Axial Plane Deformity: How to Avoid It and How to Correct It

Area of Science:

• Orthopedic Surgery
• Biomedical Engineering

Background:

• Malreductions in the axial plane, specifically limb length discrepancy and rotation, are frequent complications in managing long bone fractures.
• These issues can arise during the initial treatment phase if meticulous attention to detail is not observed.

Purpose of the Study:

• To highlight the importance of preventing axial malreductions during long bone fracture management.
• To discuss fluoroscopy-based techniques for avoiding malrotation and limb-length discrepancy during fracture surgery.
• To outline systematic evaluation methods for correcting these malreductions if they occur.

Main Methods:

• Review of fluoroscopy-based surgical techniques for fracture management.
• Description of clinical and radiographic evaluation protocols for assessing malreductions.
• Discussion of correction strategies for rotational malreduction and limb-length discrepancy.

Main Results:

• Axial malreductions (length and rotation) are common in long bone fracture management.
• Fluoroscopy-based techniques can prevent malrotation and limb-length discrepancy.
• Systematic evaluation aids in correcting existing malreductions.

Conclusions:

• Careful attention during initial fracture treatment is crucial for preventing axial malreductions.
• Various fluoroscopy-assisted methods exist to mitigate rotational and length discrepancies.
• Post-reduction evaluation guides the correction of malreductions in long bone fractures.