v4.1 Fusion X
Type I: Minimally displaced avulsion. Type II: Hinge of posterior fibers intact (anterior lift) — may reduce closed; fixation if interposed tissue. Type III: Completely displaced fragment — requires reduction and fixation. Type IV (Zaricznyj): Comminuted fragment — fixation with sutures/screws after debridement.
What is the primary reason tibial spine avulsion injuries occur more frequently in children than in adults?
Which type of tibial spine fracture is considered comminuted and requires fixation with sutures or screws after debridement?
What is the typical age range for the peak incidence of tibial spine fractures?
What is the expected outcome for Type I tibial spine fractures treated non-operatively?
Following a successful closed reduction of a Type II tibial spine fracture, what is the recommended next step?
What is the primary mechanism of injury for tibial spine fractures in children?
In the Meyers-McKeever classification, which type of tibial spine fracture is characterized by minimal displacement of the fragment and is treated non-operatively?
Which type of tibial spine fracture involves a hinge of posterior fibers intact allowing for possible closed reduction?
What is the treatment approach for a Type III tibial spine fracture?
What characteristic appearance is noted on X-ray for a Type II tibial spine fracture?