v4.1 Fusion X
Plates and intramedullary nails provide fracture stability through different biomechanical principles. Plates may function as compression, neutralisation, buttress, bridge or tension-band devices, while nails usually provide central load-sharing fixation. Absolute stability promotes primary bone healing, whereas relative stability permits controlled motion and secondary healing with callus formation. Construct behaviour depends on factors such as implant position, working length, screw configuration, fracture gap, bone quality and load sharing. Successful fixation requires a balance between mechanical stability and preservation of fracture biology.
Which type of stability promotes primary bone healing with minimal interfragmentary motion?
A 30-year-old male presents with a mid-shaft humeral fracture. Which internal fixation device is most suitable for providing load-sharing stability?
In the context of intramedullary nailing, what is the primary biomechanical advantage over plating?
Which of the following best describes the primary goal of internal fixation?
A surgeon is applying a plate to a fracture. Which of the following functional roles can the plate serve?
In a case of a comminuted distal femur fracture treated with a plate, which kind of stability would the surgeon aim for to achieve secondary healing?
What is a key factor that influences the mechanical behavior of a fracture fixation construct?
A 45-year-old patient presents with a fracture of the proximal tibia. Following surgical fixation with a plate, which mechanism is primarily responsible for restoring sta...
What complication is most likely associated with using a plate for fixation in the context of preserving fracture biology?
A resident is learning about the principles of fracture fixation. Which statement best describes the difference between absolute and relative stability?