Clinical study of a method for the receptor apparatus of the teeth protection at the stages of treatment with non-removable prosthesis designs
DOI:
https://doi.org/10.14739/2310-1210.2019.6.186596Keywords:
receptor apparatus, intact teeth, electro-odontometry, mastication, protection technique, light-curing adhesive, antihomotoxic drugAbstract
This article presents the results of clinical approbation of our proposed method for protecting the receptor apparatus of the teeth through a complex of domestic light-curing adhesive preparations and antihomotoxic drug “Traumeel”, the application of which was substantiated by experimental studies in laboratory animals.
The purpose of the study was to confirm clinically the experimentally obtained results to protect the receptor apparatus of the teeth by using the antihomotoxic drug combined with the domestic light-curing adhesive.
Materials and methods. The method was tested in 72 patients, of whom 57 were the main group and 15 were controls. They were divided into 3 subgroups by age. A total of 200 teeth were prepared for one-piece cast fixed implant-supported prostheses. Electro-odontometry (EO) was performed and masticatory force (MF) was measured by the proposed method (patent number 99095142 dated September 16, 1999) before the preparation, when an anesthetic was worn off and one month after preparation.
Results. The positive results of our method were clinically confirmed by the EO data analysis and the MF values measured by proposed by us method on the day of the study, the next day, in a month after the intact teeth were coated with the proposed complex of preparations. When assessing the data obtained, it was found that there were no significant changes in the EO indices as well as MF indicators on the day of the examination, the next day, in a month after the examination in the study group compared with the control.
Conclusions. Analyzing the results obtained, it can be noted that our method has a significant advantage in protecting the stumps during teeth preparation at the stages of treatment with non-removable prosthesis design and contributes to preventing complications of the hard dental tissue preparation.
References
Bolshakov, G. V., & Bedjurova, B. K. (2002). Izuchenie temperaturnoj chuvstvitelnosti zubov na jetapah ortopedicheskogo lechenija [Study of the temperature sensitivity of teeth during the orthopedic treatment]. Institute of Dentistry, 1, 30-31. [in Russian].
Bolshakov, G. V., & Kuznecov, O. S. (2009). Germetizacija vskrytyh dentinnyh kanalcev posle odontopreparirovanija [Sealing of opened dentinal tubules after odontodissection]. Current issues in dentistry. Collection of Scientific Abstracts. (S. 45-47). Moscow. [in Russian].
Makeeva, I. M., Panina, T. M., Amanatidi, G. E., & Pogabalo, I. V. (2002). Issledovanie reakcii sosudov pulpy na primenenie razlichnyh adgezivnyh sistem [Study of the reaction of pulp vessels to the use of various adhesive systems]. Stomatology, 6, 20-23. [in Russian].
Garazha, S. N., Grishilova, E. N., Kashnikov, P. A., Garazha, I. S., & Kodzhakova, T. Sh. (2013). Morfologicheskie izmenenija v povrezhdennom dentine zubov pod vlijaniem sinteticheskogo gidroksiapatita [Morphology of damage due dentin of the teeth synthetic hydroxyapatite]. Fundamental research, 9(6), 999-1002. [in Russian].
Kalamkarov, H. A. (2003). Ortopedicheskoe lechenie s primeneniem metallokeramicheskih protezov [Orthopedic treatment with metal-ceramic prostheses]. Moscow. [in Russian].
Petrikas, A. Zh., Petrikas, O. A., Kartoshkin, A. A., & Zhuravlev, O. N. (2018). Pulpotomija pri protezirovanii zubov. Pilotnoe issledovanie [Pulpotomiya at prosthetics of teeth. Pilot research]. Actual problems in dentistry, 14(2), 48-51. [in Russian].
Gente, M. (2001). Novyj metod ogranichenija glubiny preparirovanija [A new method for limiting the dissection depth]. NewDent, 2, 38-45. [in Russian].
Zabuha, Yu. I., & Bida, O. V. (2016). Rezultaty ortopedychnoho likuvannia patsiientiv z defektamy tverdykh tkanyn vitalnykh zubiv [The results of orthopedic treatment of patients with defects of hard tissues of vital teeth]. Ukrainian Dental Almanac, 2, 40-42. [in Ukrainian].
Bida, V. I., Struk, V. I., Bida, O. V., & Sydorenko, T. H. (2015). Pokaznyky mikrotsyrkuliatsii tkanyn parodonta u osib z patolohichnym styranniam tverdykh tkanyn zubiv riznoho stupenia tiazhkosti, uskladnenym bruksyzmom [Indicators of microcirculation in periodontal tissues in individuals with pathological abrasion of hard tissues of teeth of varying severity, complications of bruxism]. Collected Works employees NMAPO them. PLShupyk, 24(1), 471-477. [in Ukrainian].
Yanishen, I. V., & Diudina, I. L. (2016). Patohenetychni mekhanizmy rozvytku zmin u retseptornomu aparati zubiv pid chas preparuvannia tverdykh tkanyn ta vplyv depulpuvannia na yikh vytryvalist do mekhanichnykh navantazhen (ohliad literatury) [Pathogenetic mechanism of development of change in reception apparatus of teeth in during preparation hard tissues and impact the devitalization on fixedness to mechanical load (review of the literature)]. Journal of Medical and Biological Problems, 1(126), 62-66. [in Ukrainian].
Holik, V. P., & Diudina, I. L. (2013). Vplyv operatsii preparuvannia tverdykh tkanyn na pulpu zuba pid chas likuvannia neznimnymy konstruktsiiamy proteziv [Influence the operation of preparation hard tissue on pulp of tooth in period] Treatment by Fixed Dental Prosthesis, 1(4), 11-15. [in Ukrainian].
Abdollahi, A., & Jalalian, E. (2019). Effectiveness of two desensitizer materials, potassium nitrate and fluoride varnish in relieving hypersensitivity after crown preparation. The Journal of Contemporary Dental Practice, 20(4), 489-493.
Nawareg, M. M., Zidan, A. Z., Zhou, J., Chiba, A., Tagami, J., & Pashley, D. H. (2015). Adhesive sealing of dentin surfaces in vitro: A review. American journal of dentistry, 28(6), 321-332.
Dereiko, L. V., Zhyznomyrska, O. O., Samoiliuk, L. H., Trukh, H. H., & Nefodova, T. О. (2005). Zastosuvannia antyhomotoksychnoi terapii v kompleksnomu likuvanni heneralizovanoho parodontytu [The importance of antihomotoxic therapy for generalized parodontitis combined treatment]. Medicine of Ukrainian transport, 3, 63-65. [in Ukrainian].
Yanishen, I., Diudina, I., Krychka, N., Diieva, T., & Kuznetsov, R. (2019). Experimental justification of a method-of-choice to protect the receptor apparatus of the teeth, supporting a non-removable design denture. Georgian Medical News, 1(286), 36-39
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