BOOK
Running Injuries, An Issue of Physical Medicine and Rehabilitation Clinics of North America, E-Book
Michael Fredericson | Adam Tenforde
(2016)
Additional Information
Book Details
Abstract
Physical medicine and rehabilitation (PM&R) physicians across the country see injured runners every day. Running injuries may impact other areas of the body and PM&R physicians are trained to treat the body as a whole, as opposed to treating just the injury, they work to identify the true source of the problem and develop a training or rehabilitation program to solve it.
Table of Contents
Section Title | Page | Action | Price |
---|---|---|---|
Front Cover | Cover | ||
Running Injuries\r | i | ||
Copyright\r | ii | ||
Contributors | iii | ||
CONSULTING EDITOR | iii | ||
EDITORS | iii | ||
AUTHORS | iii | ||
Contents | vii | ||
Foreword: Supporting a Running Lifestyle\r | vii | ||
Preface: Running Injuries\r | vii | ||
Evaluation and Management of Hip and Pelvis Injuries\r | vii | ||
Patellofemoral Pain\r | vii | ||
Iliotibial Band Syndrome in Runners: Biomechanical Implications and Exercise Interventions\r | vii | ||
Running Injuries: The Infrapatellar Fat Pad and Plica Injuries\r | vii | ||
Exertional Leg Pain\r | viii | ||
Foot and Ankle Injuries in Runners\r | viii | ||
Bone Stress Injuries in Runners\r | viii | ||
Health Considerations in Female Runners\r | viii | ||
Running Injuries During Adolescence and Childhood\r | ix | ||
Injuries and Health Considerations in Ultramarathon Runners\r | ix | ||
An Evidence-Based Videotaped Running Biomechanics Analysis\r | ix | ||
Malalignment Syndrome in Runners\r | ix | ||
Core and Lumbopelvic Stabilization in Runners\r | x | ||
Gait Retraining: Altering the Fingerprint of Gait\r | x | ||
PHYSICAL MEDICINEANDREHABILITATION\rCLINICS OF NORTH AMERICA\r | xi | ||
FORTHCOMING ISSUES | xi | ||
May 2016 | xi | ||
August 2016 | xi | ||
November 2016 | xi | ||
RECENT ISSUES | xi | ||
November 2015 | xi | ||
August 2015 | xi | ||
May 2015 | xi | ||
Foreword: Supporting a Running Lifestyle \r | xiii | ||
Preface: Running Injuries | xv | ||
Evaluation and Management of Hip and Pelvis Injuries | 1 | ||
Key points | 1 | ||
INTRODUCTION | 1 | ||
INJURIES | 2 | ||
Proximal Hamstring Tendinopathy | 2 | ||
Presentation | 2 | ||
Management | 4 | ||
Greater Trochanteric Pain Syndrome | 9 | ||
Presentation | 10 | ||
Management | 11 | ||
Piriformis Syndrome | 11 | ||
Presentation | 13 | ||
Management | 14 | ||
Iliopsoas Syndrome | 14 | ||
Patellofemoral Pain | 31 | ||
Key points | 31 | ||
INTRODUCTION | 31 | ||
DISCUSSION | 31 | ||
Epidemiology | 31 | ||
Cause of Patellofemoral Pain | 32 | ||
Risk Factors | 32 | ||
Local joint impairments | 33 | ||
Quadriceps muscle weakness | 33 | ||
Delayed vastus medialis activation | 33 | ||
Soft tissue inflexibility | 34 | ||
Deficits in lower extremity biomechanics | 34 | ||
Hip weakness | 34 | ||
Foot pronation | 35 | ||
Gait aberrations | 35 | ||
Training errors | 35 | ||
Other considerations: generalized laxity | 36 | ||
Diagnosis | 36 | ||
History | 36 | ||
Physical examination | 36 | ||
Imaging | 40 | ||
Management | 41 | ||
Quadriceps strengthening | 41 | ||
