The Fast Bowlers’ Ankle

Fast Bowling Injuries

Posterior Ankle Impingement Syndrome (PAIS)
Posterior ankle impingement syndrome is the hallmark injury of the fast bowler’s front foot landing ankle and arises from repetitive forced ankle plantarflexion. Contributing factors include:

• Long delivery strides and negative joint work⁽⁴⁾,
• Anatomical variants such as an Os trigonum or elongated posterior talar process⁽⁸⁾,
• Cumulative posterior load secondary to high bowling volumes⁽⁹⁾,
• Footwear or landing surface variability contributing to higher impact kinematics⁽⁶⁾.

Bowlers present with posterior ankle pain that is most evident during push-off movements and forced plantarflexion. Imaging may reveal anatomical factors or soft tissue thickening in the posterior aspect of the ankle.

Lateral Ankle Ligament Sprains
These are the most frequent ankle injuries in cricket. While they often occur in fielding, fast bowlers have specific risk factors. The back foot may be subject to inversion stress during the follow-through. This is most notable in bowlers with a mixed type of action. Similarly, inversion stress can occur if the back foot strike inadvertently occurs on the outer aspect of the foot during the delivery stride (see figure 2). Recurrent inversion injuries may cause chronic instability and impair the capacity to distribute load efficiently.

Achilles Tendinopathy
The front foot is most susceptible to Achilles tendinopathy. During the transition from front foot contact to ball release, the ankle transitions rapidly from plantarflexion into dorsiflexion. During this period, the Achilles tendon is subjected to eccentric loading. The forward propulsion of the body after ball release results in the front ankle returning to plantarflexion and the Achilles contracting concentrically. Load management may be instituted to reduce fatigue or rapid load spikes, which may otherwise predispose to tendinopathy. Limited ankle dorsiflexion and weak calf musculature theoretically contribute to increased tendon strain at the front foot contact.

Stress Fractures
Stress fractures in the ankle are uncommon but can be significant. High cumulative GRFs may predispose bowlers to navicular and distal tibial stress fractures. These injuries often present with insidious pain and require prolonged rest. Risk factors include congested match scheduling, suboptimal footwear, and unaddressed workload spikes.

Clinical Evaluation

Clinical assessment should specifically target the key injuries of fast bowlers (see table 2).

Table 2: Objective evaluation tests

Prevention

Workload Monitoring
Clinicians can use acute:chronic workload ratios to track bowling load. Injury risk is present with both excessive load and underload, particularly when followed by spikes in bowling intensity or volume(9).

Strength and Conditioning
Clinicians must consider key areas when working with fast bowlers. These include:
• Eccentric calf strength for tendon resilience,
• Hip and trunk stability for effective load distribution,
• Dynamic balance for neuromuscular control,
• Plyometrics for improved responsiveness and efficiency.

Footwear
Purpose-built cricket shoes reinforce toe caps, provide cushioning, and incorporate spikes for improved traction. Injured athletes may require modifications, such as with orthotics. The front foot can often slide forward within the shoe on FFC, so fast bowlers may choose to remove the medial 
section of the toe box to reduce friction.

Bowling Action Biomechanics
Clinicians must assess several technical factors in the bowling action of the fast bowler experiencing ankle-related issues:

• Front leg bracing: A more extended knee at the point of FFC can improve energy transfer into the delivery, but at the cost of increased ankle joint load⁽⁹⁾.
• Stride length: Longer stride lengths correlate with increased plantarflexion and negative ankle joint load contributing to PAIS risk⁽⁴⁾.
• Run-up: Faster run-up speed correlates with faster bowling speeds but also higher front foot GRF⁽¹¹⁾. Increasing speed gradually on approach to the bowling crease may reduce the total ankle load. It is essential to individualize recommendations as both technical and fitness factors can differ among bowlers.

“The fast bowler’s ankle is subject to unique demands.”

Mandatory Credit_Action Images_Ian Smith Livepic

Conclusion

The fast bowler’s ankle is subject to unique demands. In most sports, the ankle plays a crucial role in providing stability during multi-directional movements. Fast bowling places added demands on the ankle as a load-absorbing joint. To effectively assess and manage the rehabilitation of the fast bowler’s ankle, there must be a distinct understanding of the unique loads that it is subject to. Posterior ankle impingement syndrome is the signature pathology of the fast bowler’s ankle. Biomechanical assessment of the run-up gait should place specific attention on the landing of the front foot. Adjustments to the action or stride length during the run-up may be necessary. The clinical team should screen ankle range of motion, monitor workload, ensure adequate conditioning, and ensure appropriate footwear.

References

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