Dalton et al: Minimally invasive repair of acetabular fractures in dogs: Ex vivo feasibility study and case report
Veterinary Surgery 6, 2023

🔍 Key Findings

  • Minimally invasive acetabular fracture repair using pre-contoured plates on 3D-printed hemipelvic models was feasible and accurate in canine cadavers.
  • Fracture gap and step defects were consistently small, with median gap <2 mm and step defect <1 mm across all specimens.
  • Pelvic angulation was preserved postoperatively with median changes in sagittal and coronal angles <5°.
  • Sciatic nerve injury was minimal, with no injury in 4/5 cadavers and mild superficial injury in 1.
  • Surgical time was acceptable, with a median total operative time of 46 min for cadaver repairs.
  • In a clinical case, radiographic healing was confirmed at 3 months, with weight bearing within 24 hours postoperatively.
  • Locking screws helped maintain reduction despite lack of interfragmentary compression, though long working length may reduce construct rigidity.
  • Fluoroscopy and direct visualization were needed for optimal reduction, suggesting arthroscopic assistance may enhance minimally invasive applications in the future.

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Dalton et al: Minimally invasive repair of acetabular fractures in dogs: Ex vivo feasibility study and case report
Veterinary Surgery 6, 2023

🔍 Key Findings

  • Minimally invasive acetabular fracture repair using pre-contoured plates on 3D-printed hemipelvic models was feasible and accurate in canine cadavers.
  • Fracture gap and step defects were consistently small, with median gap <2 mm and step defect <1 mm across all specimens.
  • Pelvic angulation was preserved postoperatively with median changes in sagittal and coronal angles <5°.
  • Sciatic nerve injury was minimal, with no injury in 4/5 cadavers and mild superficial injury in 1.
  • Surgical time was acceptable, with a median total operative time of 46 min for cadaver repairs.
  • In a clinical case, radiographic healing was confirmed at 3 months, with weight bearing within 24 hours postoperatively.
  • Locking screws helped maintain reduction despite lack of interfragmentary compression, though long working length may reduce construct rigidity.
  • Fluoroscopy and direct visualization were needed for optimal reduction, suggesting arthroscopic assistance may enhance minimally invasive applications in the future.

Simini Surgery Review Podcast

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