Technique . | Advantages . | Disadvantages . |
---|---|---|
Open reduction internal fixation | Wide exposure for articular reduction | Disrupts tenuous soft-tissue envelope |
Early motion of ankle joint | Multi-stage treatment necessary | |
Temporary external fixation has decreased complications | Subcutaneous implants | |
Rigid cross-ankle external fixation | Minimal disruption of zone of injury | Rigidly immobilizes ankle |
External fixation of same side of joint | Allows motion at the ankle | Cannot be used for all fractures |
Avoids large plates to stabilize metaphysis | Disrupts zone of injury | |
Technically demanding | ||
Articlated cross-ankle external fixation | Allows motion at the ankle (limited) | Hard to align axis of hinge with axis of ankle joint |
Technically easier to apply fixator | Value of motion through an articulated hinge is not proven | |
Minimal disruption of zone of injury |
Technique . | Advantages . | Disadvantages . |
---|---|---|
Open reduction internal fixation | Wide exposure for articular reduction | Disrupts tenuous soft-tissue envelope |
Early motion of ankle joint | Multi-stage treatment necessary | |
Temporary external fixation has decreased complications | Subcutaneous implants | |
Rigid cross-ankle external fixation | Minimal disruption of zone of injury | Rigidly immobilizes ankle |
External fixation of same side of joint | Allows motion at the ankle | Cannot be used for all fractures |
Avoids large plates to stabilize metaphysis | Disrupts zone of injury | |
Technically demanding | ||
Articlated cross-ankle external fixation | Allows motion at the ankle (limited) | Hard to align axis of hinge with axis of ankle joint |
Technically easier to apply fixator | Value of motion through an articulated hinge is not proven | |
Minimal disruption of zone of injury |
This PDF is available to Subscribers Only
View Article Abstract & Purchase OptionsFor full access to this pdf, sign in to an existing account, or purchase an annual subscription.