Results of clinical and additional examination methods in the treatment of localized periodontitis

  • A.G. Oliynyk Department of Surgical and Orthopedic Dentistry, Faculty of Postgraduate Education, Danylo Halytsky Lviv National Medical University, Lviv, Ukraine https://orcid.org/0000-0002-8150-3341
Keywords: localized periodontitis, ozonated distilled water with titanium dioxide

Abstract

Aim. The study aims at enhancing the therapeutic effect and reducing the duration of treatment by using a solution of titanium dioxide in ozonated distilled water for antiseptic treatment of periodontal tissues.

Material and Methods. Treatment results of local inflammatory changes of periodontal tissues in 128 patients (73 female, 55 male aged 21-65 years) were analyzed and classified by the severity of periodontal disease as: gingivitis, primary and moderate periodontitis. Schemes of medical actions differed in pharmacotherapy. In order to ascertain the most effective approach, the results of conventional and developed treatment complexes were compared.

Results and Discussion. Digital indicators of the periodontal tissues condition following treatment presented common positive dynamic in all patients. However, significantly better results were obtained by using the developed method. According to the dynamics of bleeding index values, the proposed treatment regimens allow achieving more effective control over the inflammatory process. Digital indicators of hygiene showed that a better effect was reached after the suggested method - the dynamics of reducing the depth of periodontal pockets demonstrated clearer and statistically better results. Changes in the pH of the gingival fluid in a severe inflammatory condition indicated a considerable improvement after using the suggested treating method. X-ray data demonstrated the stability of digital values in the observation groups before and after treatment, which was interpreted as a sufficient control of destructive processes.

Conclusion. Mathematical analysis of the presented data demonstrates the benefits of the developed method for the treatment of periodontal diseases, especially in non-surgical treatment regimens. The performed research confirms greater effectiveness of the therapeutic method in initial lesions, and thus it proves the efficiency of complex control for preventive purposes

References

Dereyko L.V., Babych N.O., Obukhivs`kyy Yu.V. Mucogingival surgery as prevention of the occurrence and development of local periodontal diseases. Implantology, periodontology, osteology. 2008; 4: 86-92. Ukrainian

Kosoverov Yu.Ye. The level of dental morbidity and the structure of periodontal disease in young people. Bulletin of dentistry. 2002; 3: 4-5. Russian

Chumakova Yu.H. The role of local factors of the oral cavity in the development of periodontitis. Implantology, periodontology, osteology. 2008; 3: 70-75. Ukrainian

Smirnova A.V., Sosnina Yu.S. Analysis of the factors of occurrence of localized periodontitis. Institute of Dentistry. 2010; 3: 68-69. Russian

Zabolotnyy T.D., Borysenko A.V., Pupin T.I. Inflammatory periodontal disease. L?viv: HalDent. 2013. 206 s. Ukrainian

Barylo O.S., Sklyaruk N.V., Furman R.L. Complex treatment of purulent-inflammatory diseases of the maxillofacial area. Bulletin of morphology. 2014; 2(20): 504-9. Ukrainian

Oliynyk A.H., Vovk Yu.V. Treatment of peri-implantitis using a dispersed solution in distilled ozonated water of submicron-sized titanium dioxin. Dentistry news. 2013; 3(76): 88-92. Ukrainian

Sidel'nikova L.F., Skibitskaya Ye.A. Substantiation and prospects for the application of sorption therapy methods in the complex prevention of dental diseases. Modern dentistry. 2012; 2: 32-34. Russian

Sidel'nikova L.F., Skibitskaya Ye.A., Dudnikova M.O. Ways to increase the effectiveness of preventive treatment and prevention of exacerbations of chronic inflammatory diseases of the oral mucosa and periodontium. Modern dentistry. 2010; 2 (51): 49-53. Russian

Sorbents and their clinical use: transl.. ang. / under the editorship K. Dzhordano. K.: Vishcha shkola, 1989, 400 s. Russian

Yermolayeva M.S., Yurchenko O.I., Byelikov K.M., Brylova Ye.Yu. Synthesis and study of sorption properties of titanium dioxide of submicron size. Bulletin of Kharkiv National University. 2010; 895. Chemistry; Issue. 18 (41). Ukrainian

Dula K,, Mini R., van der Stelt P.F., Buser D. The radiographic assessment of implant patients: decision-making criteria. Int J Oral Maxillofac Implants. 2001; 16(1): 80-9.

Oliynyk A.H., Vovk Yu.V., inventors; LNMU, patent owner. Device for standardization of radiography during dental implantation. Declaratory patent for an invention. № 48536А. 2002 Aug 15. Ukrainian

Nyako E A, Watson C J, Preston A J Determination of the pH of peri-implant crevicular fluid in successful and failing dental implant sites: a pilot study. Arch Oral Biol. 2005; 50 (12): 1055-9.

Oliynyk A.H. The results of the application of the method of pH-metry of the implant-gingival fluid in the study of tissues of the peri-implant environment. Practical medicine. 2006; 5(ХІI): 70-5. Ukrainian

Classification of Periodontal and PerioImplant Diseases and Conditions. Journal of Clinical Periodontology. 2018; Vol.45 (Suppl 20); 291p.

Borysenko A.V. New Classification of Periodontal and PerioImplant Diseases and Conditions (2017). Modern dentistry. 2019; 3: 24-27. Ukrainian

Published
2021-05-26
How to Cite
Oliynyk, A. (2021). Results of clinical and additional examination methods in the treatment of localized periodontitis. Acta Medica Leopoliensia, 27(1-2), 46-62. https://doi.org/10.25040/aml2021.01-02.046