BOOK
McRae's Orthopaedic Trauma and Emergency Fracture Management
Timothy O White | Samuel P Mackenzie | Alasdair J Gray
(2015)
Additional Information
Book Details
Abstract
This book is derived from Ronald McRae’s Pocketbook of Orthopaedics and Fractures, a highly successful ‘survival guide’ for the trainee working in accident and emergency or orthopaedic departments. Retaining the underlying principles of the original editions this comprehensive rewrite and re-presentation provides complete coverage of orthopaedic trauma surgery as relevant to contemporary practice.
- McRae's Orthopaedic Trauma and Emergency Fracture Management
- This book is a fully rewritten text based on a classic textbook by Mr Ronald McRae.
- Now in a larger page size the book contains over 500 illustrations all drawn in two colours for this new edition.
- Over 250 x-rays accompany the text, many of which are connected with the line drawings to ease interpretation.
Table of Contents
| Section Title | Page | Action | Price |
|---|---|---|---|
| Front Cover | cover | ||
| Inside Front Cover | ifc1 | ||
| Half title page | i | ||
| Ronald McRae (1926–2012) | ii | ||
| McRae's Orthopaedic Trauma and Emergency Fracture Management | iii | ||
| Copyright Page | iv | ||
| Table Of Contents | v | ||
| Preface | ix | ||
| Dedications and acknowledgements | x | ||
| Contributors | xi | ||
| 1 General Principles | 1 | ||
| 1 Fractures and fracture management | 2 | ||
| Orthopaedic terminology | 2 | ||
| Fracture types and patterns | 2 | ||
| Aetiology | 2 | ||
| Traumatic fractures | 2 | ||
| Pathological fractures (Fig. 1.1) | 2 | ||
| Insufficiency fractures (Fig. 1.2) | 2 | ||
| Fatigue (or stress) fractures (Fig. 1.3) | 3 | ||
| Morphology | 3 | ||
| Transverse and oblique fractures (Fig. 1.4) | 3 | ||
| Spiral fractures (Fig. 1.5) | 3 | ||
| Avulsion fractures (Fig. 1.6) | 3 | ||
| Impaction fractures (Fig. 1.7) | 4 | ||
| Paediatric fractures (Fig. 1.8) | 4 | ||
| Severity | 5 | ||
| Open fractures (see Fig. 3.1) | 5 | ||
| Intra-articular fractures (Fig. 1.9) | 5 | ||
| Comminution (Fig. 1.10) | 5 | ||
| Joint dislocation (Fig. 1.11) | 5 | ||
| Fracture-dislocation (Fig. 1.12) | 6 | ||
| Sprains (Fig. 1.13) | 6 | ||
| Location (Fig. 1.14) | 6 | ||
| Displacement | 7 | ||
| Displacement in length (Fig. 1.16) | 7 | ||
| Displacement by angulation (Figs 1.17, 1.18) | 7 | ||
| Displacement by rotation (Fig. 1.19) | 8 | ||
| Displacement by translation (Fig. 1.20) | 8 | ||
| Classification systems | 10 | ||
| AO comprehensive classification system | 10 | ||
| AO classification of shaft fractures (Fig. 1.22) | 11 | ||
| AO classification of metaphyseal fractures (Fig. 1.23) | 11 | ||
| Assessment of a fracture | 12 | ||
| History | 12 | ||
| History of injury | 12 | ||
| Medical and drug history | 12 | ||
| Social history | 12 | ||
| Examination | 12 | ||
| Look | 12 | ||
| Feel (Fig. 1.24) | 13 | ||
| Move | 13 | ||
| Neurovascular assessment | 13 | ||
| Radiological assessment | 13 | ||
| Radiographs | 13 | ||
| Ultrasound | 14 | ||
| Computed tomography (CT) | 14 | ||
| Magnetic resonance imaging (MRI) | 14 | ||
| Aspiration | 14 | ||
| Blood tests | 14 | ||
| Principles of fracture management | 15 | ||
| Reduce | 15 | ||
| Direct reduction | 15 | ||
| Indirect reduction | 15 | ||
| Hold | 15 | ||
| Stable fractures | 15 | ||
| Unstable fractures | 16 | ||
| Move | 16 | ||
| Bone structure and healing | 16 | ||
| Bone anatomy (Fig. 1.28) | 16 | ||
| Fracture healing | 17 | ||
