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Rajab (2025) Rehabilitation of Shoulder (Rotator Cuff) InjuryinFastbowling Cricketers by Aqua&Theraband (Elasticband)Exercises with Treatment &Diagnosis Evaluation
Rotator cuff injuries are among the most common overuse injuries in overhead sports such as cricket, baseball, tennis and swimming. Repetitive throwing or bowling places considerable stress on the shoulder, often leading to pain, reduced strength and limited range of motion. A 2025 clinical study investigated the effectiveness of aquatic therapy combined with resistance band exercises for rehabilitating acute and chronic rotator cuff injuries in competitive cricket bowlers.
The shoulder is the body’s most mobile joint, relying heavily on muscular stability provided by the rotator cuff. Following injury, pain often limits movement, making early rehabilitation difficult.
Aquatic therapy creates a supportive rehabilitation environment where buoyancy reduces the effective weight of the arm, allowing patients to perform shoulder movements with less pain. Water resistance provides gentle multidirectional strengthening, while warm water promotes muscle relaxation and improves movement confidence.
The study included 105 male cricket bowlers aged 15 to 40 years with clinically diagnosed acute or chronic rotator cuff injuries. Participants were recruited from 40 cricket clubs in Lahore, Pakistan.
Before starting rehabilitation, all athletes underwent a clinical shoulder assessment using several established diagnostic tests:
The rehabilitation programme lasted 8 weeks and combined aquatic exercises with Theraband (elastic resistance band) strengthening exercises. Outcomes before and after rehabilitation were compared using these clinical assessments.
The rehabilitation protocol followed established training principles, including:
For acute injuries, the programme also incorporated the RICE principle (Rest, Ice, Compression and Elevation) during the initial phase before beginning active rehabilitation.
The water-based programme progressed from simple mobility exercises to more demanding strengthening activities.
Examples included:
The buoyancy of water allowed these movements to be performed comfortably while progressively restoring shoulder mobility.
Aquatic therapy was complemented by Theraband strengthening exercises targeting the rotator cuff muscles.
Exercises included:
A 30-second rest period was provided after each exercise to allow adequate recovery throughout the programme.
Following the eight-week rehabilitation programme, participants demonstrated a clear improvement in shoulder mobility.
Clinical assessment showed greater range of motion across all four diagnostic shoulder tests compared with baseline measurements.
Athletes reported a substantial reduction in pain after completing the rehabilitation programme.
Pain experienced during the initial clinical examination had largely resolved following the combined aquatic and Theraband exercise programme.
The rehabilitation programme resulted in improved shoulder strength, enabling athletes to perform bowling movements with greater control and reduced discomfort.
The authors concluded that combining aquatic exercise with resistance training effectively restored rotator cuff muscle function.
Statistical analysis demonstrated a highly significant improvement following rehabilitation (p = 0.000), supporting the effectiveness of the combined exercise programme for treating rotator cuff injuries.
The authors emphasise that successful rehabilitation begins with an accurate diagnosis.
Clinical assessment should determine:
Early intervention allows rehabilitation to begin sooner and may reduce the risk of chronic shoulder dysfunction.
Although this study focused on cricket bowlers, the rehabilitation principles are applicable to many overhead athletes.
Potential applications include rehabilitation for:
The authors conclude that combining aquatic therapy with progressive resistance exercises provides an effective approach for restoring shoulder mobility, strength and function following rotator cuff injury.
Several limitations should be considered when interpreting the findings.
The study included only male cricket athletes and did not directly compare aquatic therapy with land-based rehabilitation alone. Outcome measures were primarily based on clinical shoulder tests rather than validated patient-reported outcome measures, and detailed objective strength measurements were not reported. Additional high-quality randomised controlled trials are needed to confirm the effectiveness of this rehabilitation approach across different sports and patient populations.
This study suggests that aquatic therapy for rotator cuff injury, combined with progressive Theraband exercises, can significantly improve shoulder range of motion, reduce pain and restore strength in overhead athletes. By reducing shoulder loading while allowing early functional movement, aquatic therapy offers a valuable component of comprehensive shoulder rehabilitation programmes for sports-related rotator cuff injuries.