Biological models of osseous tissue and periosteum have been developed. Biocompatible materials of titaniumnickel as an integral part of implant-tissue composites have been already functioning for five years, substituting for damaged bone fragments. The defects of skeletal kinematic sections of the mandible of experimental animals were replaced by biomechanical models of implant-tissue composites of the osseous tissue and periosteum. The composites were formed by joining the models of extracellular matrixes of osseous tissue and periosteum and the natural tissues. The validity of methodological propositions and optimal technological solutions have been proved by the absence of life-time signs of biochemical, biomechanical, hysteresis or thermodynamic incompatibility on tissue and skeletal levels.
| Authors: |
|
N. M. Djurjagin |
| Journal: |
|
Biophysics
|
| Year: |
|
2012 |
| DOI: |
|
10.1134/S0006350912020091 |
| Publication date: |
|
26-06-2012 |