Received 26.11.2024

DOI: 10.35556/idr-2025-2(111)20-24
Review of modern basic materials: types, properties, application
Nauman V.A.1, 2
1 Federal State Budgetary Educational Institution of Higher Education “I.N. Ulianov Chuvash State University”
428015, Russia, Chuvashia, Moskovskiy Prospekt, 15
2 LLC «Zhemchuzhina».
140170, Russia, Bronnitsy, Moscow Region, Kom-somolsky Pereulok, 53

E-mail address: zubik08@mail.ru

Summary. The article is dedicated to the review of modern base materials for the fabrication of removable dentures in dentistry. The paper discusses various types of materials available on the modern domestic market, their main properties, and applications. The prospects for the development of base materials for removable dentures are also discussed.
Keywords: base materials, removable dentures, acrylic resins, nylon polymers, precursors, dentistry.

For citation: Nauman V.A. Review of modern basic materials: types, properties, application. Stomatology for All / Int. Dental Review. 2025; no. 2 (111): 20-24 (in Russian). doi: 10.35556/idr-2025-2(111) 20-24

References
1. Astashina N.B., Bazhin A.A., Starkova A.V. et al. The possibilities of using composite materials and digital technologies at the stages of orthopedic treatment of patients with complete absence of teeth. Problems of dentistry. 2021; 17, no. 1: 129–135.
2. Yezhrkhali T. The current situation of 3d printing in dentistry. Scientific aspect. 2023; 29, no. 12: 3622–3628.
3. Zatolokina M.A. Influence of basic materials used in the manufacture of removable dentures on the mucous membrane of the cheek. Regional Bulletin. 2020; 53, no. 14: 5–6.
4. Pegasova H.S., Mikhailova N.G., Urukov Yu.N. et al. The use of acry-free plastic as a base plastic in the manufacture of partial removable and complete removable plate products. Collection of scientific papers of young scientists and specialists. Collection of articles in 2 parts. Cheboksary, 2020; 308–313.
5. Klimov A.V., Pechura D.S., Nedovyesova D.P. The possibility of using innovative 3d technologies in orthopedic dentistry. Alley of Science. 2021; 1, no. 5 (56): 941–944.
6. Tsimbalistov A.V., Soboleva A.V., Tsarev V.N. et al. The clinical effectiveness of removable dentures made of light-cured basic material “Nolatec”. Orthopedics. 2020; no. 2: 121–125.
7. Lebedenko I.Y. Orthopedic dentistry: national guidelines: in 2 volumes. M.: GEOTAR-Media, 2022; Vol. 1. 516 p.
8. Levchenko I.M., Stepanov A.G., Kirakosyan L.G. Study of physico-mechanical properties of polymer materials used in additive manufacturing technology of dentures by 3d printing. Russian dentistry. 2020; 13, no. 2: 66–68.
9. Malakeeva P.R., Bragin A.E. Comparative analysis of digital and analog methods of prosthetics of patients in orthopedic dentistry. Science Week. Materials of the International Youth Forum. Stavropol, 2023: 697–698.
10. Malakhova K.V. Alternative orthopedic treatment with thermoplastic materials for intolerance to acrylic plastics. 76th General Scientific Conference of students of Rostov State Medical University. Collection of materials. Rostov-on-Don, 2022: 53–54.
11. Minyailo Yu.A., Kopytov A.A., Pozdnyakov S.N. The main stages of the development of materials and methods of manufacturing bases of removable prostheses. Clinical dentistry. 2021; no. 1 (97):124–130.
12. Murashov M.A., Zhurina A.A., Platonova M.S. et al. An overview and comparison of modern technologies for 3D printing in dentistry and maxillofacial prosthetics available in the Russian Federation. Problems of dentistry. 2024; 20, no. 1: 165–169.
13. Yushmanova T.N., Skripova N.V., Kapshina O.Ya. et al. Fundamentals of materials science in orthopedic dentistry. Impression materials: a training manual. Arkhangelsk: Publishing House of SSMU, 2022; 116 p.
14. Pechura D.S., Nedovyesova D.P. The possibility of using innovative 3d technologies in orthopedic dentistry. NovaInfo.Ru. 2021; no. 126: 118 p.
15. Sobir R.K., Matveev R.S. Polyurethane removable dentures in orthopedic stomatology. Digitalization of education: theoretical and applied research of modern science: materials of the XXVII All-Russian Scientific and Practical Conference. Rostov-on-Don, 2021; Part 1: 86–90.
16. Dobrov F.S., Aganyan A.S., Lopina N.P. et al. Modern metal alloys in orthopedic dentistry. Research Project of the Year 2023: a collection of articles from an international research competition. Petrozavodsk, 2023: 124–128.
17. Komova A.A., Borisova E.G., Zheleznyak V.P. et al. Comparative characteristics of basic plastics used in orthopedic stomatology. Theoretical and practical issues of clinical dentistry. Materials of the All-Russian Scientific and Practical Conference. St. Petersburg, 2023; 52–53.
18. Tarasova T.V., Samerkhanova E.N. The choice of plastics for the manufacture of bases for removable dentures. Industrial practice at a medical university. Expanding horizons. Collection of abstracts of the Eleventh interregional educational and practical student conference. Kazan, 2022; 267–270.
19. Grachev D.I., Tsarev V.N., Majidova E.P. et al. Physico-mechanical and microbiological characteristics of the first domestic base material of hybrid polymerization. Clinical dentistry. 2021; no. 1 (97): 144–148.
20. Rogozhnikov G.I., Shulyatnikova O.A., Gileva O.S. et al. Functional capabilities of ceramic nanostructures used for reinforcement of polymer structural materials for dental purposes [Electronic resource]. URL: https://cyberleninka.ru/article/n/funktsionalnye-vozmozhnosti-keramicheskih-nanostruktur-ispolzuemyh-dlya-armirovaniya-polimernyh-konstruktsionnyh-materialov. (date of access: 07/19/2024).
21. Shtana V.S., Ryzhova I.P. Review of modern basic polymers in orthopedic stomatology. Scientific Bulletin of Belgorod State University. Series: Medicine. Navigation. 2019. no. 42 (2): 224–234.

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