Crystallographic features of oral fluid in young people with gingivitis
DOI:
https://doi.org/10.12775/JEHS.2020.10.09.019Keywords
gingivitis, periodontium, saliva, crystallization.Abstract
Introduction. Oral fluid is involved in maintaining the homeostasis of hard and soft tissues of the oral cavity. Therefore, it can indicate the changes in both the local environment and the whole organism. Recently, the crystallographic features of oral fluid have been actively studied. Therefore, this paper is devoted to the possibility of using crystallographic patterns of oral fluid for the early diagnosis of periodontal diseases in young people under 30 years of age.
The purpose of the research is to study the crystallographic picture of oral fluid in subjects aged 18-23 years with gingivitis.
Materials and methods. Subjects were divided into two groups: main — with chronic catarrhal gingivitis (28) and control (32). The main group consisted of two subgroups — with mild (18) and moderate (10) gingivitis. The degree of gingivitis was determined using the papillary-marginal-alveolar index (PMA) in Parma modification (1960). The study of oral fluid was performed using the method of wedge-shaped dehydration. The type of crystallization was determined according to the method of Leus P. A. modified by Dubrovina L. A. (1989).
Results and discussion. The type II crystallization of oral fluid was observed in the majority of individuals in both groups. Type II of the main group was characterized by massive crystals and minor crystals, smaller in size, and of different shapes. Type III was detected only in subjects with gingivitis. 75,00 % of representatives with mild gingivitis have had type II of crystallization patterns. Again, type III of oral fluid facies was observed only in moderate gingivitis.
Conclusions. Dependence of the crystallization type of oral fluid on the severity of the inflammatory process can be used in the development of methods for early diagnosis and prevention of periodontal pathology progression.
References
Prodan A. Salivary biochemistry of the healthy oral ecosystem. 2017.
De Almeida PDV, Grégio AMT, Machado MÂN, De Lima AAS, Azevedo LR. Saliva Composition and Functions: A Comprehensive Review. J Contemp Dent Pract. 2008;9(3):072–80.
Piasetska LV, Luchynskyi MA, Vadziuk SN. Dynamika pokaznykiv okremykh fermentiv rotovoi ridyny pry zakhvoriuvanniakh tkanyn parodontu u osib z riznymy klinichnymy variantamy reaktsii psykhofiziolohichnoi dezadaptatsii. [Dynamics of indicators of some oral fluid enzymes in diseases of periodontal tissues in people with various clinical options of psychophysiological maladaptation reactions] Visnyk problem biolohii i medytsyny. 2018;3(145):378–81. Ukrainian.
Nazaruk R. Osoblyvosti mikrokrystalizatsii zmishanoi slyny v ditei, yaki prozhyvaiut u riznykh rehionakh Prykarpattia. [Features of microcrystallization of mixed saliva in children living in different Precarpathian regions]. Halytskyi likarskyi visnyk. 2013;20(4):43–5. Ukrainian.
Oktysiuk YuV, Rozhko MM. Osoblyvosti mikrokrystalizatsii rotovoi ridyny u ditei pry kariiesi zubiv iz vrakhuvanniam klimato-heohrafichnykh umov yikh prozhyvannia. [Features of microcrystallization of oral fluid in children with dental caries, taking into account the climatic and geographical conditions of their habitat]. Visnyk problem biolohii i medytsyny. 2014;3(2):374–8. Ukrainian.
Samoilenko AV, Saliuk OD, Horb-Havrylchenko IV, Kaiukova VD. Vykorystannia metodu mikrokrystalizatsii zmishanoi slyny z diahnostychnoiu ta prohnostychnoiu metoiu (ohliad literatury). [Using the method of microcrystallization of mixed saliva for diagnostic and prognostic purposes (literature review)]. Medychni perspektyvy. 2012;XVII(3):8–12. Ukrainian.
Lisetska IS, Rozhko MM. Zminy mikrokrystalizatsii rotovoi ridyny v dynamitsi likuvannia kataralnoho hinhivitu v pidlitkiv z khronichnym hastroduodenitom. [Changes in oral microcrystallization in the dynamics of treatment of catarrhal gingivitis in adolescents with chronic gastroduodenitis]. Suchasna hastroenterolohiia. 2018;5(103):30–4. Ukrainian.
Bulkina NV, Brill' GE, Postnov D, Podelinskaja V. Kolichestvennaja harakteristika kristallograficheskoj kartiny rotovoj zhidkosti v norme i pri vospalitel'nyh zabolevanijah parodonta. [Quantitative characteristics of the crystallographic picture of oral fluid in normal and inflammatory periodontal diseases]. Vestnik novyh medicinskih tehnologij. 2013;1. Russian.
Korol D, Korol M, Kozak R, Kalashnikov D, Zubchenko S. Krystalohrafichna kharakterystyka zmyvu rotovoi porozhnyny u patsiientiv z ortopedychnymy konstruktsiiamy na vnutrishnokistkovykh implantatakh. [Crystallographic characteristics of oral lavage in patients with orthopedic constructions on intraosseous implants]. Visnyk problem biolohii i medytsyny. 2016;1(2(128)):209–13. Ukrainian.
Lysov DN, Zarubina EG. Sposob prognozirovanija rezul'tatov dental'noj implantacii. [Method for predicting the results of dental implantation]. Vestnik medicinskogo instituta «REAVIZ». 2018;4:93–101. Russian.
Razumova SN, Bulgakov VS, Shatohina SN, Shabalin VN. Morfologicheskaja kartina rotovoj zhidkosti u lic s prirodnoj sanaciej i sanirovannyh. [Morphological picture of oral fluid in people with natural health and sanitized persons]. Vestnik RUDN, serija Medicina. 2008;3:73–8. Russian.
Lisetska IS, Rozhko MM. Vyvchennia mikrokrystalizatsii rotovoi ridyny u pidlitkiv z kataralnym hinhivitom ta khronichnym hastroduodenitom. [Study of oral microcrystallization in adolescents with catarrhal gingivitis and chronic gastroduodenitis]. Halytskyi likarskyi visnyk. 2015;22(3 (частина 2)):12–3. Ukrainian.
Belskaya L V., Golovanova OA, Shukailo ES, Turmanidze VG. Experimental study of crystallization of biological liquids. Vestn Otd Nauk o Zemle RAN. 17, June 2011;3(Special Issue):1–7.
Cameron JM, Butler HJ, Palmer DS, Baker MJ. Biofluid spectroscopic disease diagnostics: A review on the processes and spectral impact of drying. J Biophotonics. Apr 2018;11(4):e201700299.
Spinei A, Picos AM, Romanciuc I, Berar A, Mihailescu AM. The study of oral liquid microcrystallization in children with gastro-esophageal reflux disease. Med Pharm Reports. 19, Dec 2014;87(4):269–76.
Tarafdar S, Tarasevich YY, Dutta Choudhury M, Dutta T, Zang D. Droplet Drying Patterns on Solid Substrates: From Hydrophilic to Superhydrophobic Contact to Levitating Drops. Adv Condens Matter Phys. 2018;2018.
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