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Axial deviation refers to the misalignment of a body axis, most commonly affecting the legs or spine. It can be congenital or acquired and may lead to pain and joint damage.
Axial deviation refers to the misalignment of a body axis, most commonly affecting the legs or spine. It can be congenital or acquired and may lead to pain and joint damage.
Axial deviation refers to the departure of a body segment from its normal, anatomically correct alignment. The term is most commonly applied to the lower extremities -- for example, knock-knees (genu valgum) or bowlegs (genu varum) -- as well as to spinal malalignments such as scoliosis or kyphosis. Any joint in the body can be affected, including the hip, shoulder, and foot.
Axial deviations can arise from a variety of causes:
In genu valgum, the knees deviate inward so that they touch when the person stands upright, while the feet remain apart. Mild knock-knees are physiologically normal in toddlers and typically resolve on their own during childhood.
In genu varum, the knees deviate outward, leaving a visible gap between the knees when the feet are together. Like knock-knees, mild bowlegs in early childhood are often a normal part of development.
Scoliosis is a lateral curvature of the spine combined with rotation of the vertebral bodies. It is one of the most common spinal axial deviations and most frequently develops during the growth years of adolescence.
Additional axial deviations include hip deformities (coxa vara, coxa valga), flatfoot or pes planovalgus, and shoulder malalignments, among others.
Symptoms vary depending on the type and severity of the deviation. Common complaints include:
Axial deviations are diagnosed through the following approaches:
Treatment depends on the underlying cause, the severity of the deviation, and the age of the patient:
Severe or non-correctable axial deviations may require surgical intervention. Common procedures include:
The prognosis depends strongly on the underlying cause and the timing of treatment. Axial deviations identified and treated early can often be corrected or their progression effectively halted. When left untreated, significant malalignment can lead to progressive joint degeneration and chronic pain over time.
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