English Українська
  • Main
  • Useful links
  • Information for Contributors
  • About
  • Editorial board

  • Article
    Ye. S. Khilinich, M. Ya. Nidzelskiy, V. Yu. Davydenko, G. М. Davydenko, V. V. Kuznetsov

    CORRELATION BETWEEN TEMPERATURE OF THE MUCOUS MEMBRANE AND SECRETION OF THE HARD PALATE MINOR SALIVARY GLANDS IN DIFFERENT TERMS OF USING THE FULL REMOVABLE DENTURES


    About the author: Ye. S. Khilinich, M. Ya. Nidzelskiy, V. Yu. Davydenko, G. М. Davydenko, V. V. Kuznetsov
    Heading CLINICAL MEDICINE
    Type of article Scentific article
    Annotation The paper considers correlation between dental structures and the condition of oral tissues, namely: changes in temperature and secretion of the minor salivary glands of the hard palate at different time periods of use of full removable laminar dentures made of acrylic resin. The findings of the studies of temperature rates of the mucous membrane of the hard palate and the condition of secretion of the minor palatine salivary glands show the significant changes in them under the action of the full removable denture base, made of acrylic resin. The increase in temperature beneath the denture base contributes to the phenomena of “greenhouse effect”, which causes inflammatory processes of various kinds in the tissues of the prosthetic bed, which can further cause destructive and atrophic changes in the minor salivary glands of the hard palate, which in turn leads to their impaired secretion – hyposalivation. Obviously, there is a directly proportional relationship between the change in temperature of the mucous membrane of the prosthetic bed beneath the denture base and the condition of secretion of the minor palatine salivary glands at different times of use of the full removable dentures.
    Tags minor salivary glands, full removable dentures, hard palate, secretion, temperature
    Bibliography
    • Bykov IM, Akopova LV, Skorikova LA. Biokhimicheskiye pokazateli gomeostaza i biotsenoza polosti rta u patsiyentov s proteznym stomatitom. International Journal of Applied and Basic Research. 2015; 3:517–23. [in Russian]
    • Gizey EV, Korochanskaya SP. Izmeneniye fiziko-khimicheskikh pokazateley rotovoy zhidkosti pri chastichnoy i polnoy adentii. Topical issues in the theory and practice of dentistry: collection of scientific papers. Moscow; Krasnodar, 2013. p. 151–155. [in Russian]
    • Vavilova TP. Biokhimiya tkaney i zhidkostey polosti rta. Moskva: GEOTAR–Media; 2011. 257 s. [in Russian]
    • Mamadzhonova ShG, Galchinskaya PS, Bogdanova SE, Stukov NV, Ulyanovskaya SA. Vozrastnyye osobennosti slyunnykh zhelez cheloveka. International Journal of Experimental Education. 2016; 5(3):388–89. [in Russian]
    • Nesterko YeE, Butova MV. Primeneniye polimernykh materialov v sovremennoy stomatologii. Young scientist. 2015; 24(1): 49–51. [in Russian]
    • Orekhov SN, Matveyev SV, Karakyan AE, Ibragimova EZ. Prichiny narusheniya sekretsii slyunnykh zhelez i sposoby lecheniya. Scientific Review. Medical sciences. 2017; 4:58–64. [in Russian]
    • Paliychuk IV. Analiz vykorystannya riznykh vydiv ortopedychnykh konstruktsiy ta yikh vplyv na slyzovu obolonku porozhnyny rota. Dentistry news. 2015; 2:13–16. [in Ukrainian]
    • Pervov YuYu. Vliyaniye syemnykh akrilovykh zubnykh protezov na immunnyy gomeostaz slizistoy obolochki polosti rta v zavisimosti ot primenyayemykh materialov i konstruktsiy. Kazan Medical Journal. 2012; 93(2):227–30. [in Russian]
    • Senchakovych YuV, YeroshenkoGA, KazakovaKS, Bilash SM. Vplyv metakrylatu na funktsiyu slynnykh zaloz. World of medicine and biology. 2014; 1(43):181–85. [in Ukrainian]
    • Sokolovskaya VM, Nidzelskiy MY, DudchenkoMO. Vliyaniye akrilovykh plastmass na slizistuyu obolochku polosti rta. Dermatovenereology. Cosmetology. Sexopathology. 2015; 3–4: 212–15. [in Russian]
    • Sokolovskaya VM. Laboratorno-klinichne obhruntuvannya ultrazvukovoyi tekhnolohiyi obrobky polimernykh materialiv pry vyhotovlenni stomatolohichnykh proteziv. [dysertatsiya]. Poltava: UMSA; 2009. 18 s. [in Ukrainian]
    • Helsinska deklaratsiya Vsesvitnyoyi medychnoyi asotsiatsiyi “Etychni pryntsypy medychnykh doslidzhen za uchastyu lyudyny u yakosti obyekta doslidzhennya”, Seoul, 2008. [in Ukrainian]
    • Khilinich YeS, Nidzelskyy MYa, Kuznetsov VV, Davydenko YuO, Davydenko VYu, vynakhidnyky; “Ukrayinska medychna stomatolohichna akademiya”, patentovlasnyk. Prystriy dlya doslidzhennya temperatury ta tysku pid znimnymy protezamy v porozhnyni rota. Patent Ukrayiny N 134207. 2019 Tra 10. [in Ukrainian]
    • Shabashova NV, Danilova EYu. Mestnyy immunitet i mikrobiota rotovoy polosti (obzor). Problems of medical mycology. 2015; 17(4):4–13. [in Russian]
    • Yanishen IV, Sokhan NV, Fedotova EL, Sokhan MN. Microecology of the oral cavity in the period of adaptation to removable dentures. World Science. 2017; 4(20) 6:13–17.
    Publication of the article «World of Medicine and Biology» №1(75), 2021 year, 171-175 pages, index UDK 616.315/315-02:616.314.2-089.28]-022/3-07
    DOI 10.26724/2079-8334-2021-1-75-171-175