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Authors of section

Authors

Anna Clarke, Dorien Schneidmüller

Executive Editor

Mamoun Kremli

General Editor

Fergal Monsell

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Open reduction - Compression plating

1. General considerations

Introduction

Humeral shaft fractures may be treated with compression plating under the following conditions:

  • Reduction and stability not achieved with other techniques, particularly in older children
  • Open fractures
  • Neurovascular injuries
  • Polytrauma

The principles of fixation are identical to adult fracture management.

Compression plating of pediatric humeral shaft fracture, used when other techniques fail or in severe cases.

Plate selection

The plate should allow for insertion of a sufficient number of screws on either side of the fracture.

Plates that accommodate the smaller pediatric humerus are available. A 3.5 or 4.5 mm LCP or DCP is recommended depending on the bone size.

Compression plating of pediatric humeral shaft fracture, with plates allowing sufficient screws for stability.

Plate position

Open fractures may dictate the surgical approach and the plate position.

The position and contouring of the plate are dictated by the location of the fracture in relation to the soft-tissue attachment and its proximity to the axillary and radial nerves.

The course of the radial nerve in relation to the plate holes should be documented to reduce the risk of nerve injury associated with plate removal.

Compression plating of pediatric humeral shaft fracture, with plate position considering soft tissue and nerves.

A posterior plate is preferred for middle and distal third fractures.

Compression plating of pediatric humeral shaft fracture, with a posterior plate preferred for mid and distal fractures.

An anterolateral plate may be selected for proximal and middle third fractures.

Compression plating of pediatric humeral shaft fracture, with an anterolateral plate for proximal and mid fractures.

2. Patient preparation

Place the patient in a supine position or, alternatively, a beach chair position for an anterolateral plate.

Place the patient prone or in a lateral decubitus position for a posterior plate.

3. Approaches

The approach depends on the plate position.

For an anterolateral plate, the anterolateral approach is used.

The posterior surface is accessed with a posterior approach.

4. Reduction

Reduce the fracture with traction and manipulation.

Intraoperative imaging and clinical evaluation should confirm good axial and rotational alignment.

The plate can be used as a reduction aid.

Preliminary K-wire fixation may be used to hold the reduction.

Compression plating of pediatric humeral shaft fracture, with traction, imaging, and K-wire for alignment.

5. Plate fixation

Plate contouring

If a DCP is used, the plate should be contoured to match the anatomy of the bone and some overbending is required for compression.

This is not required if an LCP is used.

Compression plating of pediatric humeral shaft fracture, with DCP contoured and overbent for compression.

Plate application

Apply the plate in a standard manner, avoiding periosteal stripping.

For more details on compression plating, see the following basic technique:

Compression plating of pediatric humeral shaft fracture, applying plate standardly while avoiding periosteal stripping.

Finalizing the fixation

Insert the remaining screws.

Compression plating of pediatric humeral shaft fracture, inserting the remaining screws for final fixation.

6. Aftercare

Initial postoperative treatment

A sling may be used initially, but early mobilization is recommended.

Follow-up

The first clinical and radiological follow-up is usually undertaken within 2 weeks.

X-rays are repeated after 6 weeks.

Implant removal

Implant removal is not mandatory and is associated with a high risk of radial nerve injury.