Electromyography biofeedback | 42 | ||
Taping | 42 | ||
Bracing | 43 | ||
Stretching/flexibility | 43 | ||
Hip strengthening | 43 | ||
Foot orthoses | 44 | ||
Gait retraining | 44 | ||
Correcting training errors | 45 | ||
SUMMARY | 45 | ||
REFERENCES | 45 | ||
Iliotibial Band Syndrome in Runners | 53 | ||
Key points | 53 | ||
INTRODUCTION | 53 | ||
ANATOMY | 55 | ||
KINEMATIC AND MUSCLE PERFORMANCE FACTORS | 58 | ||
TREATMENT STRATEGY AND PRACTICE | 62 | ||
Phases of Recovery in Iliotibial Band Syndrome | 62 | ||
Orientation to gait and kinematics in iliotibial band syndrome in comparison with patellofemoral pain syndrome | 62 | ||
Acute phase of iliotibial band syndrome | 62 | ||
The subacute phase | 65 | ||
The recovery strengthening phase | 66 | ||
The return to running phase | 69 | ||
CASE EXAMPLE USING RUNNING TECHNIQUE RETRAINING | 71 | ||
SUMMARY | 74 | ||
REFERENCES | 74 | ||
Running Injuries | 79 | ||
Key points | 79 | ||
INTRODUCTION | 79 | ||
ANATOMY | 80 | ||
VASCULARIZATION | 81 | ||
INNERVATION | 81 | ||
BIOMECHANICS | 82 | ||
Clinical Features | 82 | ||
Treatment | 83 | ||
MUSCLE TRAINING | 84 | ||
Injections | 86 | ||
Operative Treatment | 86 | ||
SUMMARY | 87 | ||
REFERENCES | 87 | ||
Exertional Leg Pain | 91 | ||
Key points | 91 | ||
INTRODUCTION | 91 | ||
MEDIAL TIBIAL STRESS SYNDROME | 92 | ||
History and Physical Examination | 92 | ||
Diagnostic Evaluation | 93 | ||
Management | 95 | ||
TIBIAL BONE STRESS INJURY | 96 | ||
History and Physical Examination | 97 | ||
Diagnostic Evaluation | 97 | ||
Management | 97 | ||
CHRONIC EXERTIONAL COMPARTMENT SYNDROME | 99 | ||
History and Physical Examination | 99 | ||
Diagnostic Evaluation | 101 | ||
Management | 102 | ||
EXTERNAL ILIAC ARTERY ENDOFIBROSIS | 103 | ||
History and Physical Examination | 103 | ||
Diagnostic Evaluation | 104 | ||
Management | 105 | ||
POPLITEAL ARTERY ENTRAPMENT SYNDROME | 105 | ||
History and Physical Examination | 106 | ||
Diagnostic Evaluation | 109 | ||
Management | 109 | ||
LOWER EXTREMITY NERVE ENTRAPMENT | 110 | ||
History and Physical Examination | 111 | ||
Diagnostic Evaluation | 112 | ||
Management | 113 | ||
SUMMARY | 115 | ||
REFERENCES | 115 | ||
Foot and Ankle Injuries in Runners | 121 | ||
Key points | 121 | ||
INTRODUCTION | 121 | ||
ACHILLES TENDINOPATHY | 122 | ||
Clinical Evaluation | 122 | ||
Differential Diagnosis | 123 | ||
Management | 123 | ||
PLANTAR FASCIOPATHY | 124 | ||
Clinical Evaluation | 124 | ||
Differential Diagnosis | 125 | ||
Management | 125 | ||
ANKLE SPRAINS | 126 | ||
Clinical Evaluation | 126 | ||
Differential Diagnosis | 127 | ||
Management | 127 | ||
BONE STRESS INJURIES | 127 | ||
Clinical Evaluation | 127 | ||
Differential Diagnosis | 128 | ||
Management | 128 | ||
POSTERIOR TIBIAL TENDON DYSFUNCTION | 128 | ||
Clinical Evaluation | 129 | ||
Differential Diagnosis | 129 | ||
Management | 129 | ||
PERONEAL TENDINOPATHY | 130 | ||
Clinical Evaluation | 130 | ||
Differential Diagnosis | 131 | ||
Management | 131 | ||
OTHER TENDINOPATHIES | 131 | ||
Flexor Hallucis Longus Tendinopathy | 131 | ||
Anterior Tibial Tendinopathy | 131 | ||
JOINT PATHOLOGIES | 131 | ||
