Saratov JOURNAL of Medical and Scientific Research

Methods for collecting the contents of the gingival groove (review)

Year: 2022, volume 18 Issue: №3 Pages: 315-319
Heading: Stomatology Article type: Review
Authors: Vinnik A.V.
Organization: Samara State Medical University
Summary:

Objective: to analyze the methods and characteristics of instruments for sampling the contents of the gingival groove and/or periodontal pocket forthe subsequent improvement of the instruments used. The literature analysis was carried out with a depth of 36 years (from 1985 to 2021) using the following scientometric databases: PubMed, Scopus, Google Academy, Rospatent, RSCI. This article describes the instruments and methods for taking the contents of the gingival groove and/or periodontal pocket and provides links to 30 scientific publications. An analysis of the literature has shown that many devices and techniques have been proposed to study the contents of the periodontal trough or periodontal pocket, but all of them have certain disadvantages, such as the presence of special equipment, which makes its use limited, high cost of equipment, as well as the difficulty of isolating biological material from the instrument, this worsens the quality of the obtained sample and distorts the results of the study.

Bibliography:
1. Yanushevich 00, Kuzmina EM, Kuzmina IN, et al. Oral diseases prevalence among Russian population. Condition of periodontal tissues and oral mucosa: results of an epidemiologi-cal dental survey of the population of Russia. Moscow: MGMSU, 2009; 228 p.
2. Sabirova Al, Akramov IA, Ramazanova ZD, et al. Modern aspects of epidemiological issues of periodontal tissue diseseas. The Scientific Heritage 2021; (73): 31-8.
3. Modina TN, Cinekker DT, Xaritonova MA, et al. Oral viral load of SARS-COV-2 and exacerbation of chronic periodontal dis- ease in patientswith novel coronavirusinfection(COVID-19).Actual Problems in Dentistry 2021; 17(1): 70-5.
4. Feshhenko IF, Sysoev NP, Podkladnev EA, et al. Combined physiotherapy and its effect on chronic catarrhal gingivitis in patientswith viral infection. In: Modern innovations in science, education and technology: a collection of scientific papers based on the materials of the VIII International Scientific and Practical Conference, Moscow, 15-16 Apr 2018. Moscow: Problemy nauki, 2018; p. 61-7.
5. Sorokina АА, Salaxov АК, Losev FF, et al. Oral health as a factor of primary prevention of postinfectious complications. Stomatologiya 2020; 99 (6): 19-23.
6. Svetlakova EN, Sementsova EA, Polushina LG, et al. On the issue of diagnosis of periodontal disease: current capabilities and clinical needs. Health and Education Millennium 2017; 19 (3): 34-7.
7. Amxadova MA, Ashurov GG, Ismoilov AA, et al. Influence of disadvantage physican-social factor on condition of paradontology ststus of the adult population with teeth-maxilla anomaly. Russian Journal of Dentistry 2019; (3-4): 140-3.
8. Godovanec Ol. Comparative characteristics of the state of periodontal tissues in stomatologically healthy children and children with chronic catarrhal gingivitis. Young Scientist 2017; 143 (9): 142-5.
9. Xabadze ZS, Dzhabrailova GD, Kerimova KN, et al. The rationale for the inclusion of anticeptic support at the basic therapy stages of periodontal diseases. Modern Science: Actual Problems of Theory and Practice. Series: Natural and Technical Sciences 2019; (5): 213-7.
10. Isaeva Al, Averyanov SV, Iskhakov IR. Risk factors for the occurrence of chronic marginal simple gingivitis in young people. In: High-tech research as the basis of innovative development of society: collection of articles of the International Scientific and Practical Conference, Tyumen, 5 May 2020. Ufa: Aeter-na, 2020; p. 158-60.
