ANALYSIS OF COMPENSATORY AND ADAPTIVE MECHANISMS IN THE CASE OF BRIDGE PROSTHETICS OF TERMINAL DENTAL DEFECTS USING INTRAOSSEOUS IMPLANTS BY ELECTROMYOGRAPHY.
Abstract
An analysis of literature sources revealed that in the orthopedic treatment of patients with partial tooth loss, up to 26% of patients refuse to manufacture removable dentures for various reasons [1,2,5,6,]. For the rehabilitation of such patients, dental implantation is widely used today in combination with improved methods for the manufacture of non-removable dentures [3,4,7,9]. For a reliable functional assessment of orthopedic treatment of patients using dental intraosseous implants, the condition of human chewing muscles is studied [8,11]. The most objective method of assessing the functional state is electromyography (EMG).
References
1. Abakarov S.I., Omarov O.G., Sorokin D.V. and others. Electromyographic studies of the muscles of the maxillofacial region after orthopedic treatment in dynamics // Proceedings of the X non-annual scientific and practical conference "Modern technologies in dentistry". Moscow– 2008. –p. 184
2. Aleynikov A.S., Bugrovetskaya E.A., Solovykh E.A. and others. The role of bioelectric activity of masticatory muscles in stress response. // Materials of the First scientific and practical conference of young scientists "Innovative science – effective practice". Moscow– 2010, pp. 134-136.
3. Gvetadze R.S. Assessment of bioelectric activity of masticatory muscles of patients depending on the implantation time. // Dentistry. 1999. Vol. 78, No. 4. pp. 43-44.
4. Gvetadze R.S., Amirkhanyan A.N. Functional restructuring of the dental system during implant-supported prosthetics // Thesis of the 4th All-Russian Scientific and Practical Conference— Moscow, 2000, pp.161-162
5. Dudko A.S., Shalatshina O.I. and others. Bioelectric activity of the chewing muscles during prosthetics on dental implants.// New in Dentistry, 1994, No. 3, pp. 24-27.
6. Moroz P.V. Functional changes in the orthopedic treatment of secondary deformities of the chewing apparatus: Abstract of the dissertation: Candidate of medical Sciences. — St. Petersburg, 1991. — 20 p.
7. Onopa E.N., Semenyuk V.M., Smirnov K.V. and others. Electromyographic activity of the masticatory muscles in different functional abilities of the human dental system // Institute of Dentistry. - 2004. №2 (23). - Pp. 54-55.
8. Popov S.A., Satygo E.A. Diagnostic value of standardized electromyographic indicators of masticatory muscles // Russian Dental Journal. 2009. No. 6. pp. 18-20.
