Since humans evolutionally adapt to a bipedal gait, the foot is important to allow humans to stand up, walk, run, and to jump. Without the soft tissues and bones at the foot and ankle, our lower limbs could not support the weight of the body. Crush injury of the foot and ankle is a consequence of high energy trauma leading to combined bone and soft tissue loss or destruction. The treatment of crush injury of the foot and ankle remains a challenge as it is associated with high morbidity. We report two cases of traumatic injury of footand ankle to highlight the paramount importance of soft tissue coverage in limb salvaging and reconstructive surgery of foot and ankle.
Femoral nailing is the overall “gold standard” in
treating femoral shaft fractures. However, plate
osteosynthesis at the femoral shaft is still being done
in selected patients. We report a case of right femoral
implant failure after a broad limited contact dynamic
compression plate (LC-DCP) insertion and its
subsequent management using our minimally invasive
technique. Our technique is biologically compliant
as well as cosmetically friendly. We converted a loadbearing
implant into a load-sharing implant in view that
obesity is a significant predictive factor of non-union in a
femoral fracture treated with locking plate. The patient
subsequently recovered well with no complication.