Osteochondral Lesions | 132 | ||
NERVE CONDITIONS | 132 | ||
INJURY PREVENTION AND MANAGEMENT | 133 | ||
SUMMARY | 133 | ||
REFERENCES | 133 | ||
Bone Stress Injuries in Runners | 139 | ||
Key points | 139 | ||
INTRODUCTION | 139 | ||
SUMMARY/DISCUSSION | 140 | ||
Incidence and Distribution | 140 | ||
RISK FACTORS | 140 | ||
EVALUATION | 141 | ||
Clinical Evaluation | 141 | ||
Sacral/pelvic location | 141 | ||
Femoral neck | 141 | ||
Lesser trochanter | 141 | ||
Femoral shaft | 141 | ||
Calcaneus | 142 | ||
ANATOMY AND IMAGING | 142 | ||
MANAGEMENT | 142 | ||
Activity Modification and Aerobic Activity | 142 | ||
Ensure Adequate Intake of Calcium and Vitamin D | 142 | ||
Female Runners: Screening and Management of the Triad | 143 | ||
Evaluation of Bone Health in Male Runners | 143 | ||
RECOMMENDATIONS BY ANATOMIC SITE | 144 | ||
HIGH-RISK LOCATIONS | 144 | ||
Femoral Neck and Lesser Trochanter | 144 | ||
Anterior Tibial Cortex | 144 | ||
Medial Malleolus | 144 | ||
Base of Second Metatarsal | 144 | ||
Fifth Metatarsal Diaphysis Fractures | 145 | ||
Tarsal Navicular | 145 | ||
Sesamoids | 145 | ||
MODERATE RISK | 145 | ||
Sacrum and Pelvis | 145 | ||
Tarsals Cuboid and Cuneiform | 145 | ||
Femoral Shaft | 145 | ||
LOW RISK | 145 | ||
Tibia | 145 | ||
Fibula | 146 | ||
Calcaneus | 146 | ||
Metatarsals | 146 | ||
PREVENTION | 146 | ||
Participation in Ball Sports During Adolescence | 146 | ||
Adequate Calcium and Vitamin D Intake | 146 | ||
Preparticipation Physical Examination Screening | 146 | ||
SUMMARY | 147 | ||
REFERENCES | 147 | ||
Health Considerations in Female Runners | 151 | ||
Key points | 151 | ||
INTRODUCTION | 151 | ||
GROWTH AND DEVELOPMENT | 152 | ||
Menarche | 152 | ||
Adolescent Growth Spurt | 153 | ||
Changes in Body Composition | 153 | ||
Skeletal Maturity | 153 | ||
Strength and Performance Measures | 153 | ||
Preadolescence and Adolescence: A Vulnerable Period | 154 | ||
NUTRITIONAL CONSIDERATIONS | 154 | ||
Patterns of Intake in Female Runners | 154 | ||
Defining Low Energy Availability | 155 | ||
Intentional Versus Unintentional Underfueling | 155 | ||
Performance Considerations | 156 | ||
Micronutrient Intake | 156 | ||
Iron | 156 | ||
Calcium | 157 | ||
Vitamin D | 158 | ||
THE FEMALE ATHLETE TRIAD | 158 | ||
Energy Availability | 158 | ||
Menstrual Status | 159 | ||
Effects on Bone | 159 | ||
Relationship to Stress Fractures | 160 | ||
Screening | 160 | ||
Treatment | 161 | ||
Consideration of Pharmacologic Treatment of Triad-related Medical Conditions | 162 | ||
Clearance/Return to Running Considerations | 165 | ||
IRON DEFICIENCY WITH AND WITHOUT ANEMIA | 165 | ||
PREGNANCY | 165 | ||
SUMMARY | 167 | ||
REFERENCES | 167 | ||
Running Injuries During Adolescence and Childhood | 179 | ||
Key points | 179 | ||
INTRODUCTION | 179 | ||
EPIDEMIOLOGY | 180 | ||
UNIQUE CONSIDERATIONS FOR THE GROWING ATHLETE | 180 | ||
Bone Mineral Content | 181 | ||
Endocrine | 181 | ||
Peak Height Velocity | 181 | ||
COMMON RUNNING INJURIES | 182 | ||
Apophyseal Injuries | 182 | ||
Lower Extremity Tendon Injuries | 183 | ||
Bone | 183 | ||
Medial tibial stress syndrome and stress fracture | 183 | ||