| Secondary bone healing (healing with callus) (Fig. 1.29) | 17 | ||
| Primary bone healing (Fig. 1.30) | 18 | ||
| Assessment of healing | 18 | ||
| How to present a radiograph | 18 | ||
| Description of a distal radial fracture | 19 | ||
| Description of an ankle fracture | 19 | ||
| Description of a hip fracture | 20 | ||
| 2 Management of the injured patient | 21 | ||
| Major trauma | 21 | ||
| The anatomy of the trauma system and team | 21 | ||
| The trauma system | 21 | ||
| The trauma team | 21 | ||
| Primary survey | 21 | ||
| A – airway with cervical spine control | 21 | ||
| B – breathing with 100% oxygen | 21 | ||
| C – circulation with haemorrhage control | 21 | ||
| Hypovolaemic shock | 22 | ||
| D – disability | 23 | ||
| E – exposure | 23 | ||
| Secondary survey | 23 | ||
| Tertiary survey | 24 | ||
| Imaging in trauma | 24 | ||
| Radiographs | 24 | ||
| CT | 24 | ||
| Intravascular fluid replacement in major trauma | 25 | ||
| Blood | 25 | ||
| Blood products | 25 | ||
| Antifibrinolytic drugs | 26 | ||
| Major haemorrhage protocols and packs | 26 | ||
| Decision-making in trauma | 26 | ||
| Response to resuscitation | 26 | ||
| The lethal triad | 26 | ||
| Disposition from the resuscitation room | 27 | ||
| Orthopaedic decision-making: early total care and damage control orthopaedics | 28 | ||
| Early total care | 28 | ||
| Damage limitation surgery | 28 | ||
| Early appropriate care | 28 | ||
| The stress response to trauma | 28 | ||
| The ‘second hit’ | 29 | ||
| Management of the stress response, MODS and ARDS | 29 | ||
| Anaesthesia and analgesia | 30 | ||
| Types of anaesthesia | 30 | ||
| Local anaesthetic agents | 30 | ||
| Preparation for local anaesthesia | 31 | ||
| Haematoma block | 31 | ||
| Technique (Fig. 2.7) | 31 | ||
| Regional nerve blockade | 32 | ||
| Sensory nerve supply to the hand | 32 | ||
| Ring block (digital nerve block) | 32 | ||
| Technique (Fig. 2.8) | 32 | ||
| Metacarpal block | 33 | ||
| Technique (Fig. 2.9) | 33 | ||
| Ulnar nerve block | 33 | ||
| Technique (Fig. 2.10) | 33 | ||
| Median nerve block | 34 | ||
| Technique (Fig. 2.11) | 34 | ||
| Fascia iliaca block | 34 | ||
| Technique (Fig. 2.12) | 34 | ||
| Regional intravenous anaesthesia | 35 | ||
| Analgesia | 35 | ||
| Trauma in the elderly | 35 | ||
| History of the presenting complaint | 35 | ||
| Past medical history | 36 | ||
| Cognitive assessment | 36 | ||
| Social history | 37 | ||
| Drug history | 37 | ||
| Examination | 38 | ||
| Investigations | 38 | ||
| Common medical problems | 38 | ||
| Delirium | 38 | ||
| Dehydration and electrolyte imbalance | 38 | ||
| Cardiac dysrhythmias | 38 | ||
| Myocardial infarction | 39 | ||
| Infection | 39 | ||
| Pathological fractures | 39 | ||
| Postoperative management | 39 | ||
| Analgesia | 39 | ||
| Falls and fracture prevention | 39 | ||
| 3 Limb-threatening injuries | 40 | ||
| Closed soft tissue injuries | 40 | ||
| Contusion | 40 | ||
| Haematoma | 40 | ||
| Swelling | 40 | ||
| Tenting | 40 | ||
| Blisters | 40 | ||
| Degloving | 40 | ||
| Open fractures | 41 | ||
| Classification | 41 | ||
| Emergency Department management | 41 | ||
| History | 41 | ||
| Examination | 41 | ||
| Treatment | 42 | ||
| Orthopaedic management | 42 | ||
| Emergency surgery indications | 42 | ||
| Urgent surgery (<24 hours) indications | 42 | ||
| Principles of surgery in open fractures | 43 | ||
| 1. Set-up | 43 | ||
| 2. Wound debridement | 43 | ||
| 3. Fracture stabilization | 43 | ||
| 4. Wound closure | 44 | ||
