What is the recommended follow‑up schedule and management plan for a healthy 13‑year‑old with an isolated mid‑shaft clavicle fracture treated non‑operatively?

Follow-up for Clavicle Fracture in a 13-Year-Old

For a healthy 13-year-old with an isolated mid-shaft clavicle fracture treated non-operatively, schedule clinical follow-up at 2 weeks, 4-6 weeks, and 8-12 weeks with radiographs at each visit to confirm healing progression. 1, 2

Initial Management Framework

Non-operative management is the strongly preferred approach for adolescent mid-shaft clavicle fractures, as surgical treatment has not demonstrated significant benefits over conservative management in this age group and carries high rates of subsequent hardware removal surgeries. 2, 3

Immobilization Protocol

• Use a simple sling for comfort and support (not a figure-of-eight brace, which is no longer recommended). 1, 2
• Discontinue sling use by 4 weeks for routine daily activities, though the patient should continue avoiding lifting, pushing, or pulling with the affected arm. 1
• Full weight-bearing activities and return to sports are typically allowed between 8-12 weeks based on radiographic evidence of healing and clinical examination. 1, 4

Follow-up Schedule and Assessment

Week 2 Visit

• Obtain upright radiographs (not supine) to assess fracture alignment and early callus formation. 1, 4
• Assess pain control and ensure proper sling use. 1
• Confirm no signs of skin compromise or neurovascular complications. 2

Week 4-6 Visit

• Repeat upright radiographs to document progressive healing. 1, 4
• Begin isometric strengthening exercises for shoulder girdle muscles with non-weight-bearing exercises if callus is forming appropriately. 1
• Patient may discontinue sling for routine activities but continues activity restrictions. 1

Week 8-12 Visit

• Final radiographs to confirm union before clearing for full activities. 1, 4
• Assess shoulder range of motion—should demonstrate full motion without pain or compensatory patterns before return to contact sports. 1
• For athletes, consider isokinetic testing showing >90% symmetry before return to heavy labor or contact sports. 1

Red Flags Requiring Urgent Orthopedic Referral

Even in non-operative management, certain findings warrant immediate surgical consultation:

• Displacement >100% (no cortical contact between fragments) noted on initial or follow-up films. 1
• Progressive displacement on serial radiographs. 4
• Persistent pain or functional limitation beyond 12 weeks suggesting nonunion or symptomatic malunion. 1
• Open fracture or impending open fracture. 2, 5
• Polytrauma requiring early mobilization. 2

Pain Management

• Multimodal analgesia including NSAIDs and acetaminophen. 4
• Ice application, particularly in the first week. 1, 4
• Most pain resolves significantly by 2-4 weeks with appropriate immobilization. 1

Critical Pitfalls to Avoid

Do not obtain supine radiographs—they underestimate true displacement and shortening; always use upright films with at least three views (AP in internal rotation, AP in external rotation, and axillary or scapula-Y view). 1, 4

Do not use figure-of-eight braces—slings are the preferred immobilization method per current American Academy of Orthopaedic Surgeons guidelines. 1, 2

Do not rush return to contact sports—even though adolescent fractures heal well, premature return before radiographic union (typically 8-12 weeks) risks refracture or displacement. 1, 3

Expected Outcomes

Long-term functional outcomes are typically excellent with non-operative management in the adolescent population, with the vast majority of fractures healing without complications. 2, 3 The high healing potential in children and adolescents makes conservative management highly successful, even for fractures that might warrant surgical consideration in adults. 6, 5