No4(3) 2020
Back to the issue
|
DOI 10.37219/2528-8253-2020-4-67 |
Bezshapochniy S.B., Avrunin O.G., Loburets V.V., Loburets
A.V., Gasyuk Y.A.
Forecasting of functional results of septoplasty |
Bezshapochny Sergey B.
Ukrainian Medical Dental Academy
Head of Department of Otolaryngology
Doctor of Medical Sciences, Professor.
Email: bezshapochny@ukr.net
https://orcid.org/0000-0002-8726-2024
Avrunin Oleh G.
Kharkiv National University of Radio Electronics, Biomedical Engineering
Department
Head of the Department of Biomedical Engineering
Doctor of technical sciences, Professor
E-mail: oleh.avrunin@nure.ua
https://orcid.org/0000-0002-6312-687X
Loburets Andrey V.
Ukrainian Medical Stomatological Academy
Department of Otolaryngology with Ophthalmology
PhD, Assistant of the department
E-mail: anjeyloburets@gmail.com
http://orcid.org/0000-0003-4164-0816
Loburets Valery V.
Ukrainian Medical Stomatological Academy
Department of Otolaryngology with Ophthalmology
PhD, Docent
Email: umsalor@gmail.com
http://orcid.org/0000-0001-8538-9649
Gasyuk Yuri A.
Ukrainian Medical Dental Academy
Department of Otolaryngology with Ophthalmology, professor
Doctor of Medical Sciences, Professor.
E-mail: ygasyuk@gmail.com |
|
Abstract
Objective: to define the effectiveness of forecasting of the
functional result of septoplasty.
Materials and methods: forecasting based on endorhinoscopy data,
spiral computed tomography, formation of a spatial segmented lofting model
of nasal cavity, construction of an aerodynamic model based on a unified
generalized voxel tomography of the upper respiratory tract and
rhinomanometry, which were conducted in 28 patients.
Results: it was found that the correction of various variants of the
deviation of nasal septum in more than 80% of cases significantly reduces
the aerodynamic nasal resistance. Forecasting at septoplasty allows to
quantify functional results, which do not always coincide with the real
ones. The introduction of more highly
accurate innovative diagnostic methods in the future will improve the
efficiency of forecasting in rhinosurgery |
|
Keywords
septoplasty, aerodynamics, forecasting. |
|
Reference
- Avrunin OG. [Principles of computer planning of functional surgical
interventions]. Technical electrodynamics. Thematic issue “Power
Electronics and Energy Efficiency”. 2011; part 2: 293-8. [Article in
Russian].
- Bezshapochny SB, Editor. [Clinical and morphological aspects of
rhinosinusitis]. Kiev: Vistka; 2013. 150 p. [In Russian].
- Knigavko YV. [Computer planning of plastic interventions by
deformation of a polygonal model of a human face]. Eastern European
Journal of Enterprise Technologies. 2013; 1(2/61): 1-16. [Article in
Russian].
- Avrunin OG, Nosova YV, Faruk X, Zhuravlev AS, Shushlyapina NO,
Kalashnik YM, Besshapochny VB, Loburets AV, inventors; Kharkiv National
University of Radio Electronics, Kharkiv National Medical University,
patent holders. Method for planning functional rhinosurgical
interventions. Patent of Ukraine No. 118125. 2018 Nov 22. [In
Ukrainian].
- Tarasova SA. [Prediction in clinical medicine]. Materials of the XXX
International Scientific and Practical Conference Innovations in
Science. Novosibirsk: SibAK, 2014. [Article in Russian].
|
|