| 5. Repeated inspection and debridement | 44 | ||
| 6. Soft tissue reconstruction | 44 | ||
| 7. Bone defect reconstruction | 45 | ||
| Compartment syndrome | 45 | ||
| Aetiology | 46 | ||
| Emergency Department management | 46 | ||
| History and examination | 46 | ||
| Treatment | 46 | ||
| Orthopaedic management | 46 | ||
| Pressure monitoring | 47 | ||
| Technique (Fig. 3.7) | 47 | ||
| Fasciotomy of the leg (Fig. 3.8) | 47 | ||
| Neglected compartment syndrome | 49 | ||
| Crush injuries | 49 | ||
| Emergency Department management | 49 | ||
| History and examination | 49 | ||
| Investigation | 50 | ||
| Treatment | 50 | ||
| Orthopaedic management | 50 | ||
| Nerve injury | 50 | ||
| Anatomy (Fig. 3.9) | 50 | ||
| Classification | 50 | ||
| Neurapraxia | 51 | ||
| Axonotmesis | 52 | ||
| Neurotmesis | 52 | ||
| Emergency Department management | 52 | ||
| History | 52 | ||
| Examination | 52 | ||
| Nerve root levels: upper limb (Fig. 3.14) | 52 | ||
| Nerve root levels: lower limb (Fig. 3.15) | 54 | ||
| Nerve root levels: perineum (Fig. 3.16) | 54 | ||
| Peripheral nerve assessment | 55 | ||
| Treatment | 55 | ||
| Fracture displacement/joint dislocation | 55 | ||
| Indications for urgent senior review | 56 | ||
| Orthopaedic management | 57 | ||
| Vascular injury | 58 | ||
| Emergency Department management | 59 | ||
| Examination | 59 | ||
| Treatment | 59 | ||
| Orthopaedic management | 60 | ||
| Vascular repair | 60 | ||
| The mangled limb | 60 | ||
| Signpost injuries | 61 | ||
| 4 Closed management of fractures | 62 | ||
| Reduce: closed reduction | 62 | ||
| Urgent reduction | 62 | ||
| Definitive reduction | 62 | ||
| Reduction manœuvres | 62 | ||
| Disimpaction with traction | 62 | ||
| Unlocking the fragments by exaggeration of the deformity | 63 | ||
| Reduction with the aid of the periosteal hinge | 64 | ||
| Assessment | 64 | ||
| Positioning for cast application | 64 | ||
| Hold: principles of cast management | 64 | ||
| 2 Specific Injuries by Region | 127 | ||
| 8 Shoulder girdle | 128 | ||
| General principles | 128 | ||
| Anatomy | 128 | ||
| The clavicle | 128 | ||
| The scapula | 128 | ||
| The superior shoulder suspensory complex | 129 | ||
| The proximal humerus | 129 | ||
| Clinical assessment of the painful shoulder | 129 | ||
| History | 129 | ||
| Examination | 130 | ||
| Look | 130 | ||
| Feel (Fig. 8.4) | 130 | ||
| Move | 131 | ||
| Neurovascular assessment | 132 | ||
| Radiological assessment of the painful shoulder | 132 | ||
| Radiographs | 132 | ||
| Shoulder trauma series | 134 | ||
| CT | 134 | ||
| Clavicle | 134 | ||
| Classification | 134 | ||
| Robinson (Edinburgh) classification | 134 | ||
| Emergency Department management | 134 | ||
| Clinical features | 134 | ||
| Radiological features | 136 | ||
| Closed reduction | 136 | ||
| Immobilization and reassessment | 136 | ||
| Inpatient referral | 136 | ||
| Outpatient follow-up | 137 | ||
| Patient instructions | 137 | ||
| Orthopaedic management | 137 | ||
| Complications of surgery | 137 | ||
| Indications for surgery | 137 | ||
| Surgical techniques | 137 | ||
| Outpatient management | 139 | ||
| Acromioclavicular joint | 139 | ||
| Classification | 139 | ||
| Rockwood classification | 139 | ||
| Emergency Department management | 141 | ||
| Clinical features | 141 | ||
| Radiological features | 141 | ||
| Closed reduction | 141 | ||
| Immobilization and reassessment | 141 | ||
| Inpatient referral | 141 | ||
| Outpatient follow-up | 141 | ||
