapeutic Ultrasound 254 Cases Where Ultrasound and Joint Mobilizations Were Used to Restore Full ROM in Severe Injuries 258 Phonophoresis 261 Using Ultrasound and Other Modalities Collectively 262 Treatment Precautions and Concerns 263 Long Duration Ultrasound 264 The Future of Ultrasound Therapy 266 Challenges to the Efficacy of Therapeutic Ultrasound 267 Application of Therapeutic Ultrasound 268 15 DIATHERMY 275 Introducing Diathermy 276 T ypes of Diathermy 276 Continuous and Pulsed Shortwave Diathermy 279 Physiological Effects of Diathermy 281 Optimal Tissue Temperatures 282 Treatment Time 282 Clinical Applications of Shortwave Diathermy 283 Diathermy Treatment Contraindications and Precautions 287 Evidence for Diathermy 288 Advantages of PSWD Over Ultrasound 289 Application of Diathermy 290 Review Questions 294 PART V: ELECTROTHERAPY 16 PRINCIPLES OF ELECTRICITY FOR ELECTROTHERAPY 300 A Common Language 301 The Basics of Electricity 301 Electrical Equipment 304Output Current Characteristics 308 Tissue Responses to Electrical Stimulation 312 Therapeutic Uses of Electrical Stimulation 318 17 APPLICATION PROCEDURES: ELECTROTHERAPY 322 Electrotherapy Applications: An Overview 323 Transcutaneous Electrical Nerve Stimulation for Pain Relief 325 Application of Transcutaneous Electrical Nerve Stimulation 326 Interferential Current Therapy for Pain Relief 329 Application of Interferential Current Therapy 332 Neuromuscular Electrical Stimulation 335 Application of Neuromuscular Electrical Stimulation 337 Patterned Electrical Nerve Stimulation 340 Application of Patterned Electrical Nerve Stimulation 342 Iontophoresis for Transdermal Drug Delivery 344 Benefits of Iontophoresis 344 An Iontophoresis Lab to Produce Numbness 347 Application of Iontophoresis for Transcutaneous Drug Delivery 348 High-Volt Pulsed Current Stimulation for Wound Healing 350 Application of High-Volt Pulsed Current Stimulation 353 Microcurrent Electrical Nerve Stimulation 355 Review Questions 361 PART VI: MANUAL MODALITIES 18 THERAPEUTIC MASSAGE 364 Massage as a Therapeutic Modality 365 Massage Therapy: What Is It? 365 Facts and Misconceptions About Massage 366 Indications and Contraindications 367 Therapeutic Massage vs a Rubdown 368 Common Massage Strokes Used in Basic (Swedish) Massage 368 Myofascial Release 371 Sports Massage 374 Massage Lubricants 374 Application of Therapeutic Massage 375 19 SPINAL TRACTION 380 Cervical Pain and Lumbar Pain 381 Traction as a Therapeutic Modality 382 The Physiological Effects of Traction 382 Guidelines Prior to Applying Traction 383 Indications for Traction 383 Contraindications for Traction 383 Commonly Used Traction Devices 384 Cervical Traction 384 Lumbar Traction 385 Treatment Parameters 389 Application of Spinal Traction 391 20 POSITIONAL RELEASE THERAPY 396 Introducing Positional Release Therapy 397 Defining Tender Points and Trigger Points 398 Tissue Assessment and Documentation 399 Strain Counterstrain vs Positional Release Therapy 401 Speicher and Draper’s Top 10 Positional Release Therapy Techniques 404 Summary 410 Application of Positional Release Therapy 410 Review Questions 414 PART VII: OTHER MODALITIES 21 PHOTOBIOMODULATION (LIGHT AND LASER) THERAPY 418 Photobiomodulation 419 The Nature of Light 419 Photobiomodulation Treatment Parameters 421 Photobiomodulation Therapy 423 Effects of Photobiomodulation 426 Application of Photobiomodulation 429 22 NITROGEN VAPOR CRYOTHERAPY 433 Review of Cryotherapy’s Physiological Effects 434 What Is Nitrogen Vapor Cryotherapy? 434 Introduction to Whole- and Partial-Body Cryotherapy 434 Local Liquid Nitrogen Vapor Cryotherapy 437 Evidence for Whole-Body , Partial-Body , and Local Cryotherapy 440 Three Cases Where the Partial-Body Cryotherapy Has Been Beneficial 440 Application of Whole- and Partial-Body Cryotherapy 441 Application of Local Nitrogen Vapor 23 PULSED ELECTROMAGNETIC FIELD THERAPY 445 Introduction to Pulse Electromagnetic Field Therapy 446 Physiological Effects of PEMF 446 Evidence for PEMF Therapy 447 Indications for PEMF 448 Contraindications 448 Precautions 448 Application of PEMF 449 Five Cases of Patients That Used PEMF Therapy 451 Application of the PEMF 452 Conclusion 453 Review Questions 456 PART VIII: PUTTING IT ALL TOGETHER 24 DIFFERENTIAL APPLICATION OF THERAPEUTIC MODALITIES 460 Differential Application of Modalities 461 Limiting Factors to Therapeutic Modality Use 466 25 CASE STUDIES USING THERAPEUTIC MODALITIES 471 Clinical Case Studies 472 Possible Treatment Regimens 474 Review Questions 478 Appendix A: Answers to Review Questions 479 Glossary 481 Index 503
A focus on both the art and science of practice. The authors emphasize the importance of using evidence-based information while acknowledging that clinicians must also rely on experience and tradition when selecting the best modalities.
New chapters on Positional Release Therapy, Nitrogen Vapor Cryotherapy, and Bio-Electro-Magnetic-Energy-Regulation (BEMER Opening) cover vital topics for today’s professionals.
Practical guidance. Each modality chapter is followed by step-by-step procedures for effectively using that modality in practice to prepare students for everyday challenges.
Chapter-opening Scenes feature a short scenario that poses a situation related to chapter content, while chapter-closing Scenes complete the vignette, helping students see how content is put into practice.
Five-Step Application Procedure Templates help students organize the information needed to apply a modality.
Modality Myths present common misunderstandings and provide a scientific basis for setting the record straight.
Concept Check exercises deepen understanding.
Application Tips offer tips for practice and understanding.
Reflections and Case Studies encourage students to reflect on and apply the different therapeutic modalities.
Review Questions are ideal for review and self-testing.
eBook available for purchase. Fast, smart, and convenient, today’s eBooks can transform learning. These interactive, fully searchable tools offer 24/7 access on multiple devices, the ability to highlight and share notes, and more
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