Title
Termovizijska kamera u dijagnostici tumorskih oboljenja pljuvačnih žlezda
Creator
Ćosić, Andrija, 1972-
CONOR:
54016777
Copyright date
2025
Object Links
Select license
Autorstvo-Nekomercijalno-Bez prerade 3.0 Srbija (CC BY-NC-ND 3.0)
License description
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Language
Serbian
Cobiss-ID
Theses Type
Doktorska disertacija
description
Datum odbrane: 20.10.2025.
Other responsibilities
predsednik komisije
Pešić, Zoran
član komisije
Videnović, Goran
član komisije
Andrejević Stošović, Miona
član komisije
Jovanović, Igor
Academic Expertise
Medicinske nauke
University
Univerzitet u Nišu
Faculty
Medicinski fakultet
Group
Katedra za bolesti zuba, oralnu medicinu i parodontologiju
Alternative title
Thermal imaging camera in the diagnosis of salivary gland tumors
Publisher
[A. D. Ćosić]
Format
112 listova
description
Bibliografija: listovi 91-111
description
Clinical Medical Sciences, Maxillofacial Surgery
Abstract (en)
Introduction. Timely and accurate diagnosis of salivary gland tumors is of
paramount importance in maxillofacial surgery, especially considering the
increase in the number of these tumors worldwide in the last ten years.
Thermal imaging, as a non-invasive and painless method, represents a
challenge for research and application in the diagnosis of salivary gland
tumors in order to complement the spectrum of auxiliary diagnostic
methods. Objective: The main objective of this doctoral dissertation is to
examine the possibility and importance of using a thermal imaging camera
as a reliable auxiliary diagnostic tool in a specific group of patients with
salivary gland tumors. Material and methods. The dissertation is a
prospective clinical study conducted at the maxillofacial surgery
department of the Clinic for Dental Medicine in Niš in the period from
01.01. 2021 to 31.12. 2023. During the clinical trial, 235 subjects were
included, divided into two large groups. The first group consisted of 95
patients with tumor changes in the salivary glands, while the second group
included 140 subjects without manifest changes in the salivary glands
(control group). Results and conclusions. There are strong positive
correlations with a high statistically significant difference in temperature
between the tumor-affected and unaffected side (tp<0.001), i.e. the tumor
process significantly increases the temperature in the region in which it is
located. Temperatures measured above malignant tumors are statistically
significantly higher than temperatures measured above benign tumors
(p=0.010). The conclusions showed that registering the temperature
difference using a thermal imaging camera can be a significant indicator of
the presence/absence of a tumor, and the thermal imaging camera itself may
have the potential to become an auxiliary diagnostic tool in the detection of
salivary gland tumors.
Authors Key words
Termografija, tumori pljuvačnih žlezda, pomoćne dijagnostičke
metode
Authors Key words
Thermography, salivary gland tumors, auxiliary diagnostic methods
Classification
616.316-006:616-073.7(043.3)
Subject
B725
Type
Tekst
Abstract (en)
Introduction. Timely and accurate diagnosis of salivary gland tumors is of
paramount importance in maxillofacial surgery, especially considering the
increase in the number of these tumors worldwide in the last ten years.
Thermal imaging, as a non-invasive and painless method, represents a
challenge for research and application in the diagnosis of salivary gland
tumors in order to complement the spectrum of auxiliary diagnostic
methods. Objective: The main objective of this doctoral dissertation is to
examine the possibility and importance of using a thermal imaging camera
as a reliable auxiliary diagnostic tool in a specific group of patients with
salivary gland tumors. Material and methods. The dissertation is a
prospective clinical study conducted at the maxillofacial surgery
department of the Clinic for Dental Medicine in Niš in the period from
01.01. 2021 to 31.12. 2023. During the clinical trial, 235 subjects were
included, divided into two large groups. The first group consisted of 95
patients with tumor changes in the salivary glands, while the second group
included 140 subjects without manifest changes in the salivary glands
(control group). Results and conclusions. There are strong positive
correlations with a high statistically significant difference in temperature
between the tumor-affected and unaffected side (tp<0.001), i.e. the tumor
process significantly increases the temperature in the region in which it is
located. Temperatures measured above malignant tumors are statistically
significantly higher than temperatures measured above benign tumors
(p=0.010). The conclusions showed that registering the temperature
difference using a thermal imaging camera can be a significant indicator of
the presence/absence of a tumor, and the thermal imaging camera itself may
have the potential to become an auxiliary diagnostic tool in the detection of
salivary gland tumors.
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