Chapter
Chapter 2 Pitfalls of Locking Plate Applications
Chapter 3 The Biology of Locking Plate Applications
Chapter 4 Dynamic Compression vs. Locking Plating − Is One “Better”?: A Review of Biomechanical Principles and in vitro Testing
Chapter 5 Minimally Invasive Plate Osteosynthesis
5.2 Biology and Biomechanics in MIPO
5.4 MIPO Technique with Locking Plates
Section II Principles of Locking Plate Applications in Large Animals
Chapter 6 Principles of Locking Plate Applications in Large Animals
6.2 Clinical Applications
Section III Current Veterinary Locking Plate Instrumentation and Implants
Chapter 7 The Advanced Locking Plate System (ALPS)
Chapter 8 The Fixin Implant System
8.1 Fixin Implants and Instrumentation
Chapter 9 The Liberty Lock System
Chapter 10 The Polyaxial (PAX) Advanced Locking System
Chapter 11 The String of Pearls (SOP) System
11.2 Description of the System
11.3 Design Features of the SOP Locking Plate System
11.4 Perceived Limitations/Controversies
11.5 Range of Clinical Application
Chapter 12 The Synthes Locking Compression Plate (LCP) System
12.1 Other Locking Compression Plate Manufacturers
12.2 Applications of Implants
12.3 Tips for Implant Removal
12.4 Locking Compression Plate Indications
Section IV Trauma Applications: Clinical Case Examples: IV-A Appendicular Skeletal Fractures
Chapter 13 Humerus Fractures
13.5 Distal Humeral Fractures
Chapter 14 Radius/Ulna Fractures
14.2 Biological Osteosynthesis in R-U Fracture Repair
14.3 Reduction Techniques for Radius Fractures Stabilized with a Locking Plate
14.4 Mechanical Construct Consideration When Using Locking Plates for the Treatment of Radius-Ulna Fractures
14.5 Ulnar Fracture Fixation
Chapter 15 Femur Fractures
15.6 Application on the Femur
15.10 Postsurgical Care and Monitoring
15.11 Complications && Limitations
Chapter 16 Tibia Fractures
16.2 Minimally Invasive Plate Osteosynthesis of Diaphyseal Fractures
16.3 Proximal and Distal Fractures with a Short Fracture Segment
16.4 Revision of Fracture Complications
16.5 Surgical Correction of Tibial Deformity
Section IV Trauma Applications: Clinical Case Examples: IV-B Axial Skeletal Fractures
Chapter 17 Pelvic Fractures
Chapter 18 Maxillofacial and Mandibular Fractures
18.1 Anatomical Considerations
18.5 Application on the Mandible
18.6 Application on the Maxillofacial Bones
18.7 Three-Dimensional Printing for Preoperative Planning
Chapter 19 Spinal Fractures and Luxations
19.1 Preoperative Planning
19.2 Approaches to the Vertebral Column
19.4 Locking Plate Application
19.6 Placement of a 3.5 mm LCP
19.8 Placement of a 3.5 mm SOP Plate
19.9 Problem Solving with Locking Plates
19.10 Postoperative Assessment
Section V Nontrauma Applications: Clinical Case Examples: V-A Corrective Osteotomies
Chapter 20 Tibial Plateau Leveling Osteotomy for Cranial Cruciate Ligament Rupture
20.2 Locking TPLO Plate Design
20.3 Clinical Benefits of Locking TPLO Plates
20.4 Complications of Locking TPLO Plates
20.5 Specific Clinical Applications of Locking TPLO Plates
Chapter 21 Double Pelvic Osteotomy for Hip Dysplasia
Chapter 22 Distal Femoral Osteotomy for Patella Luxation
Section V Nontrauma Applications: Clinical Case Examples: V-B Arthrodesis
23.1 Shoulder Arthrodesis
Section V Nontrauma Applications: Clinical Case Examples: V-C Spinal Diseases
Chapter 24 Atlantoaxial Subluxation
Chapter 25 Caudocervical Spondylomyelopathy
25.2 Biomechanics of the Cervical Spine
25.3 Classification of CSM
25.5 Patient Positioning and Surgical Anatomy
25.6 Distraction Stabilization Techniques
25.7 New Implants and Surgical Planning
Chapter 26 Lumbosacral Stabilization
26.2 Clinical Examination
26.4 Surgical Planning: Patient Positioning and Surgical Approach
Locking Plates in Veterinary Orthopedics
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