Application of quantum-mechanical methods in biotechnical research
Abstract
The possibilities of an application of the quantum-mechanical methods for the development of a technology of an efficient osteo-integration were considered for bone – implantable interaction. We made an exact analysis for energy, frequency and length of the communication of the atoms forming the surface communications. We were able to assess the external influence of the high-pitched laser on a surface of a material, and take into account the metrological aspects of the process of an efficient merging of an implant and a bone tissue. Our investigated will form the base for improvement of quality of life of the patient.
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