Pediatric shoulder instability: epidemiology, etiology, diagnosis and treatment - Scorecard - MDSpire

Pediatric shoulder instability: epidemiology, etiology, diagnosis and treatment

  • By

  • Paksoy, Alp

  • Moroder, Philipp

  • Akgün, Doruk

  • March 6, 2026

  • 0 min

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Clinical Scorecard: Shoulder Instability in Children: Overview of Epidemiology, Causes, Diagnosis, and Management

At a Glance

CategoryDetail
ConditionShoulder instability in pediatric patients aged 5-14 years with open glenohumeral growth plates
Key MechanismsTraumatic or atraumatic shoulder instability due to ligamentous laxity, physeal or metaphyseal fractures, or pathological muscle activation patterns
Target PopulationChildren and adolescents aged 5-14 years with open growth plates
Care SettingPediatric orthopedic and sports medicine clinics, emergency departments, pediatric neurology for seizure-related cases

Key Highlights

  • Shoulder dislocations are rare in children under 10 years; incidence increases significantly in adolescents with closed physes.
  • Ligaments in young children are stronger than bone, making fractures more common than ligamentous injuries.
  • Early surgical intervention may reduce recurrence rates compared to traditional conservative management.

Guideline-Based Recommendations

Diagnosis

  • Perform thorough history focusing on pain, injury mechanism, prior instability, and family history of connective tissue disorders.
  • Use physical examination tests: anterior load and shift, anterior apprehension, relocation sign for anterior instability; Jerk, Kim, push–pull tests for posterior instability.
  • Assess capsular laxity and hypermobility with Beighton score, Sulcus and Gagey signs.
  • Evaluate neurological status and muscular imbalances including scapulothoracic motion and rotator cuff strength.
  • Refer to pediatric neurology if instability may be seizure-related.

Management

  • Initial management of first-time anterior dislocation is conservative with sling immobilization followed by physical therapy.
  • Consider early surgical intervention in recurrent or high-risk cases to reduce redislocation rates.
  • Balance use of CT imaging against radiation risks; prefer MRI for soft tissue assessment without radiation.
  • Radiographs should be obtained prior to reduction to assess for physeal fractures in patients with open physes.

Monitoring & Follow-up

  • Monitor for recurrence of instability, functional outcomes, and return to sport.
  • Assess ongoing apprehension or dissatisfaction after conservative treatment.
  • Follow-up imaging as needed to evaluate healing and joint integrity.

Risks

  • Higher risk of redislocation in adolescents with closed physes compared to younger children.
  • Potential for physeal or metaphyseal fractures rather than ligamentous injury in skeletally immature patients.
  • Radiation exposure from CT imaging in pediatric population.

Patient & Prescribing Data

Pediatric patients aged 5-14 years with shoulder instability and open growth plates

Conservative treatment is standard for first-time dislocations with good outcomes; however, recurrence rates vary and early surgery may be beneficial in select cases.

Clinical Best Practices

  • Differentiate between age groups and skeletal maturity when diagnosing and managing shoulder instability.
  • Use a combination of history, physical examination, and imaging tailored to pediatric anatomy and physiology.
  • Incorporate assessment of ligamentous laxity and neuromuscular control in evaluation.
  • Prefer MRI over CT to minimize radiation exposure in children.
  • Consider multidisciplinary approach including pediatric neurology for seizure-related instability.
  • Educate patients and families about risks of recurrence and treatment options.

References

Original Source(s)

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