11. Knyazeva ЕВ, Turkutyukov VB. Epidemiology and etiology of parodontal inflammatory diseases at railway workers. Pacific Medical Journal 2014; 57 (3): 29-31.
12. Dzampaeva ZhY. Etiology and pathogenesis features of inflammatory periodontal diseases. Kuban Scientific Medical Bul- letin 2017; 24 (5): 103-10.
13. Bayahmetova АА, Yekesheva A. Characteristics of the microflora of periodontal pockets in periodontitis. Actual scientific research in the modern world 2017; 25 (5-3): 15-20.
14. Kuznetsova MY, Mitin NE, Davidyants AA, et al. Comparative characteristics of gingival fluid collection methods for assessing the results of orthodontic treatment. Medical and pharmaceutical journal Pulse 2019; (7): 37-41.
15. Jain N, Lai Р, Walters J. Effect of gingivitis on azithro-mycin concentrations in gingival crevicular fluid. J. Periodontol. 2012; 83 (9): 1122-8.
16. Sadykov Ml, Trunin DA, Nesterov AM, et al. Imunological and microbiological status of the oral cavity in elderly patients using removable laminar dentures. Science and innovations in medicine. 2016; (2): 50-4.
17. Prohodnaya VA, Chibichan ЕС, Lomova AS, Ко si ch AY. Methodological approaches to the collection and research of biological fluids of the oral cavity in the framework of teaching the propedeutics of dental deseases. Chief Physician of the South of Russia 2018; 59 (1): 43-6.
18. Miklyaev SV, Leonova ОМ, Sushchenko AV, KozlovAD. Analysis of the contents of the periodontal pocket in chronic periodontitis. Systems Analysis and Management in Biomedical Systems 2021; (3): 51-5.
19. Yudina NA, Yakovleva- Malich МО, Kostyuk SA, Ruden-kova TV. Cytokine profile of gingival fluid in patientswith various forms of periodontal disease. Sovremennaya stomatologiya 2021; 83 (2): 58-62.
20. Grishin Ml, Aksenova EV, Bessonova MO. Comparative analysis of the tooth-fluid in dentistry. Forum of Young Scientists 2019; (7): 44-8.
21. Mitin NE, Kalinovskiy SI, SevbitovAV, etal. Device for gingival fluid intake: patent of the RF for the utility model №190173 of 24.04.2019. Bull. №18 of 21.06.2019.
22. Belousov AV, Yakushenko SV. Method for gingival fluid intake: patent of the RF for the invention №2342956 of 27.06.2007. Bull. №1 of 10.01.2009.
23. Asanbaeva DE, Ergazina MJ, Phedotovskikh GV, et al. Method of collecting and processing from cytological material for indetification of cell elements from gingival fluid: patent of the Kazakhstan for the invention №18365 of 16.04.2007.
24. Rasulov MM, Petrovich luA, Ramazanov TD. Device for gingival fluid intake: invention certificate №1706606 of 31.10.1989. Bull. №3 of 23.01.1992.
25. Zhiakonis IM, SHidlauskas Al, Paipalene PA, et al. Sampling device for gingival fluid: invention certificate №1189446 of 01.03.1984. Bull. №41 of 07.11.1985.
26. Zaichik EV, Dubrovin АР. Method for determining chemical elements in gingival fluid №1704091 of 30.01.1989. Bull. №1 of 07.01.1992.
27. Zhulev EN, SerovAB. Method for studying gingival fluid: patent of the RF for the invention №2349920 of 30.05.2007. Bull №8 of 20.03.2009.
28. Gilmiyarov Е'М, Lyamin AV, Gilmiyarova FN, et al. Instrument to extract contents of the periodontal pocket: patent of the RF for the utility model №180687 of 29.12.2017. Bull. №18 of 21.06.2018.
29. Ivanova IA, Lepilin AV, Zaharova NB, et al. The means for taking gingival fluid: patent of the RF for the utility model №2006100701of 10.01.2006. Bull. № 1515 of 27.05.2006.
30. Ivanova IA, Lepilin AV, Zaharova NB, et al. Dental research complex: patent of the RF for the utility model №2006100700 of 10.01.2006. Bull. № 34 of 10.12.2006.

AttachmentSize
2022_3_315-319.pdf306.77 KB

No votes yet