🦴 **2025 TREATMENT CONTROVERSIES: Proximal Humerus Fractures**
Evidence-based management with surgical video demonstrations and imaging
📊 **KEY 2025 PHF EVIDENCE:**[web:204]
**Epidemiology:**
• Account for 5-6% of all adult fractures
• Peak incidence: Age >80 years
• 70% occur in patients >60 years
• Increasing recognition in osteoporotic/fragility fractures
• Growing global impact on healthcare costs
**Treatment Algorithm 2025:**[web:204][web:210]
**Non-Operative Management:**
• Sling immobilization + progressive rehabilitation
• Indicated for: Minimally displaced fractures
• Acceptable for: Selected two-part fractures
• Crucial for: Patients with severe comorbidities
• Dependent patients: Non-operative is appropriate
**Surgical Options:**
1. **Open Reduction Internal Fixation (ORIF):**[web:204]
• Most common surgical treatment
• Locking plate fixation preferred
• Critical: Anatomic restoration of head-tuberosity-shaft
• Younger patients with displaced fractures
• Two- or three-part fractures
2. **Hemiarthroplasty (HA):**[web:206]
• Displaced 3-4 part fractures
• Anatomic head displacement
• Head-split fractures
• Requires intact/repairable tuberosities
• Allows early return to motion
3. **Reverse Total Shoulder Arthroplasty (rTSA):**[web:204][web:206]
• **PREFERRED treatment for elderly patients**
• Unreconstructible fractures
• Not dependent on tuberosity healing
• Not dependent on rotator cuff function
• Better outcomes vs hemiarthroplasty
• Tuberosity healing improves rotation
**❗ CRITICAL SURGICAL CONSIDERATIONS:**[web:204]
**Tuberosity Management:**
• Proper tuberosity healing VITAL for outcomes
• Failed healing in HA = devastating functional loss
• Failed healing in rTSA = reduced rotation but maintained elevation
• Anatomic tuberosity positioning essential
**Age-Based Approach:**
• Younger patients: Prioritize fixation techniques
• Middle-aged: HA if fixation not feasible
• Elderly: rTSA increasingly preferred
**📉 RECENT EVIDENCE 2025:**[web:212]
**Non-Operative vs Operative:**
• Multiple RCTs show NO superiority of surgery in elderly
• Recent literature: Better outcomes with rTSA
• Patient selection critical
• Cognitive impairment: Non-operative indicated
**Fixation Techniques:**[web:210]
• Percutaneous pinning
• Intramedullary nailing
• Locking plate fixation
• Each has specific indications
**🎥 SURGICAL VIDEO DEMONSTRATIONS:**
1. Proximal Humerus ORIF Technique:
2. Reverse Total Shoulder Arthroplasty for PHF:
3. Proximal Humerus Fracture Classification:
🖼️ **ANATOMICAL & IMAGING RESOURCES:**
Proximal Humerus Anatomy & Fracture Patterns:
[Access imaging atlases for fracture classification & surgical planning]
✅ **CLINICAL PEARLS 2025:**
**Decision-Making Framework:**
1. Patient factors (age, activity, comorbidities)
2. Fracture pattern & displacement
3. Bone quality assessment
4. Rotator cuff integrity
5. Tuberosity assessment
**Surgical Indications:**
• Displaced 2-3 part fractures (younger)
• 3-4 part fractures (arthroplasty)
• Head-split fractures (arthroplasty)
• Unreconstructible anatomy (rTSA)
**Non-Operative Indications:**
• Minimally displaced fractures
• Severe comorbidities
• Cognitive impairment
• Completely dependent patients
• Patient preference after counseling
**Outcomes Expectations:**
• rTSA: Best functional outcomes in elderly
• ORIF: Good outcomes with proper technique
• HA: Variable, dependent on tuberosity healing
• Non-op: Acceptable function in selected patients
💡 **2025 PRACTICE EVOLUTION:**
• Shift toward rTSA for elderly patients
• Recognition of fragility fracture burden
• Improved understanding of tuberosity importance
• Patient-centered decision making
• Balance surgical intervention vs comorbidity risk