Anterior drawer test (ankle)
Gently drawing the heel bone forward while stabilizing the shin assesses the integrity of the anterior talofibular ligament following a suspected sprain.
Ankle & Foot · The ankle and foot absorb and redirect the full force of body weight with every step, making sprains and overuse injuries among the most common in sport and daily life.
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The large majority of ankle sprains are inversion injuries affecting the ligaments on the outer side of the ankle, most often the anterior talofibular ligament.
Mild sprains often improve substantially within two to three weeks, while moderate to severe sprains can take four to eight weeks or longer for a full return to sport-level activity.
Clinical decision rules such as the Ottawa ankle rules help determine when an X-ray is needed, generally reserving imaging for cases with specific bony tenderness or an inability to bear weight.
Chronic ankle instability describes a persistent tendency for the ankle to give way or feel unstable, often following an inadequately rehabilitated sprain, and is associated with a higher risk of repeat sprains.
Plantar fasciitis is irritation of the thick band of tissue running along the bottom of the foot, commonly producing sharp heel pain that is often most noticeable with the first steps in the morning.
Ice is commonly used for short-term pain and swelling relief after an acute sprain, though current guidance places comparatively more emphasis on early protected movement and graded loading for the overall recovery process.
Assessment of the ankle and foot typically begins with a history of the injury mechanism or symptom onset, followed by observation of swelling, bruising, and weight-bearing ability.
A structured examination including specific ligament and tendon tests, alongside clinical decision rules for imaging, helps guide appropriate management from the first visit.
Gently drawing the heel bone forward while stabilizing the shin assesses the integrity of the anterior talofibular ligament following a suspected sprain.
A clinical decision tool based on specific areas of bony tenderness and weight-bearing ability that helps identify which ankle injuries need imaging to rule out fracture.
Squeezing the calf while the patient lies face-down and observing for ankle movement helps identify a complete Achilles tendon rupture.
Extending the big toe while the foot is weight-bearing stretches the plantar fascia and can reproduce heel pain characteristic of plantar fasciitis.
Standing on one leg with eyes open or closed assesses balance and proprioceptive control, often reduced following ankle sprain and relevant to chronic instability.
These warrant prompt clinical review rather than unsupervised exercise progression.
An inability to take even a few steps immediately after an ankle injury, combined with specific bony tenderness, raises concern for fracture and typically warrants imaging.
An obvious change in the shape of the ankle or foot after injury suggests possible fracture or dislocation and requires urgent evaluation.
A sudden sharp pain at the back of the ankle with an audible pop during push-off may indicate an Achilles tendon rupture and should be assessed promptly.
A cold, pale, or numb foot following injury is a medical emergency requiring immediate evaluation.
This structured approach, combining clinical decision rules with targeted special tests, allows the majority of ankle and foot injuries to be confidently managed without unnecessary imaging while still identifying those that need it.
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