Osteochondritis dissecans | 189 | ||
TREATMENT | 190 | ||
PREVENTION | 194 | ||
SUMMARY | 196 | ||
REFERENCES | 196 | ||
Injuries and Health Considerations in Ultramarathon Runners | 203 | ||
Key points | 203 | ||
INTRODUCTION | 203 | ||
CHARACTERISTICS OF ULTRAMARATHON RUNNERS | 204 | ||
INJURIES IN ULTRAMARATHON RUNNERS | 205 | ||
PREPARTICIPATION SCREENING FOR ULTRAMARATHONS | 207 | ||
MEDICAL ISSUES DURING ULTRAMARATHONS | 208 | ||
Blisters | 208 | ||
Gastrointestinal Distress | 208 | ||
Exercise-Associated Hyponatremia | 209 | ||
Dehydration | 210 | ||
Vision Impairment | 211 | ||
POTENTIAL LONG-TERM HEALTH ISSUES | 211 | ||
SUMMARY | 212 | ||
REFERENCES | 212 | ||
An Evidence-Based Videotaped Running Biomechanics Analysis | 217 | ||
Key points | 217 | ||
INTRODUCTION | 217 | ||
ANALYSIS SETUP | 218 | ||
Treadmill Setup | 218 | ||
Cameras | 218 | ||
Views | 219 | ||
Markers | 219 | ||
Warmup and Analysis Plan | 219 | ||
Phases | 220 | ||
SIDE VIEW | 220 | ||
Foot Strike Pattern | 220 | ||
Foot Inclination Angle at Initial Contact | 221 | ||
Tibia Angle at Loading Response | 222 | ||
Knee Flexion During Stance | 222 | ||
Hip Extension During Late Stance | 222 | ||
Trunk Lean | 224 | ||
Overstriding | 225 | ||
Vertical Displacement of the Center of Mass | 226 | ||
Additional Variables | 227 | ||
Auditory | 227 | ||
Shaking of the treadmill | 227 | ||
Cadence | 227 | ||
POSTERIOR VIEW | 227 | ||
Base of Support | 227 | ||
Heel Eversion | 228 | ||
Foot Progression Angle | 228 | ||
Heel Whips | 229 | ||
Knee Window | 230 | ||
Pelvic Drop | 231 | ||
SUMMARY | 232 | ||
ACKNOWLEDGMENT | 233 | ||
REFERENCES | 233 | ||
Malalignment Syndrome in Runners | 237 | ||
Key points | 237 | ||
INTRODUCTION | 237 | ||
THE PELVIC RING: NORMAL AND ABNORMAL MOBILITY AND FUNCTION | 238 | ||
ASSESSING PELVIC MALALIGNMENT | 240 | ||
PRESENTATIONS WITH THE PELVIS ALIGNED | 243 | ||
Pelvis Aligned, Legs Length Equal | 244 | ||
Pelvis Aligned, Right Anatomic (True) Leg Length Difference Present | 244 | ||
COMMON PRESENTATIONS OF PELVIC MALALIGNMENT | 246 | ||
OUTFLARE AND INFLARE | 246 | ||
Examination Findings | 246 | ||
Diagnosis and Corrective Procedures: Right Outflare, Left Inflare | 248 | ||
Clinical Correlation for Runners | 250 | ||
ROTATIONAL MALALIGNMENT | 251 | ||
Examination Findings | 251 | ||
Diagnosing Rotational Malalignment | 253 | ||
Corrective Procedures for Rotational Malalignment | 256 | ||
Clinical Correlation for Runners | 258 | ||
UPSLIP | 259 | ||
Examination Findings | 259 | ||
Corrective Procedures for an Upslip | 261 | ||
Clinical Correlation for Runners | 262 | ||
THE MALALIGNMENT SYNDROME | 264 | ||
Pelvic Ring Distortion | 264 | ||
Clinical correlation for runners | 265 | ||
Compensatory Curves of the Spine | 266 | ||
Clinical correlation for runners | 266 | ||
Asymmetrical Weight Bearing and Pattern of Shoe Wear | 268 | ||
Clinical correlation for runners | 270 | ||
Asymmetrical Muscle Tone | 273 | ||
Clinical correlation for runners | 280 | ||
Asymmetry of Muscle Strength and Bulk | 281 | ||
Clinical correlation for runners | 283 | ||
Asymmetrical Ligament Tension | 284 | ||
