State of Regional Blood Flow in Patients with Varying Degrees of Anatomical and Functional Disorders of Periodontal Tissues
| Autor: | Marina A. Darenskaya, Svetlana I. Tokmakova, Ekaterina A. Kirienkova, Olga V. Bondarenko, Yuliya V. Lunitsyna, Yuri Yu. Gurevich, Victoria A. Kuzikova, Evgeniy V. Mokrenko, Ivan S. Goncharov, Tatyana A. Gaidarova, Oleg V. Klyushnikov, Maria I. Suslikova, Larisa R. Kolesnikova, Sergey G. Aleksandrov, Marina I. Gubina |
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| Jazyk: | angličtina |
| Rok vydání: | 2023 |
| Předmět: | |
| Zdroj: | International Journal of Biomedicine, Vol 13, Iss 2, Pp 277-280 (2023) |
| Druh dokumentu: | article |
| ISSN: | 2158-0510 2158-0529 |
| DOI: | 10.21103/Article13(2)_OA14 |
| Popis: | Background: The aim of this research was to determine the functional state of regional blood flow in young people with varying degrees of anatomical and functional disorders of periodontal tissues. Methods and Results: One hundred and thirty-five young patients with varying degrees of anatomical and functional disorders of periodontal tissues (AFDP) and 52 controls with intact periodontium were examined. All patients with AFDP were divided into three groups: Group 1 included 33 patients in the compensation stage (low degree of periodontal risk, intact periodontium, no clinical symptoms, pale pink gums, no bleeding on probing, dentogingival attachment is not disturbed); Group 2 included 38 patients in the sub-compensation stage (average degree of periodontal risk, disorders of the mucogingival complex, without clinical symptoms); and 64 patients in the decompensation stage (high degree of periodontal risk, disorders of the mucogingival complex, the presence of clinical symptoms, individual or combined signs of periodontal pathology, gingival recession (Class I and II according to Miller's classification). We studied the regional blood flow of periodontal tissues, which was assessed by an ultrasound Doppler graph in a non-invasive way. The parameters of linear (PSV, peak systolic velocity) and volumetric (Qs, maximum systolic volume velocity) velocities of blood flow, as well as the parameters of the wall vascularization (PI, pulsation index; RI, resistance index). Results: The PSV increased statistically significantly with a load compared to rest in the control and sub-compensation groups and decreased in the decompensation group with a load, compared to the rest condition. The PSV increased relative to the control in the subcompensation and decompensation groups in rest and under load. The Qs indicator showed a similar trend in the groups. Qs significantly increased under load, compared to the rest condition in the control, compensation, and subcompensation groups, and decreased in the decompensation group. The Qs values, in comparison with the control, increased in the subcompensation and decompensation groups in the rest condition and under load. The PI increased with the load relative to the rest condition in the control, compensation, and decompensation group. At the same time, PI decreased under the load, compared to the rest condition, in the subcompensation group. In comparison with the control, the PI values decreased in the subcompensation and decompensation groups in the rest condition and under load. The RI significantly changed only in the subcompensation group under load, compared to the rest condition. Only RI values decreased significantly in the subcompensation group under load, compared to the control. Conclusion: The use of Doppler ultrasonography in assessing the state of regional blood flow of periodontal tissues is a highly informative and non-invasive method. The velocity characteristics (linear and volumetric velocities) of blood flow are important diagnostic indicators, allowing the most rapid and reliable assessment of the degree of anatomical and functional disorders of periodontal tissues. |
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