| Orthopaedic management | 141 | ||
| Non-operative | 141 | ||
| Operative | 141 | ||
| Surgical techniques | 141 | ||
| Acromion fixation | 141 | ||
| Coracoid fixation | 142 | ||
| Outpatient management | 142 | ||
| Sternoclavicular joint | 142 | ||
| Classification | 142 | ||
| Emergency Department management | 143 | ||
| Clinical features | 143 | ||
| Radiological features | 143 | ||
| Closed reduction | 143 | ||
| Immobilization | 143 | ||
| Outpatient follow-up | 143 | ||
| Inpatient referral | 143 | ||
| Orthopaedic management | 143 | ||
| Non-operative | 143 | ||
| Operative | 143 | ||
| Scapula | 144 | ||
| Classification | 144 | ||
| Ideberg classification | 144 | ||
| Emergency Department management | 145 | ||
| Clinical features | 145 | ||
| Radiological features | 145 | ||
| Closed reduction | 145 | ||
| Inpatient referral | 145 | ||
| Outpatient follow-up | 145 | ||
| Orthopaedic management | 145 | ||
| Operative | 145 | ||
| Surgical approach | 145 | ||
| Scapulothoracic dissociation | 145 | ||
| Emergency Department management | 146 | ||
| Clinical features | 146 | ||
| Radiological features | 146 | ||
| Immobilization | 146 | ||
| Inpatient referral | 146 | ||
| Orthopaedic management | 146 | ||
| Anterior shoulder (glenohumeral) dislocation | 146 | ||
| Anatomy of shoulder stability | 146 | ||
| Static stabilizers | 146 | ||
| Dynamic stabilizers | 147 | ||
| Pathoanatomy of shoulder instability | 147 | ||
| Emergency Department management | 148 | ||
| Clinical features | 148 | ||
| Radiological features | 148 | ||
| Closed reduction | 149 | ||
| Kocher’s technique (Fig. 8.21) | 149 | ||
| Hippocratic method (Fig. 8.22) | 150 | ||
| Milch’s technique (Fig. 8.23) | 150 | ||
| Stimpson’s technique (Fig. 8.24) | 150 | ||
| Immobilization and reassessment | 150 | ||
| Inpatient referral | 151 | ||
| Outpatient follow-up | 151 | ||
| Patient instructions | 151 | ||
| Orthopaedic management | 151 | ||
| Non-operative | 151 | ||
| Operative | 151 | ||
| Urgent surgery | 151 | ||
| Planned surgery | 151 | ||
| Late presentation | 152 | ||
| Posterior shoulder dislocation | 152 | ||
| Emergency Department management | 152 | ||
| Clinical features | 152 | ||
| Radiological features | 152 | ||
| Closed reduction (Fig. 8.28) | 153 | ||
| Immobilization and reassessment | 153 | ||
| Inpatient referral | 154 | ||
| Outpatient follow-up | 154 | ||
| Patient instructions | 154 | ||
| Orthopaedic management | 154 | ||
| Non-operative | 154 | ||
| Operative | 154 | ||
| Urgent surgery | 154 | ||
| Surgery within 48 hours | 154 | ||
| Planned surgery | 154 | ||
| Inferior shoulder dislocation (luxatio erecta) | 155 | ||
| Emergency Department management | 155 | ||
| Clinical features | 155 | ||
| Radiological features | 155 | ||
| Closed reduction (Fig. 8.30) | 155 | ||
| Immobilization and reassessment | 155 | ||
| Inpatient referral | 155 | ||
| Outpatient follow-up | 155 | ||
| Patient instructions | 155 | ||
| Orthopaedic management | 156 | ||
| Rotator cuff tears | 156 | ||
| Emergency Department management | 156 | ||
| Clinical features | 156 | ||
| Index | 611 | ||
| A | 611 | ||
| B | 612 | ||
| C | 613 | ||
| D | 615 | ||
| E | 617 | ||
| F | 617 | ||
| G | 620 | ||
| H | 621 | ||
| I | 622 | ||
| J | 623 | ||
| K | 623 | ||
| L | 623 | ||
| M | 624 | ||
| N | 625 | ||
| O | 626 | ||
| P | 626 | ||
| Q | 628 | ||
| R | 629 | ||
| S | 630 | ||
| T | 632 | ||
| U | 634 | ||
| V | 634 | ||
| W | 635 | ||
| Y | 635 | ||
| Back Cover | backcover |