(Ebook) Skeletal Trauma Basic Science Management and Reconstruction 2 Volume Set 5th Edition by Bruce D Browner, Jesse B Jupiter, Christian Krettek, Paul A Anderson ISBN 9781455776283 1455776289

(Ebook) Skeletal Trauma Basic Science Management and Reconstruction 2 Volume Set 5th Edition by Bruce D Browner, Jesse B Jupiter, Christian Krettek, Paul A Anderson ISBN 9781455776283 1455776289

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ISBN 10: 1455776289
ISBN 13: 9781455776283
Author: Bruce D Browner, Jesse B Jupiter, Christian Krettek, Paul A Anderson

Obtain the best outcomes from the latest techniques with help from a "who's who" of orthopaedic trauma experts. The updated edition of **__Skeletal Trauma: Basic Science, Management, and Reconstruction__** is dedicated to conveying today's most comprehensive information on the **basic science**, **diagnosis**, and **treatment** of acute musculoskeletal injuries and post-traumatic reconstructive problems. You'll be equipped with all of the knowledge needed to **manage any type of traumatic injury in adults.**
__"This fifth edition of Skeletal Trauma__ __is an invaluable reference that has been painstakingly prepared to fit the needs of those who treat patients with musculoskeletal trauma...I congratulate the editors and their authors for their unerring success in bringing out the best practices to optimize patient outcomes. This book is an extraordinary accomplishment."__ **Foreword by:** D. C. COVEY, Clinical Professor of Orthopaedic Surgery, University of California
*** Access critical information concerning mass casualty incidents and war injuries.**Sixteen active-duty military surgeons and physicians from various branches of the U.S. Military have collaborated with civilian authors to address injuries caused by road traffic, armed conflicts, civil wars, and insurgencies throughout the world.* **Learn from many brand-new chapters** including Principles of Internal Fixation; Gunshot Wounds and Blast Injuries; New Concepts in Management of Thoracolumbar Fractures; Surgical Treatment of Acetabular Fractures; Diaphyseal Fractures of the Forearm; Fractures of the Distal Femur; Tibial Plateau Fractures; and Amputations in Trauma.
* **Take advantage of guidance from expert editors,** two brand new to this edition, and a host of new authors who provide fresh insights on current trends and approaches in the specialty.
* **Know what to look for and how to proceed** with a fully updated art program that features full-color intraoperative images and crisp, new figures.
* **Handle the most challenging cases** of latent or post-operative nonunions, malunions, and more with extensive coverage of post-traumatic reconstruction.
* **Expert Consult eBook version included with purchase.** This **enhanced eBook experience** allows you to search all of the text, figures, references, and videos from the book on a variety of devices.

(Ebook) Skeletal Trauma Basic Science Management and Reconstruction 2 Volume Set 5th Edition Table of contents:

1. The History of Fracture Treatment

• Early Splinting Techniques

• Precursors of the Plaster Bandage

• The Plaster Bandage and Its Derivatives

• Traction

• Functional Bracing

• Open Fractures

• Screw Fixation

• Plate Fixation

• Early Fracture Surgery

• Wire Fixation

• External Fixation

• Intramedullary Fixation

• Robert Danis and the Development of the AO Group

• Gavriil A. Ilizarov and the Discovery of Distraction Osteogenesis (Stuart A. Green)

• Emile Letournel and the Surgery of Pelvic and Acetabular Fractures (Joel M. Matta)

• Klaus Klemm and Interlocking Nailing and Local Antibiotic Bead Chain (David Seligson)

• Maurice Edmond Müller, Internal Fixation Techniques and Hip Prostheses (Joseph Schatzker)

• Martin Allgöwer, Internal Fixation and Fracture Management (Marvin Tile)

• Summary (Christopher L. Colton)

2. Global Burden of Musculoskeletal Injuries

• Causes of Injury

• Geographic and Demographic Distribution of Injury Burden

• Box 2-1: What Is the Global Burden of Disease Study?

• Estimating the Burden of Musculoskeletal Injury

• Box 2-2: How Did the Global Burden of Disease, Injuries, and Risk Factors Study Develop?

• Focus on Military Injuries

• References

3. Challenges of Orthopaedic Trauma Care in the Developing World

• Improving Trauma Care Systemwide Globally: The World Health Organization

• Background

• Case Studies of Individual Institutions

• Global Efforts to Improve Trauma Care

• The Role of the World Health Organization: The World Health Assembly

• Barriers to Access

• Education

4. Pediatric and Adult Trauma Management

• Pediatric Trauma: Management of Common Injuries

• Adult Trauma

• Spinal Injuries

  • Cervical Spine

  • Thoracolumbar Spine (TLS)

