Scapular fractures are uncommon high-energy injuries that usually heal well with conservative care. This case series from St. Gallen defines which fracture patterns require surgery and describes operative technique and outcomes for each type. The central question: which fractures will fail conservative management and lead to lasting disability?
When you see a scapular fracture on trauma imaging, the key decision is not whether to operate — it is which fractures will fail conservative management.
The two groups that need surgery are: glenoid fracture-dislocations (rim fractures with persistent humeral head subluxation, displaced glenoid fossa fractures), and unstable scapular neck fractures (those with concurrent clavicle fracture or coracoclavicular ligament disruption).
The surgical neck stability rule is board-testable and clinically immediate: an isolated scapular neck fracture with an intact clavicle and intact coracoclavicular ligaments is stable. Add a clavicle fracture and ligament disruption, and the fragment is no longer suspended. It migrates distally and anteromedially. In minimally displaced cases, fixing the clavicle alone restores stability without touching the scapula.
This series also reinforces that operative indications are not fracture pattern alone. The authors explicitly state that surgical skill, anatomic knowledge, and operative conditions must factor into the decision. A reminder that these are technically demanding cases.
Scapular fractures are uncommon high-energy injuries that usually heal well with conservative care. This case series from St. Gallen defines which fracture patterns require surgery and describes operative technique and outcomes for each type. The central question: which fractures will fail conservative management and lead to lasting disability?
When you see a scapular fracture on trauma imaging, the key decision is not whether to operate — it is which fractures will fail conservative management.
The two groups that need surgery are: glenoid fracture-dislocations (rim fractures with persistent humeral head subluxation, displaced glenoid fossa fractures), and unstable scapular neck fractures (those with concurrent clavicle fracture or coracoclavicular ligament disruption).
The surgical neck stability rule is board-testable and clinically immediate: an isolated scapular neck fracture with an intact clavicle and intact coracoclavicular ligaments is stable. Add a clavicle fracture and ligament disruption, and the fragment is no longer suspended. It migrates distally and anteromedially. In minimally displaced cases, fixing the clavicle alone restores stability without touching the scapula.
This series also reinforces that operative indications are not fracture pattern alone. The authors explicitly state that surgical skill, anatomic knowledge, and operative conditions must factor into the decision. A reminder that these are technically demanding cases.