PILOT STUDY OF THE PHYSICOMECHANICAL CHARACTERISTICS OF BASIC POLYMERIC MATERIAL WITH INTRODUCTION OF NANODIMENSIONAL TITANIUM DIOXIDE

Oksana Shulyatnikova; Gennadiy Rogozhnikov; Svetlana Porozova; Aleksey Rogozhnikov; Nikolay Belonogov; Anastasiya Bikkulova

doi:10.18481/article_5b681cd1496b94.78819155

CSCSTI 76.29

PILOT STUDY OF THE PHYSICOMECHANICAL CHARACTERISTICS OF BASIC POLYMERIC MATERIAL WITH INTRODUCTION OF NANODIMENSIONAL TITANIUM DIOXIDE

Published in Actual problems in dentistry · Volume 13, Issue 1 · Pages 46–50 · Rubric: STOMATOLOGICAL MATERIAL SCIENCES

DOI: https://doi.org/10.18481/article_5b681cd1496b94.78819155

Received: 19.06.2018 Accepted: 28.11.2025

Authors

Oksana Shulyatnikova

Gennadiy Rogozhnikov

Svetlana Porozova

Aleksey Rogozhnikov

et al.

Nikolay Belonogov

Anastasiya Bikkulova

Oksana Shulyatnikova

Academic degree: doctor of medical sciences

Science rang: docent

Perm State Medical University named after Academician E. A. Vagner Professor of the Department · department of orthopedic stomatology · Russian Federation · Perm

Gennadiy Rogozhnikov

Academic degree: doctor of medical sciences

Science rang: professor

Perm State Medical University named after Academician E. A. Vagner Professor of the Department · Orthopedic Dentistry Department · Russian Federation · Perm

Svetlana Porozova

Laboratory of biochemistry of microorganisms development Of Institute of ecology and genetics of microorganisms of UB RAS Russian Federation · Perm

Aleksey Rogozhnikov

Academic degree: candidate of medical sciences

Perm State Medical University named after academician E.A. Wagner docent of the department · Department of Prosthetic Dentistry · Russian Federation · Perm

Nikolay Belonogov

Laboratory of biochemistry of microorganisms development Of Institute of ecology and genetics of microorganisms of UB RAS Russian Federation · Perm

Anastasiya Bikkulova

Laboratory of biochemistry of microorganisms development Of Institute of ecology and genetics of microorganisms of UB RAS Russian Federation · Perm

ABSTRACT

Predmet. Priobretennye defekty i deformacii chelyustno-licevoy oblasti v bol'shinstve sluchaev trebuyut ortopedicheskogo etapa lecheniya. Pri etom, vybiraya konstrukcionnyy material dlya bazisa slozhno-chelyustnogo proteza, sleduet uchityvat' funkcional'nye nagruzki, kotorye budet ispytyvat' protez, zavisyaschie ot klinicheskoy situacii i otlichnye ot normal'nyh usloviy, chto trebuet povyshennyh prochnostnyh harakteristik. V stat'e rassmatrivaetsya variant uprochneniya polimernogo konstrukcionnogo materiala pri izgotovlenii bazisov slozhno-chelyustnyh protezov posredstvom nanorazmernyh komponentov v minimal'nyh kolichestvah. Osobennost'yu dannogo sposoba yavlyaetsya vvedenie v poliamidnyy bazisnyy material nanorazmernogo dioksida titana. Cel'. Razrabotka novoy strategii uprochneniya stomatologicheskih bazisnyh konstrukcionnyh materialov polimernoy prirody. Metodologiya. Issledovanie poliamidnogo materiala Vertex ThermoSens s vvedennym v sostav nanorazmernym dioksidom titana v kachestve armiruyuschego komponenta v kolichestve do 1 mas.%, provodili na kontrol'nyh i eksperimental'nyh obrazcah. Izuchali prochnost' na trehtochechnyy izgib (σmax, MPa) i modul' uprugosti (E, Mpa) kak naibolee informativnye dlya ocenki prochnosti stomatologicheskogo konstrukcionnogo materiala, pozvolyayuschie uchityvat' vertikal'nye i gorizontal'nye sily, analogichnye silam, vliyayuschim na zuby i konstrukcionnyy material zubnyh protezov vo vremya funkcii zhevaniya. Rezul'taty issledovaniya eksperimental'nyh obrazcov iz poliamida s vvedennym v sostav nanorazmernym dioksidom titana do 1 mas.% pokazyvayut uvelichenie maksimal'nogo napryazheniya na 8,4 %, a modulya Yunga – na 7,2 % po sravneniyu s materialom gruppy kontrol'nyh obrazcov, bez vvedeniya nanorazmernogo dioksida titana. Vyvody. Rezul'taty issledovaniya imeyut prakticheskoe znachenie dlya uprochneniya konstrukcionnogo bazisnogo poliamidnogo materiala pri izgotovlenii slozhno-chelyustnyh protezov i apparatov pacientam s perelomami, priobretennymi defektami i deformaciyami chelyustno-licevoy oblasti, umen'shaya risk perelomov bazisa slozhno-chelyustnogo proteza pri vozdeystvii na nego povyshennyh funkcional'nyh nagruzok, otlichnyh ot normal'nyh usloviy.