• Pelvic and Acetabular Fractures

  • Pelvic Ring Injuries

  • Acetabular Fractures

• Lower Extremity Injuries

  • Hip Dislocations

  • Hip Fractures

  • Femoral Shaft Fractures

  • Knee Injuries

  • Tibia-Fibula Fractures

  • Foot and Ankle Injuries

• Upper Extremity Injuries

  • Shoulder Injuries

  • Humeral Shaft Fractures

  • Elbow Injuries

  • Forearm Injuries

  • Hand and Wrist Injuries

• Amputations

• Avenues for Orthopaedic Volunteerism

5. Surgical Implant Generation Network Intramedullary Nail System

• Introduction and Background

• Design Features

• Innovation

• Outcomes

• Surgical Technique

• Interlocking Screw Placement

• Fin Nail

• Tibial Nail Technique

• Femoral Nail Technique

• Hip Fractures

• Key References

6. Biology and Enhancement of Skeletal Repair

• Biology of Graft Substitutes

• Stages of Bone Graft Incorporation

• Autogenous Iliac Crest Bone Graft

• Osteoconductive Graft Substitutes

  • Calcium Sulfate Substitutes

  • Hydroxyapatite

  • Calcium Phosphate Substitutes

  • Tricalcium Phosphate

• Demineralized Bone Matrix

  • Historic Perspective

  • Current Methodology

• Patient-Derived Cellular Therapies

  • Marrow Aspirate

  • Preclinical Substantiation

  • Clinical Application of Marrow Elements

• Platelet-Rich Plasma

  • Platelet-Derived Growth Factor

  • Preclinical Studies

  • Platelet-Rich Plasma Preparation

  • Transforming Growth Factor-β

  • Platelet-Rich Plasma Augmentation of Graft Materials

  • Clinical Evidence

  • Recombinant Human Platelet-Derived Growth Factor

• Inductive Substrates (Bone Morphogenic Protein)

  • Off-Label Use and Complications

  • Bone Morphogenic Protein Interactions

  • Economic Impact

• Key References

• Summary

• Conclusions

7. Biomechanics of Fractures

• Basics of Mechanics

  • Movement and/or Displacement

  • Properties of Materials (Young’s/Elastic Modulus, Yield, Fail)

  • Other Material Properties (Viscoelasticity, Anisotropy, Creep, Relaxation)

  • Stress/Strain

  • Stress-Strain and Other Diagrams

  • Finite Element Analysis Primer

• Bone Properties and Fracture Risk

  • Bone Mechanical Properties

  • Cortical Bone Properties and Microstructure

  • Trabecular Bone Properties and Microstructure

  • Age-Related Bone Property Changes

  • Osteoporosis

• Structural Properties and Loading Modes

  • Rectangle (Plate) and Optimization (I-Beam, External Fixator)

  • Loading Modes: Tension/Compression, Shear, Bending, Torsion

  • Loading Experienced by the Skeleton

  • Clinical Examples of Combined Loading

• Fractures Associated with Particular Diseases and Conditions

  • Osteoporosis and Age-Related Fractures

  • Fracture Severity Quantification

  • Defects in Bone Caused by Malignancy and Benign Conditions

  • Implant-Related Bone Fracture: Periprosthetic and Interprosthetic Fractures

  • Stress Shielding

• Fracture Healing

  • Healing by Callus Formation—Biomechanical Considerations

  • Biomechanical Stages of Fracture Healing

• Biomechanics of Fracture Fixation

  • Surgical Fixation—Biomechanical Considerations

  • Nonoperative Treatment: Casting, Splinting, Traction

  • Intramedullary Rods

  • External Fixation

• Summary

• Key References

8. Plate Fixation and Closed Fracture Management

• Introduction

• Basic Principles

• Manipulative Reduction

• Fracture Reduction and Maintenance of Reduction

• Types of Anesthesia

• Radiographic Examination of Fractures

• External Support of Fractures

  • Plaster of Paris

• Timing of Reduction

• Application of Three-Point Loading Techniques

• Postreduction Management of Acute Fractures

• Management of Acute Fractures

• Wedging of Casts

• Walking Casts

9. Specific Fractures and Their Management

• Scaphoid Fractures

  • Incidence and Demographics

  • Classification and Fracture Incidence

  • Clinical Examination

  • Radiologic Examination

  • Treatment Options

  • Operation vs Conservative Treatment

  • Cast Treatment

  • Conclusion

• Distal Radius Fractures

  • Demographics

  • Normal Parameters

  • How Much Deformity is Acceptable in Adults

  • Clinical Assessment

  • Radiologic Assessment

  • Treatment

• Humeral Shaft Fractures

  • Introduction

  • Treatment

  • Outcomes

  • Controversies

  • Conclusion

• Proximal Humerus Fractures

  • Diagnosis

  • Initial Immobilization

  • Rehabilitation

  • Nonoperative Treatment Outcomes

• Ankle Fracture

  • Epidemiology and Risk Factors

  • Clinical Evaluation

  • Radiographic Evaluation

  • Classification Systems

  • Determining Stability

  • Smokers and Elderly Patients

  • Treatment

• Tibial Fractures

  • Pathophysiology of Fracture Healing

  • Vascularity and Callus Formation

  • Shortening and Angulation

  • Expected Outcomes

  • Clinical Protocol

  • Acute Management

  • Functional Cast and Brace

• Fractures of the Femur

  • Manipulative Reduction and Continuous Traction

  • Principles of Traction

  • Methods of Applying Traction

  • Complications of Traction

  • Fracture Bracing

  • Biomechanics and Physiology of Fracture Bracing

  • Application Procedure for Femoral Fracture Bracing

  • External Skeletal Fixation

  • Historical Background and Fixators

  • Fixator Terminology and Problems

  • Nerve and Vessel Injury

  • Pin Tract Infection

  • Fixator-Associated Problems

  • Pain Management

  • Principles Unique to the Ilizarov Method

  • External Fixators for Damage Control Orthopaedics

  • Implant Depth and Danger Regions

  • Using the Atlas for Damage Control Orthopaedics

  • Principles of Internal Fixation

10. Fracture Patterns and Clinical Relevance

• Introduction

• Plan of Attack and How to Use This Chapter

• Fracture Pattern as Law of Conservation of Energy

• Fracture Pattern Characterizes Unbalanced Forces

• Fracture Pattern and Stability of Bone

• Fracture Pattern Defines Expected Mode of Healing

• Fracture Pattern Predicts Expected Soft Tissue Damage

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Tags: Bruce D Browner, Jesse B Jupiter, Christian Krettek, Paul A Anderson, Skeletal Trauma, Basic Science Management