: Marc de Moya, John Mayberry
: Rib Fracture Management A Practical Manual
: Springer-Verlag
: 9783319916446
: 1
: CHF 99.50
:
: Klinische Fächer
: English
: 197
: Wasserzeichen/DRM
: PC/MAC/eReader/Tablet
: PDF
In recent years the approach towards rib fractures has evolved. Abandoned in the past, due to inadequate instrumentation and lack of evidence, rib fixation has recently re-emerged as a treatment option for trauma patients. There have been a number of advances over the last 25 years that now allow surgeons to internally fix rib fractures that otherwise may have not had other options. However, as a result there has been a rapid increase in literature and many institutions interested in initiating rib fixation programs. Due to a variety of practitioners involved namely, trauma surgeons, orthopedic surgeons, and thoracic surgeons there has been no comprehensive guide to patient selection, technique, and post-operative care. 

The purpose of this text is to fill the educational gap for those trauma, orthopedic, and thoracic surgeons interested in learning the cutting edge evidence-based approaches to treatment of rib fractures. This topic has caught the interest of many and has been a recurrent theme at surgical meetings over the last two years. Although there has been ever increasing levels of interest and experience nationally there are many questions which remain.

< iv>This text will provide not only the theoretical background for improving outcomes in those with rib fractures but also serve as a practical guide to those interested in starting new programs. The text will include tips and tricks that can be used in the OR or at the bedside to improve patient care. Therefore, the focus will be on a comprehensive review but also including tips and tricks from the most experienced surgeons around the country who are performing internal fixation for rib fractures.



Marc de Moya, MD
Associate Professor of Surgery
Division of Trauma, Emergency Surgery
Massachuset s General Hospital
Harvard Medical School
165 Cambridge Street
Suite 810
Boston, MA 02114

< div>

John Mayberry, MD
Saint Alphonsus Regional Medical Center
999 North Curtis Road, Suite 407
Boise, Idaho 83706

Foreword5
Preface6
Contents7
Contributors9
1: History of Rib Fracture Management11
The Ancients11
The Indians and Greeks14
The Romans14
Islamic Surgeons15
Medieval Surgeons16
Eighteenth- and Nineteenth-Century Surgeons18
Awakenings19
Mechanical Ventilation Slows Rib Fracture ORIF Development21
The Recognition That Rib Fractures Are a Marker for Non-thoracic Injuries23
Resurgence of Chest Wall ORIF23
Acceptance of ORIF29
Minimally Invasive Approach29
References31
2: Chest Wall Anatomy35
Surface Anatomy35
Bony Thorax37
Sternum37
The Rib Cage38
The Spine39
The Musculature of the Chest Wall40
Primary Respiratory Muscles40
Accessory Muscles of Inspiration40
Accessory Muscles of Expiration41
Nerves42
Vasculature of the Chest Wall43
References43
3: Pathophysiology of Rib Fractures and Lung Contusion44
Anatomy and Physiology44
Anatomy of the Chest Wall44
Ribs44
Sternum45
Muscles45
Respiratory Physiology46
Pathophysiology46
Rib Fractures46
Flail Chest47
Pulmonary Contusion47
Pneumothorax49
Hemothorax50
Special Considerations50
Geriatric Patients50
Pediatric Patients51
References51
4: Scoring Systems of Blunt Thoracic Trauma and Rib Fractures53
General Properties of Scoring Systems53
Ideal Characteristics of a Chest Wall Scoring System55
Current Chest Wall Injury Scoring Systems56
Chest Wall Organ Injury Scale56
Rib Fracture Score58
Chest Trauma Score58
RibScore58
Clinical Rib Score59
Future Directions60
References61
5: Medical Management of Rib Fractures63
Initial Evaluation63
Management64
Patient Disposition64
Pulmonary Care66
Fluid Management67
Pain Management67
Multimodal Pain Regimen67
Regional Anesthesia70
Venous Thromboembolism Prophylaxis71
Nutritional Support71
Complications72
References73
6: Lung Contusion Management: Invasive and Noninvasive76
History76
Epidemiology76
Pathophysiology77
Diagnosis77
Initial Chest Radiograph78
Lung Ultrasonography78
Thoracic CT Scan Imaging78
Lung Contusion Management82
Lung Contusion Management: Noninvasive82
Clinical Guidelines and Protocols83
Lung Contusion Management: Invasive84
Lung Contusion and CT Scan Predictors of Need for Mechanical Ventilation86
Thoracic Trauma Severity Score on Admission to Predict ARDS86
Measurement of Lung Contusion Volume by CT Imaging to Predict ARDS87
Measurement of Lung Contusion Volume by Lung Ultrasonography to Predict ARDS88
Management of ARDS Due to Lung Contusion88
References89
7: Rib Fracture and Lung Contusion: Impact on Pulmonary Function Tests92
Pathophysiology92
Acute Impact94
Risk Stratification Based on Pulmonary Function Tests95
Long-Term Impact96
References98
8: Indications for Rib Fixation100
Guidelines for Rib Fixation100
Indications for Rib Fixation: Anatomical Considerations101
Flail Chest101
Chest Wall Deformity102
Symptomatic Rib Fracture Nonunion or Chronic Malunion103
Open Rib Fracture103
Acute Pulmonary Herniation103
Number of Rib Fractures or Severely Displaced Fractures103
Indications for Rib Fixation: Physiologic Considerations104
Failure to Wean from the Ventilator104
Poor Pulmonary Mechanics104
Indications for Rib Fixation: Quality of Life105
Pain Control105
Reduced Long-Term Pain and Disability105
Indications for Rib Fixation: Other106
Thoracotomy for Other Indications106
Age106
Contraindications for Rib Fixation and Special Considerations106
Location of Fractures107
Pulmonary Contusion107
Traumatic Brain Injury107
Timing of Fixation107
References108
9: Slipping Rib Syndrome and Other Causes of Chest Wall Pain112
Anatomy112
Slipping Rib114
History114
Pathophysiology115
Prevalence115
Symptoms116
Diagnosis116
Treatment117
Costochondritis117
Tietze’s Syndrome118
Xiphodynia119
References120
10: Rib Fracture Management Algorithm for the Traumatically Injured, Non-intubated Patient124
References127