
To evaluate the effect on increasing bone cement-bone interface micro-gomphosis intensity with bone cement oscillator.One hundred femoral bones of adult pig were randomly divided into 6 groups: oscillating group (A1) and control group (A2) of anti-tensile force, oscillating group (B1) and control group (B2) of anti-pressure (n = 20 in each group), oscillating group (C1) and control group (C2) of imaging (n = 10 in each group). Mechanics and CT test was performed, micro-gomphosis intensity of bone cement-bone interface between oscillating group and control group was compared.Mechanics and CT test showed bone cement-bone interface micro-gomphosis intensity in oscillating group was significantly stronger than control group (P < 0.01).Bone cement oscillator can significantly increase micro-gomphosis intensity of bone-cement interface, and reduce long-term aseptic loosening of artificial prostheses.
Male, Random Allocation, Swine, Joint Prosthesis, Materials Testing, Bone Cements, Animals, Equipment Design, Femur, Mechanics, Cementation, Vibration
Male, Random Allocation, Swine, Joint Prosthesis, Materials Testing, Bone Cements, Animals, Equipment Design, Femur, Mechanics, Cementation, Vibration
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