KEYWORDS

stomatologiya ortopedicheskaya, dioksid titana, poliamid, uvelichenie prochnosti

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GOST

Shulyatnikova O. A., Rogozhnikov G. I., Porozova S. E., Rogozhnikov A. G., Belonogov N. S., Bikkulova A. V. PILOT STUDY OF THE PHYSICOMECHANICAL CHARACTERISTICS OF BASIC POLYMERIC MATERIAL WITH INTRODUCTION OF NANODIMENSIONAL TITANIUM DIOXIDE // Actual problems in dentistry. 2018. no. 1. pp. 46-50. DOI: https://doi.org/10.18481/article_5b681cd1496b94.78819155. (Date of access 12.10.2026).

MLA

Oksana Shulyatnikova, Rogozhnikov G. I., Porozova S. E., Rogozhnikov A. G., Belonogov N. S., Bikkulova A. V.. "PILOT STUDY OF THE PHYSICOMECHANICAL CHARACTERISTICS OF BASIC POLYMERIC MATERIAL WITH INTRODUCTION OF NANODIMENSIONAL TITANIUM DIOXIDE." Actual problems in dentistry 13.1 (2018): 46-50. DOI: https://doi.org/10.18481/article_5b681cd1496b94.78819155.

APA

Shulyatnikova O. A., Rogozhnikov G. I., Porozova S. E., Rogozhnikov A. G., Belonogov N. S., Bikkulova A. V. (2018). PILOT STUDY OF THE PHYSICOMECHANICAL CHARACTERISTICS OF BASIC POLYMERIC MATERIAL WITH INTRODUCTION OF NANODIMENSIONAL TITANIUM DIOXIDE. Actual problems in dentistry, 13(1), 46-50. https://doi.org/10.18481/article_5b681cd1496b94.78819155

Chicago

Oksana Shulyatnikova, Rogozhnikov G. I., Porozova S. E., Rogozhnikov A. G., Belonogov N. S., Bikkulova A. V.. "PILOT STUDY OF THE PHYSICOMECHANICAL CHARACTERISTICS OF BASIC POLYMERIC MATERIAL WITH INTRODUCTION OF NANODIMENSIONAL TITANIUM DIOXIDE." Actual problems in dentistry 13, no. 1 (2018): 46-50. https://doi.org/10.18481/article_5b681cd1496b94.78819155.

WIKI

{{cite journal | author = Shulyatnikova O. A., Rogozhnikov G. I., Porozova S. E., Rogozhnikov A. G., Belonogov N. S., Bikkulova A. V. | title = PILOT STUDY OF THE PHYSICOMECHANICAL CHARACTERISTICS OF BASIC POLYMERIC MATERIAL WITH INTRODUCTION OF NANODIMENSIONAL TITANIUM DIOXIDE | journal = Actual problems in dentistry | year = 2018 | volume = 13 | issue = 1 | pages = 46-50 | doi = 10.18481/article_5b681cd1496b94.78819155 }}

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PILOT STUDY OF THE PHYSICOMECHANICAL CHARACTERISTICS OF BASIC POLYMERIC MATERIAL WITH INTRODUCTION OF NANODIMENSIONAL TITANIUM DIOXIDE

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