Clinical Orthopaedics and Related Research · 1999 · 90 citations · 12 references
MedicineOrthopaedic SurgerySurgeryBiomechanicsOrthopedic BiomechanicsOrthopedicsAmputationFixation BiomechanicsLimb SalvageLower Extremity ReconstructionProsthetic BiomechanicsProsthetic FittingAmputation BiomechanicsBiomechanical Design PrinciplesProsthetic Lower Limb BiomechanicsResidual Limb ReconstructionStabilization
The technique of transfemoral amputation has evolved during the last decade whereby muscle stabilization and biomechanical principles have gained new significance. Maintenance of the femoral shaft axis close to normal can be achieved by preservation of the adductor magnus and by myodesis of the muscle to the residual femur. By following established biomechanical principles, and satisfactory surgical techniques, patients undergoing transfemoral amputation are easier to fit with a prosthesis and more likely to remain able to ambulate. Reduction in stump problems can be achieved, and improvement in stump strength is seen.
12
Energy cost of walking of amputees: the influence of level of amputation.
Waters Rl, Jacquelin Perry, Daniel Antonelli et al. · PubMed · 1976 · 879 citations
Energy cost of walking of amputees
Waters Rl, Jacquelin Perry, Daniel Antonelli et al. · Journal of Bone and Joint Surgery · 1976 · 833 citations
Bruce T. Rougraff, Michael A. Simon, Jeffrey S. Kneisl et al. · Journal of Bone and Joint Surgery · 1994 · 542 citations