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IJSTR >> Volume 9 - Issue 1, January 2020 Edition



International Journal of Scientific & Technology Research  
International Journal of Scientific & Technology Research

Website: http://www.ijstr.org

ISSN 2277-8616



Methods Of The Individual Selection Of Dental Structural Metal Alloys For The Treatment Of Patients With Teeth And Dentition Defects

[Full Text]

 

AUTHOR(S)

Andrey Nikonov, Natalya Breslavets, Natalia Krychka, Maksym Serhiienko

 

KEYWORDS

dental structural metal alloys, electropuncture diagnostics

 

ABSTRACT

Pathological reactions of the body associated with the development of a patient’s symptom complex of intolerance to metal alloys are some of the complications in prosthodontics. This work is aimed at optimizing the results of the individual selection of dental metal alloys for preventing the development of intolerance to orthopedic fixed structures. A survey was conducted with the participation of 73 patients (30 males and 43 females) aged 22 to 70 years. They were divided into two groups. The first group included patients (n=31), who did not have orthopedic metal structures (control group). The second group consisted of patients (n=42) with stamped-brazed metal orthopedic structures with a nitride-titanium coating, as well as ceramic-metal and metal-plastic dentures. Various manifestations of intolerance to metal alloys were observed in all patients of this group. A study was made of the electrical conductivity of biologically active points of the “lymphatic meridian state” and “head allergy” in patients with intolerance to metal orthopedic dental structures, based on the methods by V. Nakatani and R. Voll. Such denture construction materials as stainless steel 20Kh18N9T, cobalt-chromium alloy “Vitalium” and nickel-chromium alloy “Viron-88” were tested. It was revealed that when using the Vitalium alloy, the risk of individual hypersensitivity to dental structural metal alloys is the least. The survey results indicate the dominant role of concomitant pathology (92.85%) in the development of “intolerance to structural metals” and demonstrate the formation of an endless circle (concomitant pathology leads to the emergence of “intolerance”, which in turn worsens the course of somatic diseases). The development of “intolerance” when using combined constructions (metal + ceramics) makes it difficult to conduct differential diagnosis and, accordingly, treatment tactics. The analysis of the results shows the sufficient sensitivity of electropuncture diagnostic methods in identifying intolerance to metal orthopedic structures. These methods make it possible to determine a patient’s predisposition to individual hypersensitivity to dental alloys, to identify the incompatibility of certain metals with a patient’s body, and to select the most compatible materials with regard to the role of concomitant pathology. The conducted study allowed us to develop a two-step algorithm of diagnostic measures for patients at risk of hypersensitivity to dental metal alloys.

 

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