Clinical correlation for runners | 285 | ||
Asymmetrical Lower Extremity Range of Motion | 286 | ||
Clinical correlation for runners | 286 | ||
Apparent or Functional Leg Length Difference | 290 | ||
Clinical correlation for runners | 290 | ||
Impaired Balance and Recovery | 291 | ||
Clinical correlation for runners | 292 | ||
Case Histories | 293 | ||
Runner A: referred pain phenomenon presenting as heel pain | 293 | ||
Analysis of case history of runner A | 294 | ||
Runner B: biomechanical stresses on the left tensor fascia lata/iliotibial band complex | 295 | ||
Analysis of case history of runner B | 298 | ||
SORTING OUT COMBINATIONS OF THE 3 COMMON PRESENTATIONS | 298 | ||
IMPLICATIONS FOR THE TREATING PHYSICIAN | 299 | ||
Aggravation or Precipitation of Another Medical Disorder | 299 | ||
Back pain arising from conditions of the pelvis or spine | 299 | ||
Hip and knee joint osteoarthritis | 300 | ||
Iliotibial band friction syndrome | 300 | ||
Patellofemoral compartment syndrome | 300 | ||
Plantar fasciitis and achilles tendonitis | 300 | ||
Stress fracture | 301 | ||
Compartment syndrome | 301 | ||
Tibial stress syndrome/shin splints | 302 | ||
Metatarsalgia, hallux valgus, and medial bunion formation | 302 | ||
Peripheral nerve involvement | 302 | ||
Pelvic floor dysfunction, coccydynia, and sacroccoccygeal junction pain | 304 | ||
Mimicking Another Medical Disorder | 305 | ||
Piriformis syndrome and sciatica | 305 | ||
Mid back pain and thoracolumbar syndrome | 306 | ||
Osteitis condensans ilii, sacroiliitis, spondyloarthropathy | 307 | ||
Osteitis pubis | 307 | ||
Post-realignment pain and paresthesias | 307 | ||
Iliolumbar ligament pain | 307 | ||
Overlap with Findings Attributable to a Coexisting Medical Disorder | 308 | ||
Case history: runner C—central disc protrusion | 308 | ||
Case history: runner D—radiculopathy | 308 | ||
Comments on case histories C and D | 308 | ||
TREATMENT | 309 | ||
A Comprehensive Treatment Program | 309 | ||
Shoes | 310 | ||
Orthotics | 310 | ||
Sacroiliac Belt and Compression Shorts | 310 | ||
Injections | 311 | ||
Prolotherapy | 311 | ||
Cortisone | 311 | ||
Surgery | 311 | ||
When Malalignment Fails to Respond to a Course of Treatment | 312 | ||
Summary | 312 | ||
REFERENCES | 313 | ||
Core and Lumbopelvic Stabilization in Runners | 319 | ||
Key points | 319 | ||
WHAT IS THE CORE? | 319 | ||
ANATOMY | 320 | ||
LOCAL SYSTEM | 320 | ||
GLOBAL SYSTEM | 320 | ||
PHYSIOLOGY/BIOMECHANICS | 320 | ||
BASIC RUNNING BIOMECHANICS | 322 | ||
EVALUATION | 324 | ||
REHABILITATION | 326 | ||
SUMMARY | 335 | ||
REFERENCES | 336 | ||
Gait Retraining | 339 | ||
Key points | 339 | ||
INTRODUCTION | 339 | ||
FACTORS ASSOCIATED WITH RUNNING INJURIES | 340 | ||
STRENGTHENING ALONE IS NOT ENOUGH | 342 | ||
BRIEF HISTORY OF GAIT RETRAINING | 343 | ||
COMPONENTS OF A RETRAINING PROGRAM | 344 | ||
ALTERING MOVEMENT PATTERNS IN RUNNERS | 344 | ||
ALTERING LOADING PATTERNS AND FOOT STRIKE PATTERNS IN RUNNERS | 346 | ||
CASE STUDY OF TRANSITIONING INTERVENTION WITH LONG-TERM FOLLOW-UP | 349 | ||
MONITORING RUNNERS IN THEIR NATURAL ENVIRONMENTS | 351 | ||
SUMMARY | 352 | ||
REFERENCES | 352 | ||
